People are said to get more than seventy percent of their information about our world from their eyes. However, there are vast sums of information and unknown possibilities hidden within light not visible to the naked eye. This kind of light includes ultraviolet, infrared, X-ray and ultra-low level light impossible for human eyes to detect. Since its founding Hamamatsu Photonics has for some 55 years been investigating not only light seen by the human eye but also light that far exceeds this level. Hamamatsu Photonics has marketed dozens of products and committed itself to pioneering work in yet unexplored areas in many fields including industrial and academic research. The photomultiplier tube, one typical product from Hamamatsu Photonics is a photodetector offering exceedingly high sensitivity and high-speed response. Hamamatsu has also developed photomultiplier tube modules to make the photomultiplier tube with its amazing history of results, even easier to use in wider applications. This pamphlet serves as your introduction to the photomultiplier tube modules. Hamamatsu Photonics will continue to deliver innovative breakthroughs in a diverse range of fields, always striving to make human life fuller and richer by "researching the many ways to use light". 2 ■ Selection Guide .............................................................................................. 4 Product Lineup ................................................................................................................................................ 4 Functions ......................................................................................................................................................... 5 Characteristics ................................................................................................................................................ 6 Spectral Response .......................................................................................................................................... 7 Constitution Examples ................................................................................................................................... 10 ■ Application Examples ...................................................................................12 ■ Current Output Type Photosensor Modules .............................................. 16 Metal Package Photosensor Modules ........................... H10720/H10721 Series ........................................ 16 Metal Package Photosensor Modules with Cooler ........ H7422 Series ........................................................ 18 Compact Side-on Photosensor Modules ....................... H9305 Series ........................................................ 22 Side-on Photosensor Modules ...................................... H11461 Series ...................................................... 24 Compact Head-on Photosensor Modules ...................... H7826 Series ........................................................ 26 Head-on Photosensor Modules ..................................... H10425 Series ...................................................... 28 Head-on Photosensor Modules ..................................... H10426 Series ...................................................... 30 ■ Voltage Output Type Photosensor Modules .............................................. 32 Metal Package Photosensor Modules ........................... H10722 Series ...................................................... 32 Metal Package Photosensor Modules ........................... H10723 Series ...................................................... 34 Compact Side-on Photosensor Modules ....................... H9306/H9307 Series ............................................ 36 Side-on Photosensor Modules ...................................... H11462 Series ...................................................... 38 Compact Head-on Photosensor Modules ..................... H7827 Series ........................................................ 40 Head-on Photosensor Modules ..................................... H10492 Series ...................................................... 42 Head-on Photosensor Modules ..................................... H10493 Series ...................................................... 44 ■ Photosensor Module with Gate Function................................................... 46 Metal Package Photosensor Modules ........................... H11526 Series ...................................................... 46 ■ Photon Counting Heads .............................................................................. 50 Metal Package PMT Modules ........................................ H10682 Series ...................................................... 50 Metal Package PMT Modules with Cooler ..................... H7421 Series ........................................................ 52 Side-on PMT Modules ................................................... H8259 Series ........................................................ 56 Compact Head-on PMT Modules .................................. H7828 Series ........................................................ 58 Head-on PMT Modules ................................................. H7360 Series ........................................................ 60 Head-on PMT Module ................................................... H11123 .................................................................. 62 ■ Photon Counting Head with CPU+Interface ................................................... 64 Head-on PMT Modules ................................................. H9319 Series ........................................................ 64 ■ Related Products .......................................................................................... 66 Power Supply for PMT Modules .................................... C7169/C10709 ...................................................... 66 Amplifier Units ............................................................... C7319/C9999/C6438/C6438-01/C9663/C11184/C5594-44... 66 Photon Counting Unit .................................................... C9744 .................................................................... 67 Data Acquisition Unit ..................................................... C8908 .................................................................... 67 Optical Blocks for PMT Modules ................................................................................................................... 68 Counting Unit ................................................................ C8855-01............................................................... 70 Counting Board ............................................................. M9003-01 .............................................................. 71 ■ Technical Guide ............................................................................................ 72 General Characteristics ................................................................................................................................. 72 Power Supply Circuit Characteristics ............................................................................................................ 73 Photosensor Module with Gate Function ...................................................................................................... 74 Photon Counting Head .................................................................................................................................. 74 ■ Precautions ................................................................................................... 75 3 Selection Guide Product Lineup Hamamatsu offers a full lineup of photomultiplier tube (PMT) modules adaptable to various kinds of applications and measurements. Now you can make the best choice from among our PMT modules available with diverse device characteristics and shapes, analog or digital outputs, CPU and interfaces for control and data transfer with computers and even gating function. PMT Modules Type Metal Package Type Compact Head-on Type Head-on Type Compact Side-on Type Side-on Type H7826 (P.26) H10425/H10426 (P.28, P.30) H9305 (P.22) H11461 (P.24) H10722/H10723 (P.32, P.34) H7827 (P.40) H10492/H10493 (P.42, P.44) H9306/H9307 (P.36) H11462 (P.38) H10682 (P.50) H7828 (P.58) H11123/H7360 (P.60, P.62) Photosensor Modules Current Output H10720/H10721 (P.16) With Cooler H7422 (P.18) With Gate Function H11526 (P.46) Photosensor Modules Voltage Output Photon Counting Heads Photon Counting With Gate Function H8259 (P.56) With Cooler H7421 (P.52) With CPU+ Interface H9319 (P.64) 4 * Products are applicable to "Optical Blocks for PMT Modules" listed on page 68. Selection Guide Functions PMT module functions are shown with a chart format below. The PMT module is basically comprised of a photomultiplier tube to convert light into electrical signals, a high-voltage power supply circuit, and a voltage divider circuit to distribute the optimum voltage to each dynode, all assembled into a single compact case. In addition to these basic PMT modules, Hamamatsu also provides modules having various additional functions such as signal processing, cooling and interface to PC. PMT Modules Photosensor Modules H10720 H10721 H9305 H11461 H7826 H10425 H10426 Photomultiplier Tube + Voltage Divider Circuit + High-Voltage Power Supply Circuit Cooler H7422 H10722 H10723 H9306 H9307 H11462 H7827 H10492 H10493 Current to Voltage Conversion Amp High-speed Gating Circuit H11526 Photon Counting Heads H10682 H7828 H7360 H11123 Photon Counting Circuit Gating Circuit H8259 Cooler H7421 CPU + Interface H9319 5 Selection Guide Characteristics The table below shows characteristic comparison among different PMT modules, allowing you to easily find and compare the measurement wavelength range, time response, photosensitive area size and outer dimensions. Note: The measurement wavelength is shown as the wavelength range covered by the device series and may differ according to the individual product. The cubic ratio in the outer dimension column is compared by setting the volume of the H10720 series as a reference figure of 1. Photosensor Modules Type Type No. Spectral Response H10720 Series H10721 Series H7422 Series Current Output Rise Time 200 400 600 800 (nm) 0 H9305 Series H11461 Series H7826 Series H10425 Series H10426 Series 1 2 3 4 (ns) Outside Size Photosensitive Input Area (mm) Cubic Ratio Dimensions (mm) Voltage (V) 230 to 920 0.57 8 230 to 920 0.57 8 300 to 890 1 5 185 to 900 1.4 3.7 × 13 160 to 900 2.2 4 × 20 300 to 850 1.5 15 300 to 850 1.5 22 4 / 15 185 to 850 1 50 × 25 × 18 +5 1.1 22 × 22 × 50 +5 9.3 56 × 36 × 104 +15 2.3 19 × 53 × 51 +15 8.0 38 × 95 × 50 +5 3.2 26 × 50 × 56 +15 5.1 35 × 120 +15 8.2 35 × 192 +15 25 Remarks Low power consumption On-board Low power consumption Cable output Built-in cooler High gain, compact High sensitivity in near IR High gain Low power consumption For portable unit Easily couples to scintillator Wide sensitive area High speed response Wide sensitive area Photosensor Modules Type Type No. Outside Size Input Spectral Response Frequency Response Photosensitive Area (mm) Cubic Ratio Dimensions (mm) Voltage (V) 200 400 600 800 (nm) DC 100 200 (kHz) H10722 Series H10723 Series H9306 Series Voltage Output H9307 Series H11462 Series H7827 Series H10492 Series 230 to 920 20 8 230 to 920 200 8 185 to 900 20 3.7 × 13 185 to 900 200 3.7 × 13 4 × 20 185 to 900 20 200 300 to 850 20 200 300 to 850 H10493 Series 185 to 850 8000 200 20 22 × 22 × 60 +/-5 1.4 51 × 24 × 25 +/-5 2.3 19 × 53 × 51 +/-15 2.3 19 × 53 × 51 +/-15 8.0 38 × 95 × 50 +/-5 3.2 26 × 50 × 56 +/-15 15 200 20 1.3 5.1 35 × 120 +/-15 8.2 35 × 192 +/-15 22 8000 25 Remarks Feedback resistance 1 MΩ Feedback resistance 100 kΩ Feedback resistance 1 MΩ Feedback resistance 100 kΩ Feedback resistance 1 MΩ (20 kHz) Feedback resistance 100 kΩ (200 kHz) Feedback resistance 1 MΩ (20 kHz) Feedback resistance 100 kΩ (200 kHz) Feedback resistance 1 MΩ (20 kHz) Feedback resistance 100 kΩ (200 kHz, 8 MHz) Feedback resistance 1 MΩ (20 kHz) Feedback resistance 100 kΩ (200 kHz, 8 MHz) Photosensor Module Type With gate function Type No. H11526 Series Rise Time Spectral Response 200 400 600 800 (nm) 0 1 2 3 4 (ns) Outside Size Photosensitive Input Area (mm) Cubic Ratio Dimensions (mm) Voltage (V) 4.4 0.57 230 to 920 8 20 × 50 × 100 +15 Remarks High-speed gate Small size Photon Counting Heads Type Type No. H10682 Series H7421 Series H8259 Series Photoncounting H7828 Series H7360 Series H9319 Series H11123 6 Spectral Response 200 400 600 800 (nm) Count Linearity 1 5 10 (×106 s-1) Outside Size Photosensitive Input Area (mm) Cubic Ratio Dimensions (mm) Voltage (V) 22 × 50 × 50 +5 56 × 36 × 104 +5 8.0 38 × 95 × 50 +5 3.2 26 × 50 × 56 +5 2.4 300 to 850 5 8 300 to 890 1.5 5 185 to 900 2.5 300 to 850 1.5 15 300 to 850 6 22 300 to 850 20 (with internal prescaler) 22 300 to 650 5 25 9.3 4 × 20 4×6 (-02 Type) 4.6 34 × 114 +5 5.1 35 × 120 +5 8.2 35 × 192 +5 Remarks Small size Built-in cooler High quantum efficiency Visible to near IR Gate function For portable unit Wide sensitive area Photon counting circuit+ counter+ CPU+interface Wide sensitive area Selection Guide Spectral Response The quantum efficiency of the PMT module is compared in the following graphs. Quantum efficiency is the conversion ratio of photoelectrons per photon and is a very important factor that determines the S/N characteristic. It is essential to select a PMT module having high quantum efficiency on the wavelengths of light to be measured. To obtain a lower detection limit with a good S/N ratio in low-light-level measurement, the dark current and dark count must also be considered as well as the quantum efficiency. Spectral response characteristics example of PMT modules sensitive to UV through visible light are shown in the graphs below. 100 TPMOB0128EC QUANTUM EFFICIENCY (%) H9305-01 10 H11461-01 1 H9305-05 0.1 100 200 300 400 500 600 700 800 WAVELENGTH (nm) 100 TPMOB0129EC QUANTUM EFFICIENCY (%) H10721-110 H7422-40 10 H7826 1 0.1 100 200 300 400 500 600 700 800 WAVELENGTH (nm) Typical Quantum Efficiency (Unit: %) Wavelength 200 nm 300 nm 400 nm 500 nm 600 nm 700 nm H11461-01 17.4 22.7 21.5 14.4 5.6 0.2 H9305-01 27.3 28.9 27.3 16.4 5.0 0.7 H9305-05 11.8 19.5 13.0 5.8 0.9 — H7826 — 20.0 25.7 16.1 2.4 — H10721-110 — 32.6 34.1 20.5 5.0 0.3 H7422-40 — 6.0 28.2 40.0 36.1 7.7 7 Selection Guide Spectral response characteristics example of PMT modules sensitive to UV through near infrared light are shown in the graphs below. QUANTUM EFFICIENCY (%) 100 TPMOB0130EC H11461-03 10 H9305-03 1 H9305-04 0.1 100 200 300 400 500 600 700 800 900 1000 900 1000 WAVELENGTH (nm) 100 TPMOB0131EC H10721-01 QUANTUM EFFICIENCY (%) H10721-20 10 H7422-50 1 0.1 100 200 300 400 500 600 700 800 WAVELENGTH (nm) Typical Quantum Efficiency (Unit: %) Wavelength 200 nm 300 nm 400 nm 500 nm 600 nm 700 nm 800 nm 8 H9305-03 29.0 32.9 31.3 25.7 18.6 9.7 4.3 H9305-04 21.3 22.3 18.3 16.6 12.9 3.5 0.1 H11461-03 24.8 28.9 27.0 22.1 16.3 10.5 6.4 H10721-01 — 24.0 23.8 15.0 8.8 4.6 1.0 H10721-20 — 6.0 8.9 18.3 15.9 12.8 7.4 H7422-50 — — 2.3 8.8 12.9 13.7 13.9 Selection Guide Spectral photon counting sensitivity example of PMT modules are shown in the graphs below. 106 TPHOB0012ED COUNT SENSITIVITY (s-1·pW-1) H10682-110 H8259 H7421-40 105 104 H7360-01 103 100 200 300 400 500 600 700 800 WAVELENGTH (nm) 106 TPHOB0013EB COUNT SENSITIVITY (s-1·pW-1) H8259-01 H8259-02 105 104 103 100 H7421-50 200 300 400 500 600 700 800 900 1000 WAVELENGTH (nm) Typical Photon Counting Sensitivity (Unit: s-1·pW-1) Wavelength H10682-110 — 200 nm 3.7 × 105 300 nm 400 nm 4.9 × 105 500 nm 3.7 × 105 600 nm 1.1 × 105 700 nm 7.7 × 103 800 nm — 900 nm — H7421-50 — — 3.3 × 104 1.6 × 105 2.7 × 105 3.4 × 105 3.9 × 105 2.8 × 103 H7421-40 — 6.3 × 104 4.0 × 105 7.0 × 105 7.6 × 105 1.9 × 105 — — H7360-01 — 1.4 × 105 2.7 × 105 1.7 × 105 4.6 × 104 — — — H8259 1.1 × 105 2.1 × 105 2.6 × 105 1.9 × 105 7.5 × 104 1.5 × 103 — — H8259-01 1.4 × 105 2.7 × 105 3.3 × 105 3.2 × 105 2.3 × 105 6.8 × 104 1.6 × 104 — H8259-02 1.1 × 105 2.5 × 105 3.0 × 105 2.5 × 105 2.0 × 105 1.4 × 105 7.5 × 104 3.0 × 102 9 Selection Guide Constitution Examples Examples of how to use PMT modules and related products are shown below according to the type of measurement. Power connections to the PMT module and other products are not shown here. Check the product instructions for how to make the power supply connections. The cable ends of the cable output types (H10721, H9305, H7360 series, etc.) do not have connectors such as BNC connectors. We can install a connector (extra charge) if needed. Please specify the type of connector along with the cable length when placing your order. Connecting to oscilloscopes Commercial Oscilloscope Current/Voltage Output Type Commercial Oscilloscope Current Output Type Amplifier Unit (P.66) TPMOC0157EA Connecting to ammeters Commercial Ammeter Current Output Type TPMOC0158EA Using AD converters RS-232C Current Output Type Data Acquisition Unit (P.67) Commercial ADC Board Current Output type Amplifier Unit (P.66) TPMOC0159EA Time-correlated Single photon Counting Commercial CFD Commercial TAC Current Output Type Amplifier Unit (P.66) TPMOC0160EA 10 Selection Guide Fluorescence correlation spectroscopy Photon Counting Head M9003-01 (P.71) TPMOC0161EA Photon counting Commercial Counter Photon Counting Head RS-232C Photon Counting Head USB Photon Counting Head Counting Unit (P.70) USB Current Output Type Photon Counting Selected for Photon Counting Unit (P.67) Counting Unit (P.70) TPHOC0047EB 11 Application Examples Advances in laser technology and high performance computers are allowing dramatic progress in research that studies the behavior of single molecules. Fluorescence-correlation spectroscopy is one technique for measuring single molecules. The principle of fluorescence-correlation spectroscopy was conceived in the 1970s, but it wasn't until the 1990s that the proper equipment was around to use it. The equipment structure is largely the same as the confocal laser microscope but there is no Galvano mirror, and only small area of solution is observed. The movement of the fluorescent molecules entering and leaving the area subject to observation and the fluorescent intensity are measured by auto correlation algorithm. CORRELATION FUNCTION Fluorescence-correlation Spectroscopy 2 1 0.01 0.1 1 10 100 TIME (ms) TPMOC0135EB Vital charac- ● High quantum efficiency teristics ● Less after pulse PMT module ● H7421-40 (P. 52) OZONE LAYER Laser Radar LASER BEAM One use of laser radar (often called "LIDAR") is making atmospheric measurements. A laser beam is emitted into the atmosphere and the light scattered by the "atmospheric molecules" and "suspended elements" then detected. The scattered light is absorbed by "trace gases" during its return and is therefore extremely faint. These "trace gases, and the distribution and concentration of suspended elements" can be analyzed by measuring this faint light. Lidar is actually used in measurements of aerosol and ozone concentrations, CO2, SO2 and NOx concentrations, wind velocity and also the extent of visibility. Hygiene Monitor The hygiene monitor is also called an ATP analyzer. This device extracts the ATP held in bacteria and cells and makes measurements by causing a reaction with the luminous reagent in the ATP using the firefly's light emission principle. This hygiene monitor is used for making purity checks at restaurants and factories producing foods, etc. In the test, the surface of the object for inspection is wiped with a cotton swab and the extent of dirt or contamination immediately found just by inserting the swab in the sanitary monitor. A great feature of the hygiene monitor is that the photon counting method allows highly sensitive measurements using just an extremely small amount of sample material. 12 REFLECTED LASER LIGHT LASER RADAR Scattered laser light is used to measure atmospheric pollution. PMTs and APDs are used in this equipment. TPMOC0136EA Vital characteristics ● Gated operation ● Less after pulse PMT module ● H11526 Series (P. 46) ● H7360-01 (P. 60) LUMINESCENT REAGENT PMT MODULE EMISSION SAMPLE TPMOC0137EA Vital characteristics ● Compact and light weight ● Low power consumption PMT module ● H7828 (P. 58) Application Examples UV/VISIBLE LIGHT IR LIGHT Multi-Photon Microscope In this method, fluorescent molecules can be excited with near infrared light by letting the molecules absorb two photons almost simultaneously, and the resulting visible to UV fluorescence is observed. The cross sectional area absorbing the two photons is extremely small, so nearly all the fluorescence must be detected as a signal at any position from the focal point. Other advantages are that nearly twice the wavelength is used compared to excitation by one photon. This not only means that unwanted effects from scattering and background noise inside the sample due to excitation light are drastically reduced but also that damage to cells from UV light is minimized. OBJECTIVE LENS SAMPLE FLUORESCENCE SAMPLE 800 nm 400 nm 500 nm FLUORESCENCE EXCITED STATE 500 nm 800 nm GROUND STATE TPMOC0138EA Vital characteristics ● High quantum efficiency PMT module ● H7422-40 (P. 18) ● H9305-03 (P. 22) TRANSMITTED LIGHT X-ray Image Readout Devices used to read X-ray images consist of a method using a brightness storage phosphor plate and a method for directly reading X-ray film. The brightness storage phosphor plate can temporarily store the X-ray information that was detected. The stored information on the plate is scanned by a laser beam and then extracted by measuring the fluorescent intensity with PMT modules. The X-ray film is also scanned by a laser beam in the same way and the transmitted light is detected as an electrical signal, which is then converted into a digital signal. These devices can show the X-ray image on a CRT monitor, store and file the image on a disk, or send the image data over a telephone line. DNA Chip Reader A DNA chip reader is used to analyze colossal amounts of genetic information. The DNA chip is a substrate on which a large amount of DNA is arrayed usually by a method using semiconductor lithographic technology, or a method dispensing the DNA onto a slide glass using a high-precision robot. On the DNA chip, hybridization is performed on the DNA labeled by a fluorescent dye. The DNA chip is then scanned by laser beam and by measuring the fluorescent intensity of the hybridized DNA spot, the genetic information is acquired from among the targeted DNA. (Hybridization is process to link 2 chains of DNA each having a complementary base.) LASER PMT MODULE FILM SHEET FLUORESCENCE PMT MODULE TPMOC0139EA Vital characteristics ● Wide dynamic range ● High sensitivity PMT module ● H10721-110 (P. 16) ● H11461-01 (P. 24) HARMONIC He-Ne WAVE OF LASER YAG LASER (633 nm) (532 nm) INTERFERENCE FILTER PMT MODULE LENS OBJECTIVE LENS DNA CHIP TPMOC0140EA Vital characteristics ● High quantum efficiency ● High-speed response PMT module ● H9305 Series (P. 22) 13 Application Examples Portable Survey Meters Portable radiation measurement devices or survey meters are essential for detecting radioactive substances for public safety in customs inspections, nuclear power plants, and hospitals, etc. Among various radiation measurement devices, the most sensitive type uses a combination of photomultiplier tube and scintillator and offers sensitivity ranging from several ten to hundreds of times higher than Geiger-Müller counters (GM counters). Photomultiplier tubes used in this application must be compact, rugged, and easily coupled to scintillators, and also have low power consumption. Flowcytometers In a flowcytometers, cells labeled with fluorescent material flow in a solution along a flow cell while moving at a certain interval. A laser beam is then irradiated onto the cells and the scattered light from the cells and fluorescence from the fluorescent material are measured by a photomultiplier tube. Various kinds of information are acquired from the scattered and fluorescence such as cell surface antigens, cell periods, number of cells, immunity functions and reticulocytes, and the cells can also be separated from each other. Rapid advances are recently being made in irradiation by multiple lasers, 6channel color analysis, high-speed operation, and compact flow systems. Semiconductor Wafer Inspection Systems TPMOC0141EA ● Compact and light weight Vital charac● Vibration-resistant teristics ● Low power consumption ● H10720-110 (P. 16) PMT module ● H7826 (P. 26) PMT MODULE TPMOC0142EB Vital characteristics ● High-speed response ● High quantum efficiency PMT module ● H9305 Series (P. 22) ● H10720/H10721 Series (P.16) PMT MODULE SCATTERED LIGHT These systems find defects on semiconductor wafers, by scanning a laser beam onto the wafer and then detecting the resulting scattered light to find any debris, dirt or damage on the wafer surface. Advances in semiconductor technology have made lithographic lines on wafers even finer so that even smaller defects must now be detected making these inspection devices an essential tool. LASER LENS WAFER TPMOC0143EA 14 Vital characteristics ● High-speed response ● Wide dynamic range PMT module ● H10721-01 (P. 16) Application Examples Time-correlated Single Photon Counting Time-correlated single photon counting is used to measure lowlevel light emitted from a sample when excited with a pulsed laser, based on the theory that a histogram obtained by repeatedly measuring the single photon many times at a slightly delayed timing represents a waveform of the emitted light. Electrical signals produced by a laser driver are slightly delayed and used as trigger signals while the PMT module detects the light emission from a sample. The PMT module output pulse signals are then input to a time-to-amplitude converter (TAC) that produces an electrical pulse in proportion to the time difference between a light detection signal and a trigger signal. A multichannel analyzer (MCA) creates a frequency distribution of the output signals from the TAC, to obtain a waveform of the light emission of the sample. FLUORESCENCE LASER SAMPLE MONOCHROMATOR PHOTOSENSOR MODULE AMP DELAY TAC CFD MCA TPMOC0163EA Vital characteristics ● High-speed response ● High Gain PMT module ● H10721P-110 (P. 16) ● H7422P Series (P. 18) SCINTILLATOR Mass Spectroscopy Mass spectroscopy is an essential measurement technique to analyze samples in various fields such as medicine, pharmacy and environment monitoring. Samples are ionized by vaporization under a high vacuum pressure. The generated ions are accelerated by strong electric fields and sent to a mass analyzer with a strong magnetic field where the ions are separated according to the ratio (m/e) of mass (m) to electron charge (e). Ions with larger molecular weight are detected with a PMT module in conjunction with a scintillator. ELECTRODE ION SOURCE MAGNETIC FIELD TPMOC0164EA Vital characteristics ● Wide dynamic range PMT module ● H10720-110 Spectral Radiometers Spectral radiometers are used to measure spectral distribution, luminance and chromaticity-correlated color temperature of display devices such as LCD and CRT, without making contact with them. Although solid-state photodetectors are commonly used for spectral radiometers, PMT modules enable precision measurement even at low light levels. PHOTOSENSOR MODULE (P. 16) MONOCHROMATOR LENS PHOTOSENSOR MODULE LENS EMITTED LIGHT REFLECTED LIGHT TPMOC0165EA Vital characteristics ● Compact PMT module ● H10720 Series (P. 16) 15 Metal Package PMT Photosensor Modules H10720/H10721 Series The H10720 and H10721 series are photosensor modules containing a metal package PMT and a high-voltage power supply circuit. The built-in PMT uses a metallic package with the same diameter as a TO-8 metal package used for semiconductor photodetectors. Despite the small size nearly equal to photodiodes, this PMT delivers high gain, wide dynamic range, and high-speed response. Four types of photocathodes are available, including a super bialkali photocathode that has higher sensitivity than conventional bialkali photocathodes, an ultra bialkali photocathode that offers even higher sensitivity, a multialkali photocathode with sensitivity extending to the near infrared region, and a red sensitivity enhanced multialkali photocathode. Hamamatsu also provides "P" type with low dark count selected for photon counting measurement. The H10720 series are lead pin output type, while the H10721 are flexible cable output type. Product Variations Type No. H10720-110 / H10721-110 H10720-210 / H10721-210 H10720-01 / H10721-01 H10720-20 / H10721-20 H10720P-110 / H10721P-110 Spectral Response 230 nm to 700 nm 230 nm to 700 nm 230 nm to 870 nm 230 nm to 920 nm 230 nm to 700 nm Output Type H10720 Series On-board H10721 Series Cable output Features Super bialkali photocathode, high sensitivity in visible range Ultra bialkali photocathode, high sensitivity in visible range For UV to near IR range Infrared-extended multialkali photocathode with enhanced sensitivity For photon counting This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Standard Type Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Current *2 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Min. Luminous Sensitivity *2 Typ. Typ. Radiant Sensitivity *2 *3 Typ. 2 4 Dark Current * * Max. Typ. 2 4 P Type Dark Count * * Max. Rise Time *2 Max. Ripple Noise *2 *5 (peak to peak) Max. Settling Time *6 Operating Ambient Temperature *7 Storage Temperature *7 Typ. Weight -110 400 80 105 13.5 — 110 80 210 2.2 × 105 1 10 50 100 H10720 / H10721 Series -01 -210 +4.5 to +5.5 +5.5 2.7 100 +1.1 (Input Impedance 1 MΩ) +0.5 to +1.1 (Input Impedance 1 MΩ) 8 400 400 100 100 200 135 — 15.5 0.2 — 77 130 100 100 400 270 1.5 × 105 2.6 × 105 1 1 10 10 — — — — 0.57 0.3 10 +5 to +50 -20 to +50 45 (H10720 Series), 80 (H10721 Series) -20 630 350 500 — 0.45 78 350 1000 1.5 × 105 10 100 — — *1: At +5 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: Control voltage = +1.0 V *3: Measured at the peak sensitivity wavelength *4: After 30 minutes storage in darkness. *5: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *6: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *7: No condensation 16 (at +25 °C) Unit — V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA s-1 ns mV s °C °C g Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, Gain) TPMOB0224EA 107 1000 100 10 -110 1 0.1 200 300 400 500 600 700 800 900 -20 106 100 GAIN -210 CATHODE RADIANT SENSITIVITY (mA/W) CATHODE RADIANT SENSITIVITY (mA/W) TPMOB0226EB TPMOB0225EA 1000 10 -01 105 104 1 0.1 200 1000 300 400 WAVELENGTH (nm) 500 600 700 800 900 103 0.5 1000 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +5 V GND +5 V GND MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY PHOTOSENSOR MODULE CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) * When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.1 V. GND Dimensional Outlines (Unit: mm) TPMOC0231EB Options (Optical Fiber Adapter) (Unit: mm) H10720 Series E5776 (FC Type) 50.0 ± 0.5 14.0 ± 0.2 22.0 ± 0.5 12.7 5.08 17.78 5.08 12 ± 1 18.0 ± 0.5 1.5 ± 0.2 11 THREADED HOLE for OPTION (4-M2 DEPTH: 3) TOP VIEW 1 0.5 23 76 54 BOTTOM VIEW 1NO CONNECTION 2Vref OUTPUT (+1.2 V) 3Vcont INPUT (+0.5 V to +1.1 V) 4LOW VOLTAGE INPUT (+5 V) 5GND 6SIGNAL GND 7SIGNAL OUTPUT 8NO CONNECTION 10 WINDOW 15.24 1 8 12.0 ± 0.2 GASKET (Supplied) 14.0 ± 0.2 EFFECTIVE AREA ( 8) 15.24 14.0 ± 0.2 25.0 ± 0.5 14.0 ± 0.2 4-M2 FC-R FRONT VIEW SIDE VIEW TACCA0055EB E5776-51 (SMA Type) SIDE VIEW TPMOA0061EA 22.0 ± 0.5 14.0 ± 0.2 H10721 Series 50.0 ± 0.5 WINDOW 10 14.0 ± 0.2 450 ± 20 1.5 ± 0.2 LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U EFFECTIVE AREA ( 8) 4-M2 SMA 3.18 FRONT VIEW THREADED HOLE for OPTION (4-M2 DEPTH: 4) FRONT VIEW SIDE VIEW 0.5 GASKET (Supplied) 14.0 ± 0.2 22.0 ± 0.5 14.0 ± 0.2 16.2 ± 0.2 SIDE VIEW TACCA0239EB TPMOA0062EA 17 Metal Package PMT with Cooler Photosensor Modules H7422 Series The H7422 series are photosensor modules with an internal high-voltage power supply circuit and a cooler installed to the metal package photomultiplier tube. Efficient cooling was achieved by placing the cooler near the photomultiplier tube to reduce thermal noise emitted from the photocathode and a high S/N ratio can be obtained even at extremely low light levels. The H7422-40 has high sensitivity in the 300 nm to 720 nm wavelengths. The H7422-50 is sensitive along a wide spectral range from 380 nm to 890 nm. The photomultiplier tube is maintained at a constant temperature by monitoring the output from a thermistor installed near the photomultiplier and then regulating the current to the thermoelectric cooler. Heatsink with fan (A7423) sold separately Product Variations Type No. Spectral Response Max. Output Signal Current H7422-40 300 nm to 720 nm H7422P-40 2 µA H7422-50 380 nm to 890 nm H7422P-50 Features GaAsP photocathode, QE 40 % at peak wavelength, high gain (P type) GaAs photocathode, QE 12 % at peak wavelength, high gain (P type) For photon counting For photon counting This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter P Type Standard Type Anode Cathode Input Voltage Max. Input Voltage for Main Unit Max. Input Current for Main Unit Max. Input Voltage for Thermoelectric Cooler Max. Input Current for Thermoelectric Cooler Max. Output Signal Current Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Sensitivity Adjustment Range Peak Sensitivity Wavelength 420 nm Radiant Sensitivity Typ. 550 nm 800 nm Radiant Sensitivity *1 Typ. 550 nm Typ. Dark Current *1 *2 Max. Radiant Sensitivity *3 Typ. 550 nm Typ. Dark Count *2 *3 Max. Typ. Rise Time *1 1 4 Ripple Noise * * (peak to peak) Max. Typ. Settling Time *5 Operating Ambient Temperature *6 Storage Temperature *6 Weight (at +25 °C) H7422-40 H7422-50 +11.5 to +15.5 +18 62 2.6 2.2 2 +0.9 (Input impedance 100 kΩ) +0.5 to +0.8 5 1: 50 800 15 50 90 2.5 × 104 0.5 1.3 5.0 × 104 125 375 580 108 176 — 8.8 × 104 0.4 1.0 1.8 × 105 100 300 1.00 0.6 0.2 +5 to +35 -20 to +50 Approx. 400 *1: Control voltage = +0.8 V PMT setting temperature 0 °C, used with C8137-02 and A7423 *2: After 30 minutes storage in darkness *3: Plateau voltage = control voltage, PMT setting temperature 0 °C, used with C8137-02 and A7423 *4: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *5: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *6: No condensation 18 Unit V V mA V A µA V V mm — nm mA/W A/W nA A/W s-1 ns mV s °C °C g Current Output Type Photosensor Modules Cooling Specifications H7422 Series Thermoelectric cooling 35 Approx. 5 Parameter Cooling Method Max. Cooling Temperature (∆T) *7 Cooling Time *7 Unit — °C min *7: Input current to thermoelectric cooler=2 A Characteristics (Cathode radiant sensitivity, Gain) TPMOB0135EC 107 1000 TPMOB0136EC H7422P-40/-50 106 100 H7422-40/-50 GAIN 10 105 H7422-50 104 1 600 800 103 0.5 1000 0.6 WAVELENGTH (nm) 0.7 POWER INPUT TAJIMI PRC03-23A10-7M THREADED HOLE for A7423 (8-M3 DEPTH: 2) ACROSS SECTION PHOTOCATHODE 15.0 ± 0.2 26.0 ± 0.2 22.2 ± 0.2 WINDOW SIGNAL OUTPUT (CURRENT OUTPUT) O-RING GROOVE (S-28 O-RING INCLUDED) THREADED HOLE for A7412 (4-M2 DEPTH: 2) In order to protect the PMT module from being damaged by excessive light, the H7422-40/50 has a protective function circuit. The circuit automatically turns off high voltage if the output current exceeds the preset current limit (approx. 10 µA). This protection circuit works whenever the preset current limit is exceeded, even for a short moment. An example of this function could be in applications such as laser scanning microscopes where the output current may momentarily exceed the preset current limit. This will trigger the protection circuit and interrupt measurement. In such applications, if the average output current is lower than the PMT module maximum rating (2 µA), we can change the current limit in the protection circuit up to approximately 50 µA. This means that PMT module operation continues without turning off high voltage even if a momentary high output occurs. Users can choose this option when ordering. 9.5 ± 0.1 44.0 ± 0.2 56.0 ± 0.3 FRONT VIEW 53.6 ± 0.2 TOP VIEW PHOTOCATHODE 5 A 8-M3C 20.0 ± 0.2 20.0 ± 0.2 36.0 ± 0.3 TPMOC0144EB 25.4 ± 0.2 PMT 4.0 ± 0.1 SIGNAL OUTPUT BNC-R 6.4 ± 0.2 7.4 ± 0.2 A 14.8 ± 0.2 16.3 ± 0.2 MOUNTING THREADED HOLE (4-M3B) 9.5 ± 0.1 CONTROL VOLTAGE INPUT (+0.5 V to +0.8 V) 18.5 ± 0.2 PMT HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT GND 1.0 Dimensional Outlines (Unit: mm) POWER INPUT for THERMOELECTRIC THERMISTOR COOLER Vcc 0.9 CONTROL VOLTAGE (V) Block Diagram THERMOELECTRIC COOLER 0.8 7.2 400 10.2 0.1 200 M25.4 P=1/32" C-MOUNT CATHODE RADIANT SENSITIVITY (mA/W) H7422-40 M25.4 P = 1/32" C-MOUNT BCROSS SECTION 6.5 ± 0.2 M3 DEPTH: 4.0 Max. CCROSS SECTION 2.0 ± 0.2 M3 DEPTH: 4.0 Max. GUIDE MARK 16.3 ± 0.2 19.0 ± 0.2 25.0 ± 0.2 F 104 ± 1 SIDE VIEW A E G D B C TAJIMI PRC03-23A10-7M A: THERMISTOR 1 B: THERMISTOR 2 C: THERMOELECTRIC COOLER + D: THERMOELECTRIC COOLER – E: LOW VOLTAGE INPUT(+15 V) F: CONTROL VOLTAGE INPUT (+0.5 V to +0.8 V) G: GND TPMOA0024ED 19 Metal Package PMT with Cooler H7422 Series Option 1 SOLD SEPARATELY POWER SUPPLY UNIT with TEMPERATURE CONTROL M9012 Vcont CHK2 Vcont-ADJ Don't use CHK3 CHK4 CN04 6 CN5 2345 SW2 ON SW1 POWER SUPPLY UNIT with TEMPERATURE CONTROL C8137-02 5 C-MOUNT LENS CN03 6 DIRECT SAMPLE INPUT 12 V 1 CABLES (Supplied with M9012 or C8137-02) GND 2 CHK1 OPTICAL FIBER HEATSINK with FAN A7423 CN01 4 OPTICAL FIBER ADAPTER A7412 C-MOUNT ADAPTER A7413 PHOTOSENSOR MODULE H7422 SERIES 3 SIGNAL CABLE E1168-05 POWER INPUT AC 100 V to AC 240 V ON ON SIGNAL OUTPUT ● Heatsink with Fan A7423 ● Signal Cable E1168-05 The temperature of the H7422 outer case rises due to the thermoelectric cooler housed in the case. The A7423 heatsink efficiently radiates away this heat to prevent a temperature rise in the H7422. The A7423 can be easily installed onto the H7422 with four M3 screws. Apply a heat conductive grease onto the joint surface shared by the H7422 and A7423. This signal cable is terminated with a BNC connector for easily connecting the H7422 to external equipment. Parameter Input Voltage During Lock Input Current During Operation Operating Voltage Weight Value 12 140 90 10.2 to 13.8 120 Unit V mA mA V g ● Power Supply Unit with Temperature Control M9012 The M9012 is an on-board type power supply unit. By just connecting to 12 V supply, the M9012 provides power necessary to operate the H7422 series. The M9012 also controls the thermoelectric cooler in the H7422 series so that the output and noise can be maintained at constant levels even when the ambient temperature changes. The thermoelectric cooler and PMT operation can be controlled from an external device by connecting it to the I/O connector on the M9012. Parameter Max. Cooling Temperature (∆T) Input Voltage Max. Input Current Max. Power Consumption Main Circuit Output Voltage Max. Output Current for Thermoelectric Cooler Output Voltage for Fan Max. Control Output Voltage Max. Control Input Voltage Thermoelectric Cooler Control PMT Signal Input Voltage Fan Error Signal Thermoelectric Cooler Output Voltage PMT PMT LED Output Error Setting Cooling Temperature Weight (excluding cables) 20 TPMOC0145EC Description / Value 35 12 1.2 15.8 12 2.2 12 1.26 0.9 Non-insulated TTL level input Non-insulated TTL level input Non-insulated TTL level input Non-insulated TTL level output Non-insulated TTL level output 5 5 0 120 Unit °C V A V·A V A V V V — — V °C g ● Optical Fiber Adapter (FC Type) A7412 The A7412 is an FC type optical fiber connector that attaches to the light input window of the H7422. The A7412 can easily be secured in place with four M2 screws. ● C-mount Adapter A7413 The A7413 mount adapter is used when a C-mount lens protruding 4 mm or more from the flange-back must be installed onto the H7422. ● Power Supply Unit with Temperature Control C8137-02 The C8137-02 is a power supply unit with a temperature control function. Just connecting to an AC source of 100 V to 240 V generates the output voltages for the thermoelectric cooler and the A7423 fan, needed for operating the H7422. The photomultiplier tube temperature can be maintained to 0 °C by monitoring the thermistor and regulating the output current for the thermoelectric cooler. Control voltage can be varied by a knob on the front panel. Parameter Max. Cooling Temperature (∆T) Setting Cooling Temperature (preset at factory) AC Input Voltage Input Voltage Frequency Power Consumption Main Circuit Output Voltage Max. Current for Thermoelectric Cooler Output Voltage for Fan Control Voltage Adjustment Range Weight Value 35 Unit °C 0 °C 100 to 240 50 / 60 30 +15 2.2 12 0 to +0.9 1.1 V Hz V·A V A V V kg Current Output Type Photosensor Modules H7422 Series Options (Unit: mm) 1 Heatsink with Fan A7423 4 Optical Fiber Adapter (FC Type) A7412 LEAD LENGTH 50 ± 10 4- 2.2 4 TAPERED DEPTH 1.5 16.5 ± 0.3 22.2 ± 0.2 52.0 ± 0.5 2.5 M8 P=0.75 3.0 9.5 TOP VIEW 5.5 3 4-M2 L=3 15 LIGHT SHIELD SHEET (THICKNESS: 0.5) 9 FRONT VIEW SIDE VIEW TACCA0190EB 8 30 SIDE VIEW TACCA0188ED 22 JST XMR-02V 92.0 ± 0.5 M25.4 P=1/32" C-MOUNT 53.6 ± 0.3 5 C-mount Adapter A7413 M25.4 P=1/32" C-MOUNT 19.2 ± 0.3 40 ± 1 24.5 ± 0.5 4-M3 (SUPPLIED) 4 14 2 Power Supply Unit with Temperature Control M9012 4-M2 15.0 ± 0.1 70.0 ± 0.1 TACCA0191EA 28.0 ± 0.2 2345 50.0 ± 0.2 CN03 SW2 1 POWER SWITCH 13.8 ± 0.2 SW1 ON CN01 6 40.0 ± 0.1 6 Power Supply Unit with Temperature Control C8137-02 PHOTOSENSOR SWITCH CONTROL VOLTAGE ADJUSTABLE DIAL ON CN04 CN5 CHK1 CHK2 GND Vcont CHK3 CHK4 ON Don't use Vcont-ADJ 5.0 ± 0.1 17.5 ± 0.2 CONTROL VOLTAGE DISPLAY 16.0 ± 0.5 100.0 ± 0.3 FRONT VIEW 8 1500 ± 50 42 46.0 ± 0.5 FAN CABLE MODULE CABLE 212 ± 1 1500 ± 50 12.5 SIDE VIEW MODULE OUTPUT POWER CABLE AC INPUT 1000 ± 50 EXTERNAL I/O CABLE 1000 ± 50 FAN OUTPUT FUSE REAR VIEW EXTERNAL I/O HOUSING TACCA0251EA POWER CABLE +50 1500 -0 FAN CABLE +50 3 Signal Cable E1168-05 1500 -0 AC CABLE BNC-P 1500 +50 -0 BNC-P 1800 to 2000 TACCA0148EA TACCA0238EB 21 Compact Side-on PMT Photosensor Modules H9305 Series The H9305 series photosensor modules contain a high-voltage power supply circuit and a 13-mm (1/2") diameter side-on photomultiplier tube in a compact aluminum housing. The 13-mm (1/2") side-on photomultiplier tube has a reflection mode photocathode that delivers high quantum efficiency at wavelengths above 600 nm, an adequate gain of up to 107 and fast time response. High S/N ratio can be obtained even when measuring extremely low level light at high speeds. The H9305 series uses a Cockcroft-Walton circuit with low power consumption. Flexible cables are used for easy installation in equipment. Product Variations Type No. H9305-01 H9305-02 H9305-03 H9305-04 H9305-05 Spectral Response 185 nm to 750 nm 185 nm to 900 nm 185 nm to 900 nm 185 nm to 830 nm 185 nm to 650 nm Features High sensitivity in UV to visible range For general applications in UV to near IR range High sensitivity in UV to near IR range Low dark current in UV to near IR range For general applications in UV to visible range This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H9305 series is used for measuring the light below 190 nm. Specifications Anode Cathode Parameter Suffix Input Voltage Max. Input Voltage Max. Input Current Max. Output Signal Current Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red/White Ratio Typ. 1 Radiant Sensitivity * Typ. Min. Luminous Sensitivity *2 Typ. Radiant Sensitivity *1 *2 Typ. Typ. Dark Current *2 *3 Max. Typ. Rise Time *2 Ripple Noise *2 *4 (peak to peak) Max. Max. Settling Time *5 Operating Ambient Temperature *6 Storage Temperature *6 Weight (at +25 °C) -01 420 80 120 10 — 90 100 700 5.2 × 105 1 10 H9305 Series -03 -04 +11.5 to +15.5 +18 7 10 +1.2 (Input impedance: 1 MΩ) +0.25 to +1.0 3.7 × 13.0 450 400 530 350 200 140 500 300 200 — — — 0.4 0.3 0.15 105 77 70 1000 400 300 2000 1200 700 4.2 × 105 3.1 × 105 2.5 × 105 1 2 0.1 10 10 1 1.4 0.5 10 +5 to +50 -20 to +50 110 -02 -05 340 20 40 5 — 48 50 300 3.6 × 105 0.5 5 *1: Measured at the peak sensitivity wavelength *2: Control voltage = +1.0 V *3: After 30 minutes storage in darkness *4: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *5: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *6: No condensation 22 Unit — V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA ns mV s °C °C g Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, PMT gain) TPMOB0138EB TPMOB0139EB 108 1000 H9305-01 100 10 H9305-05 1 0.1 100 200 300 400 500 600 700 800 107 -02/-03 100 -01 106 -05 10 H9305-04 105 -04 104 1 103 0.1 100 900 TPMOB0140EF H9305-02 H9305-03 GAIN CATHODE RADIANT SENSITIVITY (mA/W) CATHODE RADIANT SENSITIVITY (mA/W) 1000 200 WAVELENGTH (nm) 300 400 500 600 700 800 102 0.25 0.3 900 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY +15 V GND +15 V GND MONITOR +0.25 V to +1.0 V • Electrically insulate the reference voltage output. • Adjust the control voltage to adjust the sensitivity. POWER SUPPLY PHOTOSENSOR MODULE COAXIAL CABLE (SIGNAL OUTPUT) LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) CW PHOTOSENSOR MODULE COAXIAL CABLE (SIGNAL OUTPUT) LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0146ED Dimensional Outlines (Unit: mm) 8.8 53.2 ± 0.5 WINDOW (7 × 16) PHOTOCATHODE 2.1 49.0 ± 0.5 19.7 19.0 ± 0.5 LOW VOLTAGE INPUT (+15 V) : AWG26 (RED) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.25 V to +1.0 V): AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U EFFECTIVE AREA (3.7 × 13.0) 11.7 ± 0.2 MOUNTING THREADED HOLE (4-M2 DEPTH: 4) 450 ± 20 50.8 ± 0.5 FRONT VIEW SIDE VIEW DETAILS OF INPUT WINDOW TPMOA0013EH 9 7 3.7 WINDOW 13 16 18 1.5 8.8 6.0 20.5 EFFECTIVE AREA (3.7 × 13.0) 7 WINDOW 9 TOP VIEW PHOTOCATHODE FRONT VIEW TPMOA0018EE 23 Side-on PMT Photosensor Modules H11461 Series The H11461 series photosensor modules consist of a 28-mm (1-1/8") diameter side-on photomultiplier tube and a high-voltage power supply. These sideon photomultiplier tubes have long been used for spectroscopic applications and provide high gain and high sensitivity. Six types of photomultiplier tubes are provided as standard lineups to meet various needs for spectral response range. The H11461P-01 and H11461P-11 are selected as low dark count types ideal for photon counting and low-light-level measurement. Product Variations Type No. H11461-01 H11461-02 H11461-03 H11461P-01 H11461P-11 H11461-09 Spectral Response 185 nm to 710 nm 185 nm to 900 nm 185 nm to 900 nm 185 nm to 710 nm 185 nm to 850 nm 160 nm to 320 nm* Features Low noise in UV to visible range For UV to near IR range High sensitivity in UV to near IR range For photon counting in UV to visible range For photon counting in UV to near IR range For UV range, Cs-Te photocathode This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H11461 series is used for measuring the light below 190 nm. Specifications (at +25 °C) Parameter Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Current *2 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red/White Ratio Typ. 3 Radiant Sensitivity * Typ. Min. Luminous Sensitivity *2 Typ. Radiant Sensitivity *2 *3 Typ. Typ. Dark Current *2 *4 Max. Typ. Dark Count *4 *5 Max. Rise Time *2 Ripple Noise *2 *6 (peak to peak) Max. Max. Settling Time *7 Operating Ambient Temperature *8 Storage Temperature *8 Weight -01 410 80 100 8 — 70 1000 1200 8.4 × 105 0.2 2 — — H11461 Series -03 -02 P-01 P-11 +4.5 to +5.5 +6.0 3.5 100 +1.2 (Input impedance 1 MΩ) +0.5 to +1.1 (Input impedance 1 MΩ) 4 × 20 450 400 410 430 475 140 80 140 525 250 100 200 — — 8 — 0.4 0.3 — 0.15 90 74 70 80 3000 400 1000 300 5000 2500 1200 700 7.4 × 105 8.6 × 105 8.4 × 105 2.8 × 105 3 10 0.1 0.2 50 50 0.5 1 — — 30 80 — — 80 200 2.2 0.3 10 +5 to +50 -20 to +50 225 -09 230 — — — — 62 — — 6.2 × 105 1 10 — — Unit — V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA s-1 ns mV s °C °C g *1: At +5 V input voltage, +1.0 V control voltage, and output current equal to dark current. *2: Control voltage = +1.0 V *3: Measured at the peak sensitivity wavelength (-09: 254 nm) *4: After 30 minutes storage in darkness *5: Control voltage: Plateau voltage *6: Cable RG-174/U, Cable length 450 mm, load resistance = 1 MΩ, load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 24 Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, Gain) 100 TPMOB0235EA TPMOB0236EA TPMOB0237EA 100 -03 108 -01/P-01 -02 10 -09 1 0.1 0.01 100 200 300 400 500 600 700 800 900 107 10 -01/P-01 GAIN CATHODE RADIANT SENSITIVITY (mA/W) CATHODE RADIANT SENSITIVITY (mA/W) P-11 1 P-11 106 -09 -03 105 0.1 -02 0.01 100 200 WAVELENGTH (nm) 300 400 500 600 700 104 0.5 900 800 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +5 V GND SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +5 V GND MONITOR +0.5 V to +1.1 V • Electrically insulate the reference voltage output. • Adjust the control voltage to adjust the sensitivity. POWER SUPPLY PHOTOSENSOR MODULE CW POWER SUPPLY PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0238EA Dimensional Outlines (Unit: mm) EFFECTIVE AREA (4 × 20) 50.0 ± 0.5 5.0 ± 0.5 38.0 ± 0.5 27.0 ± 0.5 DETAILS OF INPUT WINDOW MAX. 10 10.0 ± 0.5 +1.0 2.5 - 0 +0.5 WINDOW 1.5 - 0 FRONT VIEW +2 SIDE VIEW 8 55.0 ± 0.5 20 -0 MOUNTING THREADED HOLE (2 × 2-M3 DEPTH: 10) 4.5 ± 0.3 450 ± 20 95.0 ± 0.5 85.0 ± 0.5 C1 17.2 ± 0.5 R3 MOUNTING THREADED HOLE (4-M3 DEPTH: 10) 57 ± 1 8.0 ± 0.5 55.0 ± 0.5 24.0 +0.5 -0 87.0 ± 0.5 EFFECTIVE AREA (4 × 20) WINDOW PHOTOCATHODE TPMOC0123EC REAR VIEW LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U TPMOA0072EA 25 Compact Head-on PMT Photosensor Modules H7826 Series The H7826 series photosensor modules consist of a 19-mm (3/4") diameter head-on photomultiplier tube and a high-voltage power supply circuit. The length of the photomultiplier tube used here is short compared to other photomultiplier tubes of the same diameter, making it compact even though it has a large light input diameter of 15 mm. The H7826 series also has excellent resistance to vibration and shock compared to other photomultiplier tubes, making it ideal for use in portable equipment. Product Variations Type No. H7826 H7826P H7826-01 H7826P-01 Spectral Response 300 nm to 650 nm 300 nm to 850 nm Features For general applications in visible range For photon counting For general applications in visible to near IR range For photon counting This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Anode Cathode Input Voltage Max. Input Voltage Max. Input Current Max. Output Signal Current Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red/White Ratio Typ. Radiant Sensitivity *1 Typ. Min. Luminous Sensitivity *2 Typ. Radiant Sensitivity *1 *2 Typ. Typ. Dark Current *2 *3 Max. Gain *2 Min. Typ. Dark Count *3 *4 Max. Typ. Rise Time *2 2 5 Ripple Noise * * (peak to peak) Max. Max. Settling Time *6 Operating Ambient Temperature *7 Storage Temperature *7 Weight (at +25 °C) H7826 H7826P H7826-01 +11.5 to +15.5 +18 40 100 +1.2 (Input impedance 100 kΩ) +0.5 to +1.1 15 420 380 60 80 90 120 10.5 — — 0.2 85 49 420 60 90 10.5 — 85 30 1.3 × 104 3 20 — — — 1.8 × 106 200 500 1.5 0.5 0.2 +5 to +45 -20 to +50 70 380 80 120 — 0.2 49 — — — 3 20 10 50 4.7 × 104 H7826P-01 Unit V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA 1 × 106 2000 3500 — s-1 ns mV s °C °C g *1: Measured at the peak sensitivity wavelength *2: Control voltage = +1.0 V *3: After 30 minutes storage in darkness *4: Control voltage: Plateau voltage *5: Cable RG-174/U, Cable length 450 mm, load resistance = 1 MΩ, load capacitance = 22 pF *6: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *7: No condensation 26 Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, Gain) TPMOB0143EA 107 CATHODE RADIANT SENSITIVITY (mA/W) 100 TPMOB0144EC H7826-01 106 10 H7826 GAIN H7826 105 1 H7826-01 104 0.1 200 300 400 600 500 700 800 103 0.5 900 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +15 V GND +15 V GND MONITOR +0.5 V to +1.1 V • Electrically insulate the reference voltage output. • Adjust the control voltage to adjust the sensitivity. POWER SUPPLY PHOTOSENSOR MODULE CW POWER SUPPLY PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0149ED Dimensional Outlines (Unit: mm) EFFECTIVE AREA 15 MIN. 18.6 ± 0.7 18 14.0 ± 0.5 50.0 +1.0 -0 56.0 +0.5 -0 THREADED HOLE for OPTION (4-M2 DEPTH: 5) 10.0 ± 0.5 FRONT VIEW SIGNAL OUTPUT BNC-R 19.0 ± 0.5 18.0 ± 0.5 0 +0.1 -0.3 18 25.0 ± 0.5 26.0 +0.5 -0 16.0 ± 0.5 POWER INPUT HIROSE HR10A-7R-6P MOUNTING THREADED HOLE (2-M3 DEPTH: 5) SIDE VIEW 1: GND 2: LOW VOLTAGE INPUT (+15 V) 3: Vcont INPUT (+0.5 V to +1.1 V) 4: Vref OUTPUT (+1.2 V) 5: NC 6: NC REAR VIEW Power cable with connector (HIROSE HR10A-7P-6S) is supplied with the H7826 series 700 ± 20 BLACK : GND RED : LOW VOLTAGE INPUT (+15 V) WHITE : Vcont INPUT (+0.5 V to +1.1 V) BLUE : Vref OUTPUT (+1.2 V) GREEN: NC TPMOA0005EE 27 Head-on PMT Photosensor Modules H10425 Series The H10425 series is a photosensor module containing a 25-mm (1") diameter head-on photomultiplier tube and a high-voltage power supply. It has a photosensitive area as large as 22 mm in diameter and also features a fast time response. Two products, one with a bialkali photocathode and one with a multialkali photocathode, are provided. Product Variations Type No. H10425 H10425-01 Spectral Response 300 nm to 650 nm 300 nm to 850 nm Features For visible range For visible to near IR range This product can't be used at vacuum environment or reduced pressure environment. Specifications Anode Cathode Parameter Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Current Max. Control Voltage Recommended Control Voltage Adjustment Range *2 Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Typ. Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Typ. Dark Current *1 *5 Max. Rise Time *4 Ripple Noise *4 *6 (peak to peak) Max. Settling Time *7 Operating Ambient Temperature *8 Storage Temperature *8 Weight (at +25 °C) H10425 H10425-01 +11.5 to +15.5 +18 3.0 100 +1.2 (Input impedance 1 MΩ) +0.5 to +1.1 22 420 80 60 150 90 — 10.5 0.2 — 64 85 20 40 75 180 3.2 × 104 1.7 × 105 3 20 1.5 0.5 10 +5 to +50 -20 to +50 170 180 *1: At +15 V input voltage, +1.0 V control voltage, and output current equal to dark current. *2: DAC (I2C interface) can be installed in the module. Please specify when ordering. *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness *6: Cable RG-174/U, Cable length 450 mm, load resistance = 1 MΩ, load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 28 Unit V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA ns mV s °C °C g Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, Gain) TPMHB0204EB 107 TPMHB0551ED H10425-01 106 H10425 10 GAIN CATHODE RADIANT SENSITIVITY (mA/W) 100 105 H10425 1 H10425-01 104 0.1 200 300 400 500 600 700 800 103 0.5 900 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +15 V GND SIGNAL OUTPUT LOW VOLTAGE INPUT(RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +0.5 V to +1.1 V • Electrically insulate the reference voltage output. • Adjust the control voltage to adjust the sensitivity. POWER SUPPLY PHOTOSENSOR MODULE GND +15 V GND CW POWER SUPPLY PHOTOSENSOR MODULE MONITOR POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V TPMOC0207EA Dimensional Outlines (Unit: mm) 120 ± 1 35.0 ± 0.5 450 ± 20 25.4 ± 0.5 EFFECTIVE AREA FRONT VIEW 22 MIN. SIDE VIEW LOW VOLTAGE INPUT (+ 15 V) : AWG26 (RED) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to + 1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U TPMOA0046EA 29 Head-on PMT Photosensor Modules H10426 Series The H10426 series is a photosensor module containing a 28-mm (1-1/8") diameter head-on photomultiplier tube and a high-voltage power supply. It has a photosensitive area as large as 25 mm in diameter. Two products, one with a bialkali photocathode and one with a multialkali photocathode, are provided. Product Variations Type No. H10426 H10426-01 Spectral Response 300 nm to 650 nm 185 nm to 850 nm Features For visible range For UV to near IR range This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H10426-01 is used for measuring the light below 190 nm. Specifications Parameter Anode Cathode Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Current Max. Control Voltage Recommended Control Voltage Adjustment Range *2 Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Typ. Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Typ. Dark Current *1 *5 Max. Rise Time *4 Ripple Noise *4 *6 (peak to peak) Max. Settling Time *7 Operating Ambient Temperature *8 Storage Temperature *8 Weight (at +25 °C) H10426 H10426-01 +11.5 to +15.5 +18 3.0 100 +1.5 (Input impedance 1 MΩ) +0.5 to +1.4 25 420 60 95 11 — 88 50 200 1.8 × 105 2 10 4 80 150 — 0.2 64 20 80 3.4 × 104 3 15 15 0.5 10 +5 to +50 -20 to +50 270 *1: At +15 V input voltage, +1.0 V control voltage, and output current equal to dark current. *2: DAC (I2C interface) can be installed in the module. Please specify when ordering. *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness *6: Cable RG-174/U, Cable length 450 mm, load resistance = 1 MΩ, load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 30 Unit V V mA µA V V mm nm µA/lm — — mA/W A/lm A/W nA ns mV s °C °C g Current Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, Gain) TPMHB0223EB 108 TPMHB0311EC H10426-01 107 H10426 10 106 H10426 GAIN CATHODE RADIANT SENSITIVITY (mA/W) 100 H10426-01 105 1 104 0.1 100 200 300 400 500 600 700 800 103 0.5 900 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3 1.4 1.5 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +15 V GND +15 V GND MONITOR +0.5 V to +1.4 V • Electrically insulate the reference voltage output. • Adjust the control voltage to adjust the sensitivity. POWER SUPPLY PHOTOSENSOR MODULE CW POWER SUPPLY PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.5 V. GND TPMOC0208EA Dimensional Outlines (Unit: mm) 35.0 ± 0.5 192 ± 1 450 ± 20 28.5 ± 0.5 EFFECTIVE AREA FRONT VIEW 25 MIN. SIDE VIEW LOW VOLTAGE INPUT (+ 15 V) : AWG26 (RED) GND : AWG26 (BLACK) Vref OUTPUT (+2.5 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to + 1.4 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U TPMOA0047EA 31 Metal package PMT Photosensor Modules H10722 Series The H10722 series is a photosensor module containing a metal package PMT, a low-power consumption high-voltage power supply circuit, and a low-noise amplifier. The amplifier converts the PMT current output to a voltage output so that the signal can be easily processed. Also, the amplifier is connected close to the PMT anode output pin in order to make the signal less affected by external noise. Four types of photocathodes are available, including a super bialkali photocathode that has higher sensitivity than conventional bialkali photocathodes, an ultra bialkali photocathode that offers even higher sensitivity, a multialkali photocathode with sensitivity extending to the near infrared region, and a red sensitivity enhanced multialkali photocathode. Product Variations Parameter H10722-110 H10722-210 H10722-01 H10722-20 Spectral Response Current-to-Voltage Frequency Conversion Factor* Bandwidth* 230 nm to 700 nm 230 nm to 700 nm 230 nm to 870 nm 230 nm to 920 nm 1 V/µA Features Super bialkali photocathode, high sensitivity in visible range Ultra bialkali photocathode, high sensitivity in visible range DC to 20 kHz For UV to near IR range Infrared-extended multialkali photocathode with enhanced sensitivity * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Specifications (at +25 °C) H10722-110 Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Voltage *2 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Min. Luminous Sensitivity *4 Typ. Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Max. on PMT Dark Current *4 *5 Current-to-Voltage Conversion Factor Output Offset Voltage Typ. Ripple Noise *4 *6 (peak to peak) Max. Settling Time *7 Max. Operating Ambient Temperature *8 Storage Temperature *8 Weight Typ. 400 80 105 13.5 — 110 8.0 × 107 2.1 × 108 220 1 10 Anode Cathode Parameter H10722-210 H10722-01 ±4.5 to ±5.5 ±5.5 +6.2 / -3.5 +4 (Load resistance 10 kΩ) +1.1 (Input Impedance 1 MΩ) +0.5 to +1.1 (Input Impedance 1 MΩ) 8 400 400 100 100 200 135 — 15.5 0.2 — 77 130 8 1.0 × 108 1.0 × 10 8 2.7 × 10 4.0 × 108 260 150 1 1 10 10 1 ±1 0.5 10 +5 to +50 -20 to +50 100 H10722-20 630 350 500 — 0.45 78 3.5 × 108 1.0 × 109 150 10 100 *1: At ±5 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: At ±5 V input voltage *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness. The actual output value in darkness is the sum of dark current and offset voltage. *6: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 32 Unit V V mA V V V mm nm µA/lm — — mA/W V/lm V/nW mV V/µA mV mV s °C °C g Voltage Output Type Photosensor Modules Characteristics (Anode radiant sensitivity, PMT gain) 100 PMT GAIN: 105 TPMOB0227EA 100 PMT GAIN: 105 TPMOB0228EA 107 TPMOB0226EA 10 1 -110 0.1 0.01 200 300 400 500 600 700 800 900 -20 1 -01 105 104 0.1 0.01 200 1000 106 10 PMT GAIN ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) -210 300 WAVELENGTH (nm) 500 400 700 600 800 900 103 0.5 1000 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) PHOTOSENSOR MODULE +5 V -5 V GND +5 V -5 V GND MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) * When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.1 V. GND TPMOC0232EA Dimensional Outlines (Unit: mm) 22.0 ± 0.5 450 ± 20 60.0 ± 0.5 14.0 ± 0.2 14.0 ± 0.2 1.5 ± 0.2 LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) LOW VOLTAGE INPUT (-5 V) : AWG26 (GREEN) : AWG26 (BLACK) GND : AWG26 (BLUE) Vref OUTPUT (+1.2 V) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U 10 WINDOW EFFECTIVE AREA ( 8) THREADED HOLE for OPTION (4-M2 DEPTH: 4) FRONT VIEW SIDE VIEW TPMOA0063EA Options (Optical Fiber Adapter) (Unit: mm) E5776 (FC Type) E5776-51 (SMA Type) 22.0 ± 0.5 22.0 ± 0.5 14.0 ± 0.2 12.0 ± 0.2 FC-R FRONT VIEW 4-M2 SIDE VIEW TACCA0055EB 16.2 ± 0.2 0.5 GASKET (Supplied) 14.0 ± 0.2 GASKET (Supplied) 14.0 ± 0.2 4-M2 14.0 ± 0.2 0.5 SMA 3.18 FRONT VIEW SIDE VIEW TACCA0239EB 33 Metal Package PMT Photosensor Modules H10723 Series The H10723 series is a photosensor module containing a metal package PMT, a low-power consumption high-voltage power supply circuit, and a low-noise amplifier. The amplifier converts the PMT current output to a voltage output so that signal can be easily processed. Also, the amplifier is connected close to the PMT anode output pin to make the signal less affected by external noise. The H10723 series covers a frequency bandwidth from DC to 200 kHz, which is wider than that for the H10722 series. Four types of photocathodes are available, including a super bialkali photocathode that has higher sensitivity than conventional bialkali photocathodes, an ultra bialkali photocathode that offers even higher sensitivity, a multialkali photocathode with sensitivity extending to the near infrared region, and a red sensitivity enhanced multialkali photocathode. Product Variations Parameter H10723-110 H10723-210 H10723-01 H10723-20 Spectral Response 230 nm to 700 nm 230 nm to 700 nm 230 nm to 870 nm 230 nm to 920 nm Current-to-Voltage Frequency Conversion Factor* Bandwidth* 0.1 V/µA Features Super bialkali photocathode, high sensitivity in visible range Ultra bialkali photocathode, high sensitivity in visible range DC to 200 kHz For visible to near IR range Infrared-extended multialkali photocathode with enhanced sensitivity * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Specifications H10723-110 Input Voltage Max. Input Voltage Max. Input Current *1 Max. Output Signal Voltage *2 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Min. Luminous Sensitivity *4 Typ. Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Max. on PMT Dark Current *4 *5 Current-to-Voltage Conversion Factor Output Offset Voltage Typ. Ripple Noise *4 *6 (peak to peak) Max. Settling Time *7 Max. Operating Ambient Temperature *8 Storage Temperature *8 Weight Typ. 400 80 105 13.5 — 110 8.0 × 106 2.1 × 107 22 0.1 1 Anode Cathode Parameter H10723-210 H10723-01 ±4.5 to ±5.5 ±5.5 +6.2 / -3.5 +4 (Load resistance 10 kΩ) +1.1 (Input Impedance 1 MΩ) +0.5 to +1.1 (Input Impedance 1 MΩ) 8 400 400 100 100 200 135 — 15.5 0.2 — 77 130 7 1.0 × 107 1.0 × 10 7 2.7 × 10 4.0 × 107 26 15 0.1 0.1 1 1 0.1 ±1 0.5 10 +5 to +50 -20 to +50 90 H10723-20 630 350 500 — 0.45 78 3.5 × 107 1.0 × 108 15 1 10 *1: At ±5 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: At ±5 V input voltage *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness. The actual output value in darkness is the sum of dark current and offset voltage. *6: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 34 (at +25 °C) Unit V V mA V V V mm nm µA/lm — — mA/W V/lm V/nW mV V/µA mV mV s °C °C g Voltage Output Type Photosensor Modules Characteristics (Anode radiant sensitivity, PMT gain) 100 PMT GAIN: 105 TPMOB0227EA 100 PMT GAIN: 105 TPMOB0228EA 107 TPMOB0226EA 10 1 -110 0.1 0.01 200 300 400 500 600 700 800 900 -20 1 -01 105 104 0.1 0.01 200 1000 106 10 PMT GAIN ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) -210 300 WAVELENGTH (nm) 400 500 600 700 800 900 103 0.5 1000 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) PHOTOSENSOR MODULE SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +5 V -5 V GND +5 V -5 V GND MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) * When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.1 V. GND TPMOC0232EA Options (Optical Fiber Adapter) Dimensional Outlines (Unit: mm) (Unit: mm) 12.0 ± 0.2 14.0 ± 0.2 21 0.5 GASKET (Supplied) FRONT VIEW 4-M2 10 LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) LOW VOLTAGE INPUT (-5 V) : AWG26 (GREEN) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U WINDOW 51.0 ± 0.5 FC-R FRONT VIEW SIDE VIEW TACCA0055EB E5776-51 (SMA Type) 22.0 ± 0.5 14.0 ± 0.2 450 ± 20 16.2 ± 0.2 0.5 SIDE VIEW TPMOA0064EA GASKET (Supplied) 14.0 ± 0.2 25.0 ± 0.5 26 1.5 ± 0.2 14.0 ± 0.2 MOUNTING THREADED HOLE (2-M2.6 DEPTH: 3) 11 24.0 ± 0.5 22.0 ± 0.5 EFFECTIVE AREA ( 8) 14.0 ± 0.2 14.0 ± 0.2 E5776 (FC Type) THREADED HOLE for OPTION (4-M2 DEPTH: 4) 4-M2 SMA 3.18 FRONT VIEW SIDE VIEW TACCA0239EB 35 Compact Side-on PMT Photosensor Modules H9306/H9307 Series The H9306/H9307 series photosensor modules incorporate a 13-mm (1/2") diameter side-on photomultiplier tube, a high-voltage power supply circuit and a low noise amplifier. Two types of amplifiers are available with a current-tovoltage conversion factor of 1 V/µA or 0.1 V/µA and a frequency bandwidth of 20 kHz or 200 kHz. The H9306/H9307 series uses a Cockcroft-Walton circuit with low power consumption. Five types of photomultiplier tubes are provided as standard lineups to meet various needs for spectral response range. Flexible cables are used for easy installation equipment. Product Variations Type No. Current-to-Voltage Frequency Features 185 nm to 750 nm 185 nm to 900 nm 185 nm to 900 nm 185 nm to 830 nm 185 nm to 650 nm Conversion Factor* Bandwidth* H9306-01 H9306-02 H9306-03 H9306-04 H9306-05 DC to 20 kHz Low power 1 V/µA H9307-01 H9307-02 H9307-03 H9307-04 H9307-05 DC to 200 kHz consumption 0.1 V/µA * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H9306 series/H9307 series is used for measuring the light below 190 nm. Specifications Parameter Anode Anode Cathode Suffix -01 Input Voltage Max. Input Voltage Max. Input Current Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength 420 80 Min. Luminous Sensitivity 120 Typ. 10 Blue Sensitivity Index (CS 5-58) Typ. — Red/White Ratio Typ. 90 Radiant Sensitivity *1 Typ. H9306 Series (with internal 20 kHz amp) 1.0 × 108 Min. Luminous Sensitivity *2 7.0 × 108 Typ. 520 Radiant Sensitivity *1 *2 Typ. 1 Voltage Output Depending Typ. 10 on PMT Dark Current *2 *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor H9307 Series (with internal 200 kHz amp) 1.0 × 107 Min. Luminous Sensitivity *2 7.0 × 107 Typ. 52 Radiant Sensitivity *1 *2 Typ. 0.1 Voltage Output Depending Typ. 1 on PMT Dark Current *2 *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor Offset Voltage Typ. Ripple Noise *2 *6 (peak to peak) Max. Settling Time *7 Max. Operating Ambient Temperature *8 Storage Temperature *8 Weight H9306 / H9307 Series -03 -02 -04 ±11.5 to ±15.5 ±18 +9 / -1 (H9306), +15 / -8 (H9307) +1.2 (Input Impedance: 1 MΩ) +0.25 to +1.0 3.7 × 13.0 450 400 530 350 200 140 500 300 200 — — — 0.4 0.3 0.15 105 77 70 -05 340 20 40 5 — 48 1.0 × 109 4.0 × 108 3.0 × 108 1.2 × 109 2.0 × 109 7.0 × 108 310 420 250 1 2 0.1 10 10 1 +10 (Load resistance 10 kΩ) 1 5.0 × 107 3.0 × 108 360 0.5 5 4.0 × 107 3.0 × 107 1.0 × 108 1.2 × 108 2.0 × 108 7.0 × 107 31 42 25 0.1 0.2 0.01 1 1 0.1 +1 (Load resistance 10 kΩ) 0.1 H9306 / H9307 Series ±3 0.8 10 +5 to +50 -20 to +50 110 5.0 × 106 3.0 × 107 36 0.05 0.5 (at +25 °C) Unit — V V mA V V mm nm µA/lm — — mA/W V/lm V/nW mV V V/µA V/lm V/nW mV V V/µA mV mV s °C °C g *1: Measured at the peak sensitivity wavelength *2: Control voltage = +1.0 V *3: After 30 minutes storage in darkness *4: Output of anode dark current *5: At ±15 V input voltaget *6: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 36 Voltage Output Type Photosensor Modules Characteristics (Anode radiant sensitivity, PMT gain) (H9306) TPMOB0116EC 100 PMT GAIN: 105 (H9307) 10 (H9306) TPMOB0154EB 100 (H9306) (H9307) PMT GAIN: 105 (H9307) 10 108 TPMOB0240EA 0.1 1 -04 Type 0.1 0.01 0.01 100 200 300 400 500 600 700 800 1 -01 Type 0.1 1 -05 Type 0.1 0.01 0.01 0.001 0.001 100 0.001 900 200 300 400 500 600 700 800 107 -02/-03 -05 105 -04 104 103 102 0.25 0.3 0.0001 900 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) WAVELENGTH (nm) -01 106 PMT GAIN 1 10 ANODE RADIANT SENSITIVITY (V/nW) 10 ANODE RADIANT SENSITIVITY (V/nW) -03 Type ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) -02 Type Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) PHOTOSENSOR MODULE SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +15 V -15 V GND +15 V -15 V GND MONITOR +0.25 V to +1.0 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0147ED Dimensional Outlines (Unit: mm) 8.8 LOW VOLTAGE INPUT (+15 V) : AWG26 (RED) LOW VOLTAGE INPUT (-15 V) : AWG26 (GREEN) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.25 V to +1.0 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U 53.2 ± 0.5 WINDOW (7 × 16) PHOTOCATHODE 2.1 49.0 ± 0.5 19.7 19.0 ± 0.5 EFFECTIVE AREA (3.7 × 13.0) 11.7 ± 0.2 MOUNTING THREADED HOLE (4-M2 DEPTH: 4) 450 ± 20 50.8 ± 0.5 FRONT VIEW TPMOA0013EH SIDE VIEW DETAILS OF INPUT WINDOW 9 7 3.7 WINDOW 13 16 18 1.5 8.8 6.0 20.5 EFFECTIVE AREA (3.7 × 13.0) 7 WINDOW 9 TOP VIEW PHOTOCATHODE FRONT VIEW TPMOA0018EE 37 Side-on PMT Photosensor Modules H11462 Series The H11462 series photosensor modules incorporate a 28-mm (1-1/8") diameter side-on photomultiplier tube, a high-voltage power supply circuit and a low noise amplifier. Two types of amplifiers are available with a current-tovoltage conversion factor of 1 V/µA or 0.1 V/µA and a frequency bandwidth of DC to 20 kHz or DC to 200 kHz. Product Variations Type No. H11462-011 H11462-021 H11462-031 H11462-012 H11462-022 H11462-032 Current-to-Voltage Spectral Response Conversion Factor Frequency Bandwidth 185 nm to 710 nm DC to 20 kHz 185 nm to 900 nm 1 V/µA 185 nm to 900 nm 185 nm to 710 nm DC to 200 kHz 185 nm to 900 nm 0.1 V/µA 185 nm to 900 nm Features For UV to visible range, low noise For UV to near IR range For UV to near IR range, high sensitivity For UV to visible range, low noise For UV to near IR range For UV to near IR range, high sensitivity * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H11462 series is used for measuring the light below 190 nm. Specifications Parameter Anode Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current *1 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red/White Ratio Typ. Radiant Sensitivity *2 Typ. Suffix (with internal 20 kHz amp) Min. Luminous Sensitivity *3 Typ. Radiant Sensitivity *2 *3 Typ. Voltage Output Depending Typ. on PMT Dark Current *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor Suffix (with internal 200 kHz amp) Min. Luminous Sensitivity *3 Typ. Radiant Sensitivity *2 *3 Typ. Voltage Output Depending Typ. on PMT Dark Current *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor Offset Voltage Typ. Ripple Noise *3 *6 (peak to peak) Max. Settling Time *7 Max. Operating Ambient Temperature *8 Storage Temperature *8 Weight H11462 Series -011 / -012 -031 / -032 -021 / -022 ±4.5 to ±5.5 ±6 +7 / -3 (-011/-021/-031), +11 / -7 (-012/-012/-032) +1.2 (Input Impedance 1 MΩ) +0.5 to +1.1 4 × 20 410 450 400 80 475 140 100 525 250 8 — — — 0.4 0.3 70 90 74 -011 -031 -021 1.0 × 109 3.0 × 109 4.0 × 108 1.2 × 109 5.0 × 109 2.5 × 109 840 855 740 0.2 10 3 2 50 50 +4 (Load resistance 10 kΩ) 1 -012 -032 -022 1.0 × 108 3.0 × 108 4.0 × 107 1.2 × 108 5.0 × 108 2.5 × 108 84 85.5 74 0.02 1 0.3 0.2 5 5 +4 (Load resistance 10 kΩ) 0.1 H11462 series ±1 0.5 10 +5 to +50 -20 to +50 225 (at +25 °C) Unit — V V mA V V mm nm µA/lm — — mA/W V/lm V/nW mV V V/µA V/lm V/nW mV V V/µA mV mV s °C °C g *1: At ±5 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: Measured at the peak sensitivity wavelength *3: Control voltage = +1.0 V *4: Output of anode dark current *5: At ±5 V input voltage *6: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *8: No condensation 38 Voltage Output Type Photosensor Modules Characteristics (Anode radiant sensitivity, PMT gain) H11462-011 -021 10 -031 PMT GAIN: 105 TPMOB0238EA 1 -031/-032 H11462-012 -022 -032 TPMOB0239EA 108 0.1 1 -011/-012 0.1 0.01 100 0.01 200 300 400 500 600 700 800 107 PMT GAIN -021/-022 ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) -011/-012 -021/-022 106 105 -031/-032 104 0.5 0.001 900 0.6 WAVELENGTH (nm) 0.7 0.8 0.9 1.1 1.0 1.2 CONTROL VOLTAGE (V) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) PHOTOSENSOR MODULE SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +5 V -5 V GND +5 V -5 V GND MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0239EA 38.0 ± 0.5 R3 27.0 ± 0.5 EFFECTIVE AREA (4 × 20) 5.0 ± 0.5 Dimensional Outlines (Unit: mm) 50.0 ± 0.5 DETAILS OF INPUT WINDOW MAX. 10 10.0 ± 0.5 +1.0 2.5 -0 +0.5 WINDOW 1.5 -0 FRONT VIEW +2 20 -0 8 55.0 ± 0.5 450 ± 20 MOUNTING THREADED HOLE (2 × 2-M3 DEPTH: 10) 4.5 ± 0.3 85.0 ± 0.5 95.0 ± 0.5 C1 17.2 ± 0.5 MOUNTING THREADED HOLE (4-M3 DEPTH: 10) 57 ± 1 8.0 ± 0.5 55.0 ± 0.5 24.0 +0.5 -0 87.0 ± 0.5 EFFECTIVE AREA (4 × 20) WINDOW PHOTOCATHODE TPMOC0123EC SIDE VIEW REAR VIEW LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) LOW VOLTAGE INPUT (-5 V) : AWG26 (GREEN) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U TPMOA0073EA 39 Compact Head-on PMT Photosensor Modules H7827 Series The H7827 series photosensor modules incorporate a 19-mm (3/4") diameter head-on photomultiplier tube, a high-voltage power supply circuit and a low noise amplifier. Two types of amplifiers are available with a current-to-voltage conversion factor of 1 V/µA or 0.1 V/µA and a frequency bandwidth of DC to 20 kHz or DC to 200 kHz. Compared to other PMT modules, the H7827 series has higher resistance to vibration and shock, making them suitable for portable or mobile measurement equipment. Product Variations Type No. H7827-001 H7827-011 H7827-002 H7827-012 Spectral Response Current-to-Voltage Conversion Factor* Frequency Bandwidth* 300 nm to 650 nm 1 V/µA DC to 20 kHz 300 nm to 850 nm 300 nm to 650 nm 0.1 V/µA DC to 200 kHz 300 nm to 850 nm Features For general applications in visible range For visible to near IR range For general applications in visible range For visible to near IR range * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Anode Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red/White Ratio Typ. Radiant Sensitivity *1 Typ. Suffix (with internal 20 kHz amp) Min. Luminous Sensitivity *2 Typ. Radiant Sensitivity *1 *2 Typ. Voltage Output Depending Typ. on PMT Dark Current *2 *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor Suffix (with internal 200 kHz amp) Min. Luminous Sensitivity *2 Typ. Radiant Sensitivity *1 *2 Typ. Voltage Output Depending Typ. on PMT Dark Current *2 *3 *4 Max. Max. Output Signal Voltage *5 Current-to-Voltage Conversion Factor Offset Voltage Typ. Ripple Noise *2 *6 (peak to peak) Max. Settling Time *7 Max. Operating Ambient Temperature *8 Storage Temperature *8 Weight H7827 Series -011 / -012 ±11.5 to ±15.5 ±18 +45 / -1 (-001/-011), +50 / -8 (-002/-012) +1.2 (Input Impedance 100 kΩ) +0.5 to +1.1 15 380 420 80 60 120 90 — 10.5 0.2 — 49 85 -011 -001 1.0 × 107 1.0 × 107 7 3.0 × 107 5.0 × 10 13 47 3 3 20 20 +10 (Load resistance 10 kΩ) 1 -012 -002 1.0 × 106 1.0 × 106 3.0 × 106 5.0 × 106 1.3 4.7 0.3 0.3 2 2 +10 (Load resistance 10 kΩ) 0.1 H7827 series ±3 0.6 0.2 +5 to +45 -20 to +50 80 -001 / -002 (at +25 °C) Unit — V V mA V V mm nm µA/lm — — mA/W V/lm V/nW mV V V/µA V/lm V/nW mV V V/µA mV mV s °C °C g *1: Measured at the peak sensitivity wavelength 2: Control voltage = +1.0 V *3: After 30 minutes storage in darkness *4: Output of anode dark current *5: At ±15 V input voltage *6: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *7: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V *8: No condensation. 40 Voltage Output Type Photosensor Modules Characteristics (Anode radiant sensitivity, PMT gain) 1 H7827-002 -012 -011 -012 1 0.1 -001 -002 0.1 0.01 0.01 200 300 400 500 600 700 800 107 TPMOB0159EC 106 -001 -002 PMT GAIN PMT GAIN: 105 TPMOB0156EA ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) H7827-001 -011 10 105 -011 -012 104 103 0.5 0.001 900 0.6 WAVELENGTH (nm) 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) PHOTOSENSOR MODULE SIGNAL OUTPUT LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND (BLACK) Vref OUTPUT (BLUE) Vcont INPUT (WHITE) +15 V -15 V GND +15 V -15 V GND MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. POWER SUPPLY CW PHOTOSENSOR MODULE POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. GND TPMOC0166EB Dimensional Outlines (Unit: mm) EFFECTIVE AREA 15 MIN. FRONT VIEW 18.6 ± 0.7 18 14.0 ± 0.5 50.0 +1.0 -0 THREADED HOLE for OPTION (4-M2 DEPTH: 5) 56.0 +0.5 -0 10.0 ± 0.5 SIGNAL OUTPUT BNC-R 19.0 ± 0.5 18.0 ± 0.5 0 +0.1 -0.3 18 25.0 ± 0.5 26.0 +0.5 -0 16.0 ± 0.5 SIDE VIEW POWER INPUT HIROSE HR10A-7R-6P MOUNTING THREADED HOLE (2-M3 DEPTH: 5) 1: GND 2: LOW VOLTAGE INPUT (+15 V) 3: Vcont INPUT (+0.5 V to +1.1 V) 4: Vref OUTPUT (+1.2 V) 5: NC 6: LOW VOLTAGE INPUT (-15 V) REAR VIEW Power cable with connector (HIROSE HR10A-7P-6S) is supplied with the H7827 series 700 ± 20 BLACK : GND RED : LOW VOLTAGE INPUT (+15 V) WHITE : Vcont INPUT (+0.5 V to +1.1 V) BLUE : Vref OUTPUT (+1.2 V) GREEN: LOW VOLTAGE INPUT (-15 V) TPMOA0023EC 41 Head-on PMT Photosensor Modules H10492 Series The H10492 series photosensor modules incorporate a 25-mm (1") diameter head-on photomultiplier tube, a high-voltage power supply circuit and a low noise amplifier. Amplifiers are available with a current-to-voltage conversion factor of 1 V/µA or 0.1 V/µA and a frequency bandwidth of DC to 20 kHz, DC to 200 kHz or DC to 8 MHz. Photomultiplier tubes with different spectral response characteristics are provided for measurement in the visible range or visible to near IR range. Product Variations Type No. H10492-001 H10492-011 H10492-002 H10492-012 H10492-003 H10492-013 Spectral Response Current-to-Voltage Conversion Factor* Frequency Bandwidth* 300 nm to 650 nm 1 V/µA DC to 20 kHz 300 nm to 850 nm 300 nm to 650 nm DC to 200 kHz 300 nm to 850 nm 0.1 V/µA 300 nm to 650 nm DC to 8 MHz 300 nm to 850 nm Features For visible range For visible to near IR range For visible range For visible to near IR range For visible range For visible to near IR range * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Anode Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current *1 Max. Control Voltage Recommended Control Voltage Adjustment Range *2 Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Typ. Suffix (with internal 20 kHz amp) Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Typ. on PMT Dark Current *4 *5 Max. Max. Output Signal Voltage *6 Current-to-Voltage Conversion Factor Suffix (with internal 200 kHz / 8 MHz amp) Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Typ. on PMT Dark Current *4 *5 Max. Max. Output Signal Voltage *6 Current-to-Voltage Conversion Factor Output Offset Voltage Typ. Ripple Noise *4 *7 *8 (peak to peak) Max. Settling Time *9 Max. Operating Ambient Temperature *10 Storage Temperature *10 Weight Typ. H10492 Series -011 / -012 / -013 ±11.5 to ±15.5 ±18 +4 / -1 (-001/-011), +11 / -8 (-002/-012), +24 / -21 (-003/-013) +1.2 (Input Impedance 1 MΩ) +0.5 to +1.1 (Input Impedance 1 MΩ) 22 420 80 60 150 90 — 10.5 0.2 — 64 85 -011 -001 2.0 × 107 4.0 × 107 7.5 × 107 1.8 × 108 32 170 3 3 20 20 +10 (Load resistance 10 kΩ) 1 -012 / -013 -002 / -003 2.0 × 106 4.0 × 106 7.5 × 106 1.8 × 107 3.2 17 0.3 0.3 2 2 -002 / -012: +10 (Load resistance 10 kΩ) -003 / -013: +10 (Load resistance 500 Ω), +5 (Load resistance 50 Ω) 0.1 H10492 series ±1 0.6 (-001 / -002 / -011 / -012), 0.8 (-003 / -013) 10 +5 to +50 -20 to +50 170 (-001 / -002 / -003), 180 (-011 / -012 / -013) -001 / -002 / -003 (at +25 °C) Unit — V V mA V V mm nm µA/lm — — mA/W V/lm V/nW mV V V/µA V/lm V/nW mV V V/µA mV mV s °C °C g *1: At ±15 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: DAC (I2C interface) can be installed in the module, please specify when ordering. *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness. The actual output value in darkness is the sum of dark current and offset voltage. *6: At ±15 V input voltage *7: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *8: -003,-013 Amplifier noise = 8 mV typ. (peak to peak) *9: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *10: No condensation. 42 Voltage Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, PMT gain) PMT GAIN: 105 TPMOB0220EB H10492-002 -012 1 -003 -013 -011 -012 -013 1 0.1 -001 -002 -003 0.1 0.01 200 0.01 300 400 500 600 700 800 107 TPMOB0221EB 106 PMT GAIN 10 ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) H10492-001 -011 -001 -002 -003 -011 -012 -013 105 104 103 0.5 0.001 900 0.6 0.7 0.8 0.9 1.0 1.1 1.2 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING RESISTANCE PROGRAMMING POWER SUPPLY LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT +15 V -15 V GND PHOTOSENSOR MODULE LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT POWER SUPPLY +15 V -15 V GND CW PHOTOSENSOR MODULE MONITOR +0.5 V to +1.1 V • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. GND POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.2 V. TPMOC0229EA Dimensional Outlines (Unit: mm) 35.0 ± 0.5 25.4 ± 0.5 120 ± 1 450 ± 20 LOW VOLTAGE INPUT (+15 V) : AWG26 (RED) LOW VOLTAGE INPUT (-15 V) : AWG26 (GREEN) GND : AWG26 (BLACK) Vref OUTPUT (+1.2 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.1 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U EFFECTIVE AREA FRONT VIEW 22 MIN. SIDE VIEW TPMOA0059EA 43 Head-on PMT Photosensor Modules H10493 Series The H10493 series photosensor modules incorporate a 28 mm (1-1/8") diameter head-on photomultiplier tube, a high voltage power supply, and a low noise amplifier. Since it has a wide photosensitive area of 25 mm diameter, light can be collected efficiently. Amplifiers are available with a current-to-voltage conversion factor of 1 V/µA or 0.1 V/µA and a frequency bandwidth of DC to 20 kHz, DC to 200 kHz or DC to 8 MHz. Photomultiplier tubes with different spectral response characteristics are provided for measurement in the visible range or UV to near IR range. Product Variations Type No. H10493-001 H10493-011 H10493-002 H10493-012 H10493-003 H10493-013 Spectral Response Current-to-Voltage Conversion Factor* Frequency Bandwidth* 300 nm to 650 nm 1 V/µA DC to 20 kHz 185 nm to 850 nm 300 nm to 650 nm DC to 200 kHz 185 nm to 850 nm 0.1 V/µA 300 nm to 650 nm DC to 8 MHz 185 nm to 850 nm Features For visible range For UV to near IR range For visible range For UV to near IR range For visible range For UV to near IR range * The amplifier specification can be changed upon request. Feel free to contact our sales office. This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H10493-011/-012/-013 is used for measuring the light below 190 nm. Specifications Parameter Anode Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current *1 Max. Control Voltage Recommended Control Voltage Adjustment Range *2 Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Typ. Suffix (with internal 20 kHz amp) Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Typ. on PMT Dark Current *4 *5 Max. Max. Output Signal Voltage *6 Current-to-Voltage Conversion Factor Suffix (with internal 200 kHz / 8 MHz amp) Min. Luminous Sensitivity *4 Typ. Radiant Sensitivity *3 *4 Typ. Voltage Output Depending Typ. on PMT Dark Current *4 *5 Max. Max. Output Signal Voltage *6 Current-to-Voltage Conversion Factor Output Offset Voltage Typ. Ripple Noise *4 *7 *8 (peak to peak) Max. Settling Time *9 Max. Operating Ambient Temperature *10 Storage Temperature *10 Weight Typ. H10493 Series -011 / -012 / -013 ±11.5 to ±15.5 ±18 +4 / -1 (-001/-011), +11 / -8 (-002/-012), +24 / -21 (-003/-013) +1.5 (Input Impedance 1 MΩ) +0.5 to +1.4 (Input Impedance 1 MΩ) 25 420 80 60 150 95 — 11 0.2 — 64 88 -011 -001 2.0 × 107 5.0 × 107 8.0 × 107 2.0 × 108 34 180 3 2 15 10 +10 (Load resistance 10 kΩ) 1 -012 / -013 -002 / -003 2.0 × 106 5.0 × 106 8.0 × 106 2.0 × 107 3.4 18 0.3 0.2 1.5 1 -002 / -012: +10 (Load resistance 10 kΩ) -003 / -013: +10 (Load resistance 500 Ω), +5 (Load resistance 50 Ω) 0.1 H10493 series ±1 0.6 (-001 / -002 / -011 / -012), 0.8 (-003 / -013) 10 +5 to +50 -20 to +50 270 -001 / -002 / -003 (at +25 °C) Unit — V V mA V V mm nm µA/lm — — mA/W V/lm V/nW mV V V/µA V/lm V/nW mV V V/µA mV mV s °C °C g *1: At ±15 V input voltage, +1.0 V control voltage, and output current equal to dark current *2: DAC (I2C interface) can be installed in the module, please specify when ordering. *3: Measured at the peak sensitivity wavelength *4: Control voltage = +1.0 V *5: After 30 minutes storage in darkness. The actual output value in darkness is the sum of dark current and offset voltage. *6: At ±15 V input voltage *7: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *8: -003,-013 Amplifier noise = 8 mV typ. (peak to peak) *9: The time required for the output to reach a stable level following a change in the control voltage from +1.0 V to +0.5 V. *10: No condensation. 44 Voltage Output Type Photosensor Modules Characteristics (Cathode radiant sensitivity, PMT gain) 10 PMT GAIN: 105 TPMOB0222EB H10493-002 -012 1 -003 -013 ANODE RADIANT SENSITIVITY (V/nW) ANODE RADIANT SENSITIVITY (V/nW) -011 -012 -013 0.1 1 -001 -002 -003 0.1 0.01 100 0.01 200 300 400 500 600 700 800 108 TPMOB0223EB 107 PMT GAIN H10493-001 -011 -001 -002 -003 106 -011 -012 -013 105 104 103 0.5 0.001 900 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3 1.4 1.5 CONTROL VOLTAGE (V) WAVELENGTH (nm) Sensitivity Adjustment Method VOLTAGE PROGRAMMING LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT RESISTANCE PROGRAMMING POWER SUPPLY +15 V -15 V GND PHOTOSENSOR MODULE POWER SUPPLY LOW VOLTAGE INPUT (RED) LOW VOLTAGE INPUT (GREEN) GND Vref OUTPUT (BLUE) Vcont INPUT (WHITE) SIGNAL OUTPUT +15 V -15 V GND CW PHOTOSENSOR MODULE MONITOR • Adjust the control voltage to adjust the sensitivity. • Electrically insulate the reference voltage output. +0.5 V to +1.4 V GND POTENTIOMETER (10 kΩ) When using a potentiometer, adjust sensitivity while monitoring the control voltage so it does not exceed +1.5 V. TPMOC0230EA Dimensional Outlines (Unit: mm) 35.0 ± 0.5 28.5 ± 0.5 192 ± 1 450 ± 20 LOW VOLTAGE INPUT (+15 V) : AWG26 (RED) LOW VOLTAGE INPUT (-15 V) : AWG26 (GREEN) GND : AWG26 (BLACK) Vref OUTPUT (+2.5 V) : AWG26 (BLUE) Vcont INPUT (+0.5 V to +1.4 V) : AWG26 (WHITE) SIGNAL OUTPUT : RG-174/U EFFECTIVE AREA FRONT VIEW 25 MIN. SIDE VIEW TPMOA0060EA 45 Metal Package PMT with Gate Function Photosensor Modules H11526 Series The H11526 series is a photosensor module that allows gate operation. The combination of built-in metal package PMT and gate circuit makes this module compact yet still provides excellent characteristics: 100 ns minimum gate width, 10 kHz repetition rate. This module also contains a high-voltage power supply so that PMT gain can be varied by simply adjusting the control voltage. The internal protection monitor issues an error signal if high-intensity light enters the module. Product Variations Parameter Spectral Response Features H11526-110-NN / H11526-110-NF 230 nm to 700 nm Super bialkali photocathode, High sensitivity in visible range H11526-01-NN / H11526-01-NF 230 nm to 870 nm For UV to near IR range H11526-20-NN / H11526-20-NF 230 nm to 920 nm Extended red multialkali photocathode with enhanced sensitivity Gate Mode NN: Normally ON NF: Normally OFF This product can't be used at vacuum environment or reduced pressure environment. Specifications (at +25 °C) Parameter Suffix Mode Gate Width (FWHM) Rise Time Fall Time Gate Mode Repetition Rate Switching Ratio Switching Noise *1 Delay Time Gate Jitter Level Gate Signal Input Impedance Input Pulse Width Max. Max. Max. Max. *1: Load resistance = 50 Ω (peak to peak) 46 H11526 Series -110-NF / -01-NF / -20-NF -110-NN / -01-NN / -20-NN Normally OFF Normally ON 100 ns to DC 70 8 8 70 10 106 30 180 80 1 C-MOS (High level: +3.5 V to +5 V) 10 20 ns to DC Unit — — — ns ns kHz — mV ns ns — kΩ — Photosensor Module with Gate Function Parameter Unit — V V mA mA µA mA V V mm nm H11526 Series -20-NN / -20-NF -01-NN / -01-NF -110-NN / -110-NF +14.5 to +15.5 +16 60 300 100 30 +0.9 (Input Impedance 10 kΩ) +0.4 to +0.9 (Input Impedance 10 kΩ) 8 630 400 400 350 100 80 500 200 105 — — 13.5 0.45 0.2 — 78 77 110 350 100 80 1000 400 210 1.5 × 105 1.5 × 105 2.2 × 105 1 1 10 10 10 100 0.57 2.7 0.2 5 2 +5 to +45 -20 to +50 105 Anode Cathode Suffix Input Voltage Max. Input Voltage Max. Input Current Max. Surge Current Max. Output Signal Current Pulse Linearity (±5 % Deviation) *2 Max. Control Voltage Recommended Control Voltage Adjustment Range Effective Area Peak Sensitivity Wavelength Min. Luminous Sensitivity Typ. Blue Sensitivity Index (CS 5-58) Typ. Typ. Red / White Ratio Typ. Radiant Sensitivity *3 Min. Luminous Sensitivity *2 Typ. Typ. Radiant Sensitivity *2 *3 Typ. Dark Current *2 *4 Max. Typ. Rise Time Time Typ. Transit Time Response *2 Typ. T.T.S. Max. Ripple Noise *2 *5 (peak to peak) Max. Settling Time *6 Operating Ambient Temperature *7 Storage Temperature *7 Weight µA/lm — — mA/W A/lm A/W nA ns ns ns mV s °C °C g *2: Control voltage = +0.8 V *3: Measured at the peak sensitivity wavelength *4: After 30 minutes storage in darkness. *5: Cable RG-174/U, Cable length 450 mm, Load resistance = 1 MΩ, Load capacitance = 22 pF *6: The time required for the output to reach a stable level following a change in the control voltage from +0.8 V to +0.4 V. *7: No condensation Characteristics (Cathode radiant sensitivity, Gain) 1000 100 -110 10 1 0.1 200 300 400 500 600 700 800 WAVELENGTH (nm) 900 1000 TPMOB0225EA 107 TPMOB0234EA -20 106 100 GAIN TPMOB0232EA CATHODE RADIANT SENSITIVITY (mA/W) CATHODE RADIANT SENSITIVITY (mA/W) 1000 10 -01 104 1 0.1 200 105 300 400 500 600 700 800 WAVELENGTH (nm) 900 1000 103 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 CONTROL VOLTAGE (V) 47 Metal Package PMT with Gate Function Output Examples Gate Timing Chart Normally ON Type Normally ON Type TIME 100 µs to ∞ +3.5 V to +5 V at 10 kΩ GATE SIGNAL INPUT 0V 10 % 100 ns to ∞ 100 ns to ∞ OUTPUT OFF PMT OPERATION ON 50 % 90 % DELAY TIME 80 ns Normally OFF Type 8 ns 70 ns 100 µs to ∞ TPMOB0205EA +3.5 V to +5 V at 10 kΩ GATE SIGNAL INPUT Normally OFF Type TIME 100 ns to ∞ OFF 0V PMT OPERATION 10 % ON DELAY TIME 180 ns 100 ns to ∞ OUTPUT TPMOC0200EA 50 % 90 % 8 ns 70 ns TPMOB0206EA Gate Time Characteristics Normally ON Type Normally ON Type closeup TPMOB0207EA Normally OFF Type TPMOB0208EA 6000 TPMOB0209EA 450 1000 400 900 5000 800 350 700 3000 2000 GATE TIME (ns) 300 GATE TIME (ns) GATE TIME (ns) 4000 250 200 600 500 400 150 300 100 200 1000 50 0 0 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 0 100 0 50 INPUT PULSE WIDTH (ns) 100 150 200 250 INPUT PULSE WIDTH (ns) Block Diagram PMT HIGH VOLTAGE POWER SUPPLY CIRCUIT & VOLTAGE DIVIDER CIRCUIT GAIN CONTROL CIRCUIT GATE DRIVE CIRCUIT ERROR DETECTION CIRCUIT GATE TIMING CIRCUIT POWER SUPPLY CIRCUIT GATE PULSE INPUT (C-MOS) 48 SIGNAL OUTPUT: OUTPUT CURRENT (SMA) OPERATION MODE SELECT (C-MOS) GND +15 V POWER INPUT CONTROL VOLTAGE INPUT ERROR MONITOR Vref OUTPUT (+1.2 V) TPMOC0201EB 300 0 0 100 200 300 400 500 600 700 800 900 1000 INPUT PULSE WIDTH (ns) Photosensor Module with Gate Function H11526 Series Sensitivity Adjustment Method Voltage Programming Resistance Programming SIGNAL OUTPUT GATE PULSE INPUT (C-MOS) SMA RED +15 V BLACK 6 PIN WHITE GREEN MODE SELECT SWITCH POWER SUPPLY RED +15 V SMA H11526 SERIES GND BLACK 6 PIN BLUE BLUE Vref OUTPUT : *1 YELLOW ERROR MONITOR OVER-LIGHT MONITOR : *1 GATE PULSE INPUT (C-MOS) SMA SMA H11562 SERIES SIGNAL OUTPUT POWER SUPPLY YELLOW ERROR MONITOR OVER-LIGHT MONITOR : *1 +0.4 V to +0.9 V GND WHITE GREEN MODE SELECT : *1 MONITOR MIN. +0.4 V GAIN CONTROL 10 kΩ MAX. +0.9 V POTENTIOMETER (RECOMMENDED: 10 kΩ) When using a potentiometer, adjust sensitivity while monitoring TPMOC0237EA the control voltage so it does not exceed +0.9 V. GND *1: Not necessarily used. *1: Not necessarily used. TPMOC0236EA Dimensional Outlines (Unit: mm) 21 29 29 2 × 3-M2.6 DEPTH 4 100 20 POWER / CONTROL INPUT HIROSE HR10A-7R-6PB 12 9.6 14 50 16 13 13 13 7 2-M3 DEPTH 4 1: GND 2: LOW VOLTAGE INPUT (+15 V) 3: Vcont INPUT (+0.4 V to +0.9 V) 4: Vref OUTPUT (+1.2 V) 5: ERROR MONITOR / OVER-LIGHT MONITOR 6: OPERATION MODE SELECT INPUT GATE PULSE INPUT SMA-R EFFECTIVE AREA ( 8 MIN.) 0.5 14 WINDOW SIGNAL OUTPUT SMA-R 4-M2 DEPTH 4 FOR OPTION Power cable with connector (HIROSE HR10A-7P-6S) is supplied with H11526 series BLACK : GND : LOW VOLTAGE INPUT (+15 V) RED WHITE : Vcont INPUT (+0.4 V to +0.9 V) : Vref OUTPUT (+1.2 V) BLUE YELLOW : ERROR MONITOR / OVER-LIGHT MONITOR GREEN : OPERATION MODE SELECT INPUT 450 ± 20 TPMOA0071EA 49 Metal package PMT Photon Counting Head H10682 Series The H10682 series is a photon counting head device consisting of a metal package photomultiplier tube, along with a high speed photon counting circuit and a high-voltage power supply circuit. The high voltage supply for photomultiplier tube and the discrimination level are preset to optimum values, allowing photon counting measurement by just connecting a +5 V supply. The H10682-110 has the super bialkali (SBA) photocathode and the H10682-210 has the ultra bialkali (UBA) photocathode, so they have higher sensitivity than conventional photon counting heads. The H10682 series has also over light detection function to output a signal at the state that an output count falls by excessive incident light. By this signal, measurement data can be judged that it is normal or not. Product Variations Type No. H10682-110 H10682-210 H10682-01 Spectral Response 230 nm to 700 nm 230 nm to 700 nm 230 nm to 870 nm Features Super Bialkali Photocathode, high sensitivity in visible range Ultra Bialkali Photocathode, high sensitivity in visible range Multialkali Photocathode, For UV to near IR range This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter H10682-110 Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength Count Sensitivity Typ. 300 nm 400 nm 500 nm 600 nm 700 nm 800 nm 3.7 × 105 4.9 × 105 3.7 × 105 1.1 × 105 7.7 × 103 — Count Linearity *1 Typ. Max. Dark Count *2 Pulse-pair Resolution Output Pulse Width Min. Typ. Min. Un-terminated Typ. Signal Output Logic Recommended Load Resistance High Level Min. Over Light Detection Output *3 Low Level Max. Operating Ambient Temperature *4 Storage Temperature *4 Weight Output Pulse Height 50 Ω Load *1: Random pulse, at 10 % count loss *2: After 30 minutes storage in darkness *3: Load resistance 10 kΩ *4: No condensation 50 50 100 H10682-210 +4.75 to +5.25 +6 40 8 400 3.9 × 105 6.1 × 105 4.6 × 105 1.3 × 105 9.1 × 103 — 5.0 × 106 50 100 20 10 +2 +2.2 +4 +4.4 Positive logic 50 +3.5 +0.5 +5 to +40 -20 to +50 47 H10682-01 2.7 × 105 3.6 × 105 2.8 × 105 2.0 × 105 1.2 × 105 3.0 × 104 (at 25 °C) Unit V V mA mm nm s-1·pW-1 s-1 600 1000 s-1 ns ns V — Ω V °C °C g Photon Counting Heads Characteristics (Count sensitivity, Dark count) 106 TPMOB0215EB 104 TPMOB0216EB H10682-210 H10682-01 COUNT SENSITIVITY (s-1·pW-1) H10682-01 103 H10682-110 DARK COUNTS (s-1) 105 104 102 H10682-110 H10682-210 101 103 200 100 300 400 500 600 700 800 5 900 10 20 25 30 35 40 AMBIENT TEMPERATURE (°C) WAVELENGTH (nm) ●Count Rate Linearity and Over Light Detection Output 1010 15 ●Count Rate Linearity Correction TPMOB0217EA 20 TPMOB0218EA 10 CORRECTED 109 0 OUTPUT COUNT -10 DEVIATION (%) COUNT RATE (s-1) 108 107 106 OVER LIGHT DETECTION OUTPUT Correction Formula -20 N= MEASURED -30 M 1-Mt N : Real Count Rate (s-1) M : Measured Count Rate (s-1) t : Pulse Pair Resolution (s) -40 -50 105 +4 V -60 0V 104 -70 103 103 104 105 106 107 108 109 1010 1011 -80 103 1012 104 105 (Optical Fiber Adapter) (Unit: mm) PULSE AMPLIFIER COMPARATOR SHAPER E5776 (FC Type) L.L.D. TO PULSE COUNTER +4.0 V at the over light condition 0 V at the normal condition TPMOC0226EB FRONT VIEW SIDE VIEW TACCA0055EB 22.0 ± 0.5 200±20 14.0 ± 0.2 16.2 ± 0.2 0.5 0.5 GASKET (Supplied) 14.0 ± 0.2 14.0±0.2 11 FC-R E5776-51 (SMA Type) Dimensional Outlines (Unit: mm) 40.0±0.5 0.5 GASKET (Supplied) 4-M2 GND +5 V POWER INPUT 12.0 ± 0.2 RL 50 Ω OVER LIGHT DETECTION OUTPUT 22.0±0.5 22.0 ± 0.5 14.0 ± 0.2 14.0 ± 0.2 POSITIVE LOGIC HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT 36.0±0.5 108 Options Block Diagram 14.0±0.2 107 COUNT RATE (s-1) RELATIVE INPUT LIGHT PMT 106 PHOTOCATHODE SMA WINDOW 4-M2 EFFECTIVE AREA ( 8 MIN.) THREADED HOLE FOR OPTION (4-M2 DEPTH 4) MOUNTING THREADED HOLE (2-M3 DEPTH 4) 10 20.0±0.2 LOW VOLTAGE INPUT (+5 V) : AWG24 (RED) GND : AWG24 (BLACK) OVER LIGHT DETECTION OUTPUT : AWG24 (BLUE) SIGNAL OUTPUT : RG-174/U 3.18 FRONT VIEW SIDE VIEW TACCA0239EB TPMOA0058EA 51 Metal package PMT with Cooler Photon Counting Head H7421 Series The H7421 series is a photon counting head device containing a metal package photomultiplier tube having a GaAsP/GaAs photocathode and a thermoelectric cooler. The thermoelectric cooler reduces thermal noise generated from the photocathode which also offers a high quantum efficiency, allowing measurement to be made with a good S/N ratio even at very low light levels. The H7421-40 has high sensitivity on wavelength from 300 nm to 720 nm. The H7421-50 is sensitive over a wide spectral range from 380 nm to 890 nm. The photomultiplier tube is maintained at a constant temperature by monitoring the output from a thermistor installed near the photomultiplier tube and regulating the current to the thermoelectric cooler. Heatsink with fan (A7423) sold separately Product Variations Type No. H7421-40 H7421-50 Spectral Response 300 nm to 720 nm 380 nm to 890 nm Features GaAsP photocathode, QE 40 % at peak wavelength GaAs photocathode, QE 12 % at peak wavelength This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Input Voltage Max. Input Voltage for Main Unit Max. Input Current for Main Unit Max. Input Voltage for Thermoelectric Cooler Max. Input Current for Thermoelectric Cooler Effective Area Peak Sensitivity Wavelength 420 nm 550 nm Count Sensitivity Typ. 800 nm Count Linearity *1 Typ. Dark Count *2 *3 Max. Pulse-pair Resolution Output Pulse Width Min. Output Pulse Height *4 Typ. Recommended Load Resistance Signal Output Logic Operating Ambient Temperature *5 Storage Temperature *5 Weight H7421-40 H7421-50 +4.5 to +5.5 +6 50 2.6 2.2 5 580 4.7 × 105 7.6 × 105 — 1.5 × 106 100 300 800 6.5 × 104 2.1 × 105 3.9 × 105 1.5 × 106 125 375 70 30 3.0 3.6 50 Positive logic +5 to +35 -20 to +50 340 Unit V V mA V A mm nm s-1·pW-1 s-1 s-1 ns ns V Ω — °C °C g *1: Random pulse, at 10 % count loss *2: PMT setting temperature 0 °C, used with C8137, M9011 and A7432 *3: After 30 minutes storage in darkness *4: With input voltage +5 V, Load resistance 50 Ω and Coaxial cable RG-174/U (450 mm) *5: No condensation Cooling Specifications Parameter Cooling Method Max. Cooling Temperature (∆T) *6 Cooling Time *6 *6: Input current to thermoelectric cooler = 2 A 52 H7421-40 / H7421-50 Thermoelectric cooling 35 Approx. 5 Unit — °C min Photon Counting Heads Characteristics (Count sensitivity, Dark count) 106 TPHOB0042ED TPHOB0046EB 1000 H7421-40 DARK COUNT (s-1) COUNT SENSITIVITY (s-1·pW-1) H7421-50 105 104 H7421-50 (when used with C8137, A7423) 100 103 10 H7421-40 (when used wih C8137, A7423) 5 10 15 20 25 30 35 40 45 AMBIENT TEMPERATURE (°C) 102 300 400 500 600 700 800 900 1000 WAVELENGTH (nm) Block Diagram POWER INPUT for THERMOELECTRIC COOLER THERMISTOR AMP COMPARATOR PULSE SHAPER OUTPUT + THERMOELECTRIC COOLER TO PULSE COUNTER – PMT LLD HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT RL = 50 Ω POSITIVE LOGIC GND +5 V POWER INPUT TPHOC0042EG Dimensional Outlines (Unit: mm) POWER INPUT TAJIMI PRC03-23A10-7M THREADED HOLE for A7423 (8-M3 DEPTH: 2) ACROSS SECTION PHOTOCATHODE 5 THREADED HOLE for A7412 (4-M2 DEPTH: 2) 56.0 ± 0.3 PHOTOCATHODE 5 A 8-M3C 20.0 ± 0.2 20.0 ± 0.2 36.0 ± 0.3 9.5 ± 0.1 FRONT VIEW 53.6 ± 0.2 TOP VIEW MOUNTING THREADED HOLE (4-M3B) 44.0 ± 0.2 25.4 ± 0.2 M25.4 P = 1/32" C-MOUNT SIGNAL OUTPUT BNC-R 7.2 10.2 M25.4 P=1/32" C-MOUNT PMT 4.0 ± 0.1 15.0 ± 0.2 O-RING GROOVE (S-28 O-RING INCLUDED) 18.5 ± 0.2 22.2 ± 0.2 26.0 ± 0.2 WINDOW 6.4 ± 0.2 7.4 ± 0.2 14.8 ± 0.2 16.3 ± 0.2 CCROSS SECTION BCROSS SECTION 6.5 ± 0.2 2.0 ± 0.2 M3 DEPTH: 4.0 Max. M3 DEPTH: 4.0 Max. GUIDE MARK 16.3 ± 0.2 F 19.0 ± 0.2 25.0 ± 0.2 104 ± 1 SIDE VIEW A E G D B C A: THERMISTOR 1 B: THERMISTOR 2 C: PELTIER ELEMENT + D: PELTIER ELEMENT – E: LOW VOLTAGE INPUT(+5 V) F: IC* G: GND *IC: Internal Connection (Do not use) TAJIMI PRC03-23A10-7M TPHOA0021ED 53 Metal package PMT with Cooler Options for H7421 Series 1 SOLD SEPARATELY POWER SUPPLY UNIT with TEMPERATURE CONTROL M9011 Vcont CHK2 Vcont-ADJ Don't use CHK3 CHK4 CN04 6 CN5 INPUT 12 V 1 CABLES (Included with M9011 or C8137) GND 2 CHK1 OPTICAL FIBER OPTICAL FIBER ADAPTER A7412 HEATSINK with FAN A7423 2345 SW2 CN03 CN01 4 ON SW1 6 POWER SUPPLY UNIT with TEMPERATURE CONTROL C8137 DIRECT INPUT 5 SAMPLE C-MOUNT LENS C-MOUNT ADAPTER A7413 PHOTONCOUNTING HEAD H7421 SERIES 3 INPUT AC 100 V to AC 240 V ON SIGNAL CABLE E1168-05 ON COUNTER ● Heatsink with Fan A7423 ● Signal Cable E1168-05 The temperature of the H7421 outer case rises due to the thermoelectric cooler housed in the case. The A7423 heatsink efficiently radiates away this heat to prevent a temperature rise in the H7421. The A7423 can be easily installed onto the H7421 with four M3 screws. Apply a coat of heat conductive grease onto the joint surface shared by the H7421 and A7423. Parameter Value Unit Input Voltage V 12 During Lock mA 140 Input Current mA 90 During Operation V 10.2 to 13.8 Operating Voltage g 120 Weight This signal cable comes attached to a BNC connector for easily connecting the H7421 to external equipment. ● Power Supply Unit with Temperature Control M9011 The M9011 is an on-board type power supply unit. By just connecting to 12 V supply, the M9011 provides power necessary to operate the H7421 series. The M9011 also controls the thermoelectric cooler in the H7421 series so that the output and noise can be maintained at constant levels even when the ambient temperature changes. The thermoelectric cooler and PMT operation can be controlled from an external device by connecting it to the I/O connector on the M9011. Parameter Description / Value 35 Max. Cooling Temperature (∆T) 12 Input Voltage 1.2 Max. Input Current 15.8 Max. Power Consumption 5 Main Circuit Output Voltage 2.2 Max. Output Current for Thermoelectric Cooler 12 Output Voltage for Fan Thermoelectric Cooler Non-insulated TTL level input Control Signal PMT Non-insulated TTL level input Input Voltage Fan Non-insulated TTL level input Error Signal Thermoelectric Non-insulated TTL level output Output Voltage Cooler PMT 5 LED Output Error 5 0 Setting Cooling Temperature 120 Weight (excluding cables) 54 TPHOC0040EE Unit °C V A V·A V A V — — V °C g ● Optical Fiber Adapter (FC Type) A7412 The A7412 is an FC type optical fiber connector that attaches to the light input window of the H7421. The A7412 can easily be secured in place with four M2 screws. ● C-mount Adapter A7413 The A7413 mount adapter is used when a C-mount lens protruding 4 mm or more from the flange-back must be installed onto the H7421. ● Power Supply Unit with Temperature Control C8137 The C8137 is a power supply unit with a temperature control function. Just connecting to an AC source of 100 V to 240 V generates the output voltages for the thermoelectric cooler and the A7423 fan, needed for operating the H7421. The photomultiplier tube temperature can be maintained to 0 °C by monitoring the thermistor and regulating the output current for the thermoelectric cooler. Parameter Max. Cooling Temperature (∆T) Setting Cooling Temperature (preset at factory) AC Input Voltage Input Voltage Frequency Power Consumption Main Circuit Output Voltage Max. Current for Thermoelectric Cooler Output Voltage for Fan Weight Value 35 Unit °C 0 °C 100 to 240 50 / 60 30 +5 2.2 12 1 V Hz V·A V A V kg Photon Counting Heads H7421 Series Options (Unit: mm) 4 Optical Fiber Adapter (FC Type) A7412 1 Heatsink with Fan A7423 4- 2.2 4 TAPERED DEPTH 1.5 M8 P=0.75 2.5 52.0 ± 0.5 16.5 ± 0.3 22.2 ± 0.2 LEAD LENGTH 50 ± 10 3.0 9.5 5.5 3 4-M2 L=3 15 FRONT VIEW LIGHT SHIELD SHEET (THICKNESS: 0.5) 9 SIDE VIEW TOP VIEW TACCA0190EB 4-M3 (SUPPLIED) SIDE VIEW TACCA0188ED M25.4 P=1/32" C-MOUNT 30 JST XMR-02V 92.0 ± 0.5 22 53.6 ± 0.3 8 M25.4 P=1/32" C-MOUNT 19.2 ± 0.3 40 ± 1 24.5 ± 0.5 5 C-mount Adapter A7413 4 14 TACCA0191EA 2 Power Supply Unit with Temperature Control M9011 4-M2 15.0 ± 0.1 70.0 ± 0.1 6 Power Supply Unit with Temperature Control C8137 28.0 ± 0.2 POWER 50.0 ± 0.2 SW1 ON CN03 2345 CHK2 GND Vcont CHK3 ON 160.0 ± 0.5 CN04 CN5 CHK1 ON CHK4 Don't use FRONT VIEW Vcont-ADJ 46.0 ± 0.5 5.0 ± 0.1 100.0 ± 0.3 42 1 SW2 8 CN01 6 40.0 ± 0.1 PHOTOSENSOR SWITCH FAN CABLE 212 ± 1 1500 ± 50 12.5 SIDE VIEW MODULE OUTPUT AC INPUT MODULE CABLE 1500 ± 50 POWER CABLE FAN OUTPUT EXTERNAL I/O CABLE FUSE REAR VIEW 1000 ± 50 POWER CABLE 1000 ± 50 +50 1500 -0 EXTERNAL I/O HOUSING FAN CABLE +50 1500 -0 TACCA0252EA AC CABLE 1800 to 2000 3 Signal Cable E1168-05 BNC-P +50 0 1500 - TACCA0237EB BNC-P TACCA0148EA 55 Side-on PMT Photon Counting Head H8259 Series The H8259 series is a photon counting head device containing a 28-mm (11/8") diameter side-on photomultiplier tube, high-speed photon counting circuit, and a high-voltage power supply circuit. The photomultiplier tube sensitive in the near IR region usually has a large dark count due to thermal noise but high S/N measurements can be obtained since a low-noise photomultiplier tube is selected. The high voltage supply for photomultiplier tube and the discrimination level are preset to optimum values, allowing photon counting measurement by just connecting a +5 V supply. An electronic gate circuit (shutter circuit) is also included to eliminate extraneous light such as excitation light from the measurement. Product Variations Type No. H8259 H8259-01 H8259-02 Spectral Response 185 nm to 680 nm 185 nm to 850 nm 185 nm to 900 nm Features Low dark count in UV to visible range Low dark count in UV to near IR range High sensitivity and low dark count in UV to near IR range This product can't be used at vacuum environment or reduced pressure environment. Please pay attention when the H8259 series is used for measuring the light below 190 nm. Specifications (at +25 °C) H8259 Parameter Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength Count Sensitivity Typ. 4 × 20 300 nm 400 nm 500 nm 600 nm 700 nm 800 nm 900 nm 400 2.1 × 105 2.6 × 105 1.9 × 105 7.5 × 104 1.5 × 103 — — Count Linearity *1 Dark Count *2 Typ. Max. Gate Input Mode Switching Ratio Level Input Impedance Gate Width (FWHM) Repetition Rate Max. Pulse-pair Resolution Output Pulse Width Min. Output Pulse Height *3 Typ. Recommended Load Resistance Signal Output Logic Operating Ambient Temperature *4 Storage Temperature *4 Weight Gate H8259-01 +4.5 to +5.5 +6 80 30 80 430 2.7 × 105 3.3 × 105 3.2 × 105 2.3 × 105 6.8 × 104 1.6 × 104 — 2.5 × 106 80 200 Normally ON 1/1000 C-MOS (High level: +3.5 V to +5.0 V) 1 50 µs to ∞ 10 35 30 2.0 2.2 50 Positive logic +5 to +40 -20 to +50 220 *1: Random pulse, at 10 % count loss *2: After 30 minutes storage in darkness *3: With input voltage +5 V, Load resistance 50 Ω and Coaxial cable RG-174/U (450 mm) 56 H8259-02 4×6 400 2.5 × 105 3.0 × 105 2.5 × 105 2.0 × 105 1.4 × 105 7.5 × 104 3.0 × 102 *4: No condensation Unit V V mA mm nm s-1·pW-1 s-1 400 800 s-1 — — — kΩ — kHz ns ns V Ω — °C °C g Photon Counting Heads Characteristics (Count sensitivity, Dark count) TPHOB0023EE 104 106 TPHOB0024EE H8259-01 COUNT SENSITIVITY (s-1·pW-1) H8259-02 H8259-02 103 DARK COUNT (s-1) 105 H8259 104 H8259-01 102 H8259 101 103 100 100 200 300 400 500 600 700 800 900 5 10 WAVELENGTH (nm) AMP 20 25 30 35 40 AMBIENT TEMPERATURE (°C) Block Diagram PMT 15 Gate Timing Chart 100 µs to ∞ PULSE SHAPER COMPARATOR 50 µs to ∞ +3.5 V to +5 V at 1 kΩ OUTPUT + - RL 50 Ω LLD POSITIVE LOGIC HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT TO PULSE COUNTER GATE SIGNAL INPUT PMT OPERATION 0V ON OFF DELAY TIME: 600 ns MAX. GND +5 V POWER INPUT DELAY TIME: 500 ns MAX. MIN. GATE "OFF" TIME: 50 µs GATE INPUT TPHOC0044EB TPHOC0023ED Dimensional Outlines (Unit: mm) DETAILS OF INPUT WINDOW SIGNAL OUTPUT BNC-R MOUNTING THREADED HOLE (4-M3 DEPTH: 10) MOUNTING THREADED HOLE (2 × 2-M3 DEPTH: 10) FRONT VIEW SIDE VIEW +2 20 -0 8 WINDOW PHOTOCATHODE TOP VIEW REAR VIEW WINDOW 55.0 ± 0.5 4.5 ± 0.3 *Internal Connection (Do not use) +0.5 1.5 - 0 EFFECTIVE AREA (H8259, -01: 4 × 20) (H8259-02: 4 × 6) 17.2 ± 0.5 85.0 ± 0.5 POWER INPUT HIROSE HR10A-7R-6P 1: GND 2: LOW VOLTAGE INPUT (+5 V) 3: IC* 4: IC* 5: GND 6: GATE 0 V: OPEN, +5 V: CLOSE +1.0 2.5 -0 6 10.0 ± 0.5 23.0 ± 0.8 5.0 ± 0.5 50.0 ± 0.5 38.0 ± 0.8 8.0 +0.5 -0 95.0 ± 1.0 27.0 ± 0.5 24.0 +0.5 -0 87.0 ± 0.5 R3 EFFECTIVE AREA (H8259, -01: 4 × 20) (H8259-02 : 4 × 6) 55.0 ± 0.5 (H8259, -01) 55.0 ± 1.0 (H8259-02) 38.0 ± 0.5 FRONT VIEW TPMOC0167EA Power cable with connector (HIROSE HR10A-7P-6S) is supplied with the H8259 series 700 ± 20 BLACK : GND RED : LOW VOLTAGE INPUT (+5 V) GREEN: GATE SIGNAL INPUT (0 V or GND: OPEN, +5 V: CLOSE) WHITE : NC BLUE : NC TPHOA0027EB 57 Compact Head-on PMT Photon Counting Head H7828 Series The H7828 series is a photon counting head device containing a 19-mm (3/4") diameter head-on photomultiplier tube, a high-speed photon counting circuit, and a high-voltage power supply circuit. The high voltage supply for photomultiplier tube and the discrimination level are preset to optimum values, allowing photon counting measurement by just connecting a +5 V supply. Despite its compact size, the effective photosensitive area is as large as 15 mm in diameter, so the incident light can be collected very efficiently. Compared to other PMT modules, the H7828 series has higher resistance to vibration and shock, making them suitable for portable or mobile measurement equipment. Product Variations Type No. H7828 H7828-01 Spectral Response 300 nm to 650 nm 300 nm to 850 nm Features For visible range For visible to near IR range This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength 300 nm 400 nm Count Typ. 500 nm Sensitivity 600 nm 700 nm Count Linearity *1 Typ. Dark Count *2 Max. Pulse-pair Resolution Output Pulse Width Min. Output Pulse Height *3 Typ. Recommended Load Resistance Signal Output Logic Operating Ambient Temperature *4 Storage Temperature *4 Weight (at +25 °C) H7828 H7828-01 +4.5 to +5.5 +6 60 15 380 1.7 × 105 2.1 × 105 1.6 × 105 1.0 × 105 5.9 × 104 420 2.1 × 105 3.6 × 105 2.8 × 105 5.0 × 104 — 1.5 × 106 200 500 *1: Random pulse, at 10 % count loss *2: After 30 minutes storage in darkness *3: With input voltage +5 V, Load resistance 50 Ω and Coaxial cable RG-174/U (450 mm) *4: No condensation 58 s-1·pW-1 s-1 2000 3500 70 30 3.0 3.5 50 Positive logic +5 to +40 -20 to +50 70 Unit V V mA mm nm s-1 ns ns V Ω — °C °C g Photon Counting Heads Characteristics (Count sensitivity, Dark count) 106 TPHOB0051EA 105 TPHOB0052EA COUNT SENSITIVITY (s-1. pW-1) 104 H7828-01 H7828-01 DARK COUNT (s-1) 105 H7828 104 103 102 H7828 101 103 200 300 400 500 600 700 800 100 900 5 10 15 20 25 30 35 40 AMBIENT TEMPERATURE (°C) WAVELENGTH (nm) Block Diagram PMT AMP COMPARATOR + PULSE SHAPER OUTPUT TO PULSE COUNTER LLD HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT POSITIVE LOGIC GND RL 50 Ω +5 V POWER INPUT TPHOC0035EE Dimensional Outlines (Unit: mm) EFFECTIVE PHOTOCATHODE ( 15 MIN.) 18.6 ± 0.7 18 14.0 ± 0.5 50.0 +1.0 -0 THREADED HOLE for OPTION (4-M2 DEPTH: 5) FRONT VIEW 56.0 +0.5 -0 10.0 ± 0.5 SIGNAL OUTPUT BNC-R 19.0 ± 0.5 18.0 ± 0.5 0 +0.1 -0.3 18 25.0 ± 0.5 26.0 +0.5 -0 16.0 ± 0.5 POWER INPUT CONNECTOR HIROSE HR10A-7R-6P 1: LOW VOLTAGE INPUT (+5 V) 2: GND 3: IC* 4: IC* 5: NC 6: NC MOUNTING THREADED HOLE (2-M3 DEPTH: 5) SIDE VIEW * Internal Connection (Do not use) REAR VIEW Power cable with connector (HIROSE HR10A-7P-6S) is supplied with H7828 series 700 BLACK : GND RED : LOW VOLTAGE INPUT (+5 V) WHITE : NC BULE : NC GREEN: NC TPHOA0028ED 59 Head-on PMT Photon Counting Head H7360 Series The H7360 series is a wide sensitive area photon counting head device containing a 25-mm (1") diameter head-on photomultiplier tube, a high-voltage power supply circuit and a photon counting circuit. Since those circuits are designed for wide band, the H7360 series can operate at a high count rate. The high voltage supply for photomultiplier tube and the discriminator level are preset to optimum values so that photon counting can be performed just by connecting a +5 V supply and a pulse counter. The H7360-01 is of low noise, the H7360-02 has enhanced detection efficiency in the visible range, and the H7360-03 covers sensitivity from the visible to near infrared. A mount flange (E6264) is provided as an option for easy installation to measurement equipment. Product Variations Type No. H7360-01 H7360-02 H7360-03 Spectral Response 300 nm to 650 nm 300 nm to 850 nm Features Low noise High detection efficiency For visible to near IR range This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength 300 nm 400 nm Count Typ. 500 nm Sensitivity 600 nm 700 nm Count Linearity *1 Typ. Dark Count *2 Max. Pulse-pair Resolution Output Pulse Width Output Pulse Height *3 Typ. Recommended Load Resistance Signal Output Logic Operating Ambient Temperature *4 Storage Temperature *4 Main Body Weight Mount Flange *1: Random pulse, at 10 % count loss *2: After 30 minutes storage in darkness *3: With input voltage +5 V, Load resistance 50 Ω *4: No condensation 60 (at +25 °C) H7360-01 375 1.4 × 105 2.7 × 105 1.7 × 105 4.6 × 104 — 15 80 H7360-02 +4.75 to +5.25 +6 140 22 420 2.3 × 105 4.1 × 105 3.4 × 105 5.7 × 104 — 6.0 × 106 60 300 18 9 3 50 Positive logic +5 to +40 -20 to +50 140 25 H7360-03 420 2.1 × 105 2.5 × 105 2.0 × 105 1.3 × 105 7.8 × 104 Unit V V mA mm nm s-1·pW-1 s-1 5000 15000 s-1 ns ns V Ω — °C °C g Photon Counting Heads Characteristics (Count sensitivity, Dark count) 106 (-01, -02) 104 TPHOB0049ED (-03) 105 TPHOB0028ED H7360-02 H7360-03 105 DARK COUNT (s-1) COUNT SENSITIVITY (s-1. pW-1) H7360-03 103 H7360-01 104 104 H7360-02 102 103 101 102 H7360-01 103 200 300 400 500 600 700 800 100 900 5 10 WAVELENGTH (nm) 15 20 25 30 101 40 35 AMBIENT TEMPERATURE (°C) Block Diagram PMT AMP COMPARATOR + PULSE SHAPER OUTPUT TO PULSE COUNTER - LLD RL = 50 Ω HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT POSITIVE LOGIC GND +5 V POWER INPUT TPHOC0024ED Dimensional Outlines (Unit: mm) MOUNT FLANGE E6264 (Sold Separately) 4- 3.3 EFFECTIVE AREA ( 22 MIN.) FRONT VIEW SIGNAL OUTPUT: AG-174/U 114 ± 1 O-RING 55 RED: LOW VOLTAGE INPUT (+5 V) BLACK: GND 47.0 ± 0.2 WINDOW M34 × P1.0 3.5 M34 × P1.0 34 ± 0.5 1000 ± 15 6 SIDE VIEW TPHOA0024EE 61 Metal Package PMT Photon Counting Head H11123 The H11123 is a photon counting head device consisting of a 28-mm (1-1/8") diameter head-on photomultiplier tube, a high-speed photon counting circuit, and a high-voltage power supply circuit. The high voltage power supply for photomultiplier tube and the discrimination level are preset to optimum values, allowing photon counting measurement by just connecting a +5 V supply. The H11123 can operate at high count rate. The effective photosensitive area is as large as 25 mm in diameter, so the incident light can be collected very efficiently. Product Variations Type No. H11123 Spectral Response 300 nm to 650 nm Features High detection efficiency This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength 300 nm 400 nm Count Typ. 500 nm Sensitivity 600 nm 1 Count Linearity * Typ. Dark Count *2 Max. Pulse-Pair Resolution Typ. Typ. Output Pulse Width Min. Output Pulse Height *3 Typ. Recommended Load Resistance Signal Output Logic Operating Ambient Temperature Storage Temperature *4 Weight *1: Random pulse, at 10 % count loss *2: After 30 minutes storage in darkness *3: With input voltage +5 V, Load resistance 50 Ω *4: No condensation 62 Value +4.75 to +5.25 +6 70 25 420 1.9 × 105 4.4 × 105 3.6 × 105 1.1 × 105 5.0 × 106 100 200 20 10 2.0 2.2 50 Positive logic +5 to +40 -20 to +50 260 (at +25 °C) Unit V V mA mm nm s-1·pw-1 s-1 s-1 ns ns V Ω — °C °C g Photon Counting Heads Characteristic (Count sensitivity) TPMOB0229EA 104 TPMOB0230EA 103 105 DARK COUNT (s-1) COUNT SENSITIVITY (s-1·pW-1) 106 104 102 101 103 200 300 400 500 600 700 100 800 WAVELENGTH (nm) 5 10 15 20 25 30 35 40 AMBIENT TEMPERATURE (°C) Block Diagram PMT AMP COMPARATOR + PULSE SHAPER OUTPUT TO PULSE COUNTER - LLD HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT POSITIVE LOGIC GND RL 50 Ω +5 V POWER INPUT TPMOC0223EA Dimensional Outlines (Unit: mm) 35.0 ± 0.5 28.5 ± 0.5 192 ± 1 450 ± 20 LOW VOLTAGE INPUT (+5 V) : AWG26 (RED) GND : AWG26 (BLACK) SIGNAL OUTPUT : RG-174/U EFFECTIVE AREA FRONT VIEW 25 MIN. SIDE VIEW TPMOA0065EA 63 Head-on PMT Photon Counting Head H9319 Series The H9319 series photon counting heads are designed to perform photon counting by just connecting to a PC. The H9319 series includes a 25-mm (1") diameter head-on photomultiplier tube, a photon counting circuit, a high-voltage power supply circuit, counter and a microprocessor. Data transfer, measurement time and other necessary adjustments can be controlled by commands from the PC through the RS-232C interface. Since the H9319 series performs linearity correction by the internal microprocessor, it provides excellent count linearity within a range of ±1 % at 20 × 106 s-1. Product Variations Type No. H9319-01 H9319-11 H9319-02 H9319-12 Spectral Response 300 nm to 650 nm 300 nm to 850 nm Sample Program yes no yes no Prescaler 1/4 1/4 1/4 1/4 This product can't be used at vacuum environment or reduced pressure environment. Specifications Parameter Input Voltage Max. Input Voltage Max. Input Current Effective Area Peak Sensitivity Wavelength 300 nm 400 nm Count Typ. 500 nm Sensitivity 600 nm 700 nm Count Linearity *1 Typ. Dark Count *2 Max. PMT Operating Voltage Range Integration Time Settling Time Input Signal (External Trigger Input) *5 Output Signal (User Line Output) *6 Interface Operating Ambient Temperature *7 Storage Temperature *7 Weight *8 (at +25 °C) H9319-01 H9319-11 H9319-02 H9319-12 +4.75 to +5.25 +6 60 22 420 2.3 × 105 4.1 × 105 3.4 × 105 5.7 × 104 — 2.1 × 105 2.5 × 105 2.0 × 105 1.3 × 105 7.8 × 104 20 × 106 150 300 s-1·pW-1 s-1 10 000 15 000 +300 to +1200 10 to 1000 1 *3 5 *4 TTL level signal TTL level signal RS-232C, 9600 baud, Parity none, 8 data bit, 1 stop bit +5 to +50 -20 to +50 280 *1: Random pulse, within ±1 % count loss (by count linearity compensation) *2: After 30 minutes storage in darkness *3: The time required for the output to reach a stable level following a change in the control voltage from 500 V to 1000 V in darkness *4: The time required for the output to reach a stable level following a change in the control voltage from 1000 V to 500 V in darkness *5: Selectable ECR mode or LCR mode (refer to command list) *6: Controllable by RS-232C command *7: No condensation *8: Main body: Approx. 180 g 64 Unit V V mA mm nm s-1 V ms s s — — — °C °C g Photon Counting Head with CPU+Interface Characteristic (Count sensitivity) Block Diagram TPHOB0056EB 106 PMT COMPARATOR 1/4 PRESCALER AMP COUNT SENSITIVITY (s-1·pW-1) H9319-01/-11 LLD HV POWER SUPPLY / VOLTAGE DIVIDER CIRCUIT H9319-02/-12 105 12 bit DAC 4 bit counter 140 MHz 8 bit microcontroller 20 MHz 4 bit counter 140 MHz RS-232C 104 IN OUT Rx Tx USER I/O INTERFACE +5 V GND TPMOC0187EB 103 200 300 400 500 600 700 800 900 WAVELENGTH (nm) Command List Action Set the Integration Time Set the Sequence of Readings Set the PMT Input Voltage Set the Output of the User Line Command *9 P# CR R # CR V# # CR D CR O# CR SCR C CR Start the Reading Sequence ECR L CR Explanation Set the number of 10 msec intervals to sum. Same as integration time for 1 reading. Set sequence of readings, where each reading uses the integration time set with the P command. Change the high voltage applied to the tube. Re-set the default high voltage to the tube Set the output of the user digital output line. 0: Low level output 1: High level output Start the reading sequence Start a continuous reading process. Will continue indefinitely until a STOP character (CR) is sent. Start a reading sequence for each positive-edge TTL transition applied to the purple stripe user line. Start a reading sequence for each positive-level TTL transition applied to the purple stripe user line. Argument Response *10 1 to 100 VA, BC, BA 1 to 255 VA, BC, BA 300 to 1200 — VA, BC, BA VA, BC 0 or 1 VA, BC, BA — 4 byte/reading — 4 byte/reading — 4 byte/reading — 4 byte/reading *9: The Response acknowledgment is returned having two bytes. *10: VA: valid command, BC: bad command, BA: bad argument Dimensional Outlines (Unit: mm) 1800 120 600 35 0.5 10 YELLOW : VCC (+5 V) BLACK : GND ORANGE/WHITE STRIPE : USER LINE (TTL OUTPUT) VIOLET/WHITE STRIPE : EXTERNAL TRIGGER (TTL INPUT) EFFECTIVE AREA FRONT VIEW 22 MIN. D-sub 9 PIN CONNECTOR SIDE VIEW TPMOA0032EA 65 Related Products Power Supplies for PMT Modules C7169, C10709 The C7169 and C10709 are power supply units for driving photomultiplier tube modules. Both drive voltages and control voltages can be supplied from this one unit. Applicable products: C7169 : H9305/H9306/H9307 Series, H7826/H7827 Series H10425/H10426 Series, H10492/H10493 Series, H11526 Series C10709: H10720/H10721/H10722/H10723 Series, H11461/H11462 Series * Please contact us for information on PMT modules not listed in this catalog. Parameter Output Voltage Max. Output Current Control Voltage (variable voltage range) *1 AC Input Voltage Input Power Frequency Operating Ambient Temperature *2 Storage Temperature *2 Output Connector Dimensional Outlines (W × H × D) Weight C7169 ±15 0.3 (+15 V), 0.2 (-15 V) C10709 ±5 2.0 (+5 V), 0.2 (-5 V) +0.25 to +1.8 100 to 240 50/60 +5 to +50 -20 to +50 Binding post 147 × 61 × 200 Approx.1.2 Unit V A V V Hz °C °C — mm kg *1: Adjust within the recommended control voltage range for the photosensor module being used. *2: No condensation Amplifier Units These are amplifier units for photomultiplier tubes and current output type PMT modules. C7319 : Switchable between 2 frequency bandwidths and 3 current-to-voltage conversion factor. Ideal for applications requiring low noise and high gain. C9999 : Wide bandwidth from DC to 10 MHz and gain of 43 dB. C6438 : Wide bandwidth from DC to 50 MHz and gain of 20 dB. (-01 type is 54 dB) C9663 : Wide bandwidth from DC to 150 MHz and gain of 38 dB. C11184: Wide bandwidth from DC to 300 MHz and gain of 28 dB. C5594 : High cut off frequency of 1.5 GHz. Faithfully amplifies high-speed output pulses. The input/output connector can be selected from the SMA or BNC types. From left: C9663 (C9999), C7319, C6438, C5594 C5594-44 C7319 Parameter C9663 C11184 C9999 C6438 C6438-01 Frequency Bandwidth DC to 20 kHz or DC to DC to 10 MHz DC to 50 MHz DC to 50 MHz DC to 150 MHz DC to 300 MHz 50 kHz to 1.5 GHz (-3 dB) 200 kHz (switchable)*1 2 Voltage Gain —* 43 ± 3 *4 (Approx. 139 times) 20 ± 3 *4 (Approx. 10 times) 54 ± 3 *4 (Approx. 500 times) 38 *4 (Approx. 80 times) 28 ± 2 *4 (Approx. 25 times) 36 *4 (Approx. 63 times) Current-to-Voltage 0.1 V/µA, 1 V/µA 50 mV/µA *5 0.5 mV/µA *5 25 mV/µA *5 4 mV/µA *5 1.25 mV/µA *5 3.15 mV/µA *5 Conversion Factor or 10 V/µA (switchable) Amplifier Input (output) ±Current (inverted) ±Voltage (non-inverted) ±Voltage (non-inverted) ±Voltage (non-inverted) ±Voltage (non-inverted) ±Voltage (non-inverted) ±Voltage (non-inverted) Input Impedance — *2 360 50 50 50 50 50 50 50 50 Recommended Load Resistance — 50 50 50 ±1.3 *4 ±1 *4 ±1 *4 ±13 *3 Output Signal Voltage Max. ±1.4 *4 ±1 *4 +0.8, -2.5 *4 BNC-R BNC-R BNC-R BNC-R Input BNC-R MCX-R *6 BNC-R BNC-R BNC-R BNC-R BNC-R Connector Output BNC-R BNC-R MCX-R *6 DIN (6-pin) DIN (6-pin) DIN (6-pin) Power DIN (6-pin) DIN (6-pin) — — ±5 to ±15 ±5 ±5 ±5 Input Voltage ±5 +12 to +16 ±5 ±50 ±70 ±55 ±80 Input Current Max. ±80 +95 ±70 Dimensions (W × H × D) 60 × 43.2 × 65 60 × 43.2 × 65 60 × 43.2 × 65 60 × 43.2 × 65 60 × 43.2 × 65 52 × 14.5 × 28 54 × 17 × 33 Weight Approx.170 Approx.180 Approx.160 Approx.160 Approx.180 Approx.80 Approx.40 *1: Frequency bandwidth is limited to DC to 100 kHz at conversion coefficient of 10 V/µA. *2: C7319 is current input type. *3: At ±15 V supply voltage and 10 kΩ load resistance. *4: At 50 Ω load resistance. *5: Value after current-to-voltage conversion by input impedance. *6: MCX-BNC adapter supplied 66 Unit — dB — — Ω Ω V — — — V mA mm g Related Products Photon Counting Unit C9744 Photon counting unit is designed to convert single photoelectron pulses from a photomultiplier tube into 5 V digital signals by use of the built-in amplifier and discriminator circuits. Photon counting with a high S/N ratio can be performed by simply connecting a counter to the output of the photon counting unit. (See P.11) The C9744 uses a high-speed electronic circuit that allows measurement with an excellent output linearity up to 107 s-1. The C9744 also has a prescaler (division by 10) eliminating the need for a high-speed counter. Parameter Input Impedance Discrimination Level (input conversion) Required PMT Gain Prescaler ÷1 Count Linearity ÷10 ÷1 Pulse-pair Resolution ÷10 Output Pulse ÷1 Output Pulse Width ÷10 Supply Voltage Input Output Connector Power Dimensions (W × H × D) Operating Ambient Temperature *1 Storage Temperature *1 Weight *1: No condensation ÷1 Description / Value 50 -0.4 to -16 3 × 106 ÷10 4 × 106 1 × 107 25 10 CMOS 5 V, POSITIVE LOGIC 10 Depends on count rate +5.0 V ± 0.2 V, 130 mA / -5.0 V ± 0.2 V, 50 mA BNC-R BNC-R DIN (6-pin) *2 90 × 32 × 140 0 to +50 -15 to +60 Approx. 250 Unit Ω mV — — s-1 ns — ns — — — — — mm °C °C g *2: Supplied with a cable (1.5 m) attached to the mating plug. Data Acquisition Unit C8908 The C8908 data acquisition unit have a signal processing circuit that converts analog signals of a PMT module into digital data for output to a PC (personal conputer). Integration time, number of reading and photomultiplier tube gain can be controlled from the PC. The C8908 also provide output voltage necessary to operate a PMT module, making device setup and connection easier. Left: Photosensor modules (sold separately) Right: C8908 Parameter Configuration Pulse-pair Resolution ADC Resolution Interface Integration Time Dead Time Number of Reading at Fixed Set Reading Supply Voltage Accessories (supplied) Applicable PMT Modules Description / Value Charge amp + ADC + CPU + interface — 12 RS-232C 0.04 to 500 0.01 to 500 1 to 127 +5 Power cable (6-pin), RS-232C cross cable H7826 *1, H9305 *1 *2, H10425 *1 *2, H10426 *1 *2 *3 Unit — ns bit — ms ms — V — — *1: The cables for applicable modules can be supplied with a voltage input connector (HIROSE HR10A-7P-6P) attached to the cable end (at an additional charge). Please specify when ordering. *2: The cables for applicable modules can be supplied with a signal connector (BNC-P) attached to the cable end (at an additional charge). Please specify when ordering. *3: Control voltage of up to +1.2 V can be used. 67 Related Products Optical Blocks for PMT Modules Optical blocks are precision units that contain or can contain optical components such as bandpass filters and dichroic mirrors. These blocks are specially designed for low-light-level measurements using PMT modules. Their optical components are precisely arranged to ensure complete light shielding. They can be easily attached/detached by thumbscrews allowing optical blocks to be freely combined as needed. Optical blocks can be assembled in combination with light sources such as lasers or microscope objective lenses to create confocal optical systems or fluorescence microscopes. ▲Optical block combinations ■LINEUP Adapter Block A10030-01 C-Mount Ring A9865 The A10030-01 is an adapter block for connecting a PMT module to a V-groove type optical block. This ring connects a PMT module to Cmount threaded optical blocks. This ring can also be connected to a device with Cmount. Fiber Adapter Block A100037 Series C-Mount Adapter Block A10039 This block connects to optical fibers with a FC/SMA connector. The lens assembled in the block collimates the light spreading from the optical fiber. This block connects a device having Cmount to V-groove type optical blocks. The connection angle for the device and block is adjustable. Filter Block A10033 Series C-Mount Interchangeable Filter Block A11213 Series This block contains a filter that allows particular wavelengths to pass through it. A total of 10 products are available with either a bandpass filter or a long-pass filter. The A11213 series is a C-mount connection block for installing a commercially available 25 mm diameter filter or lens. This block allows angle adjustment and so is useful as a spacer or adapter that connects between C-mounts. Dichroic Block A10034 Series C-Mount Interchangeable Block for Dichroic Mirror A11214 This block contains a dichroic mirror that reflects particular wavelengths but passes other wavelengths. A total of six products are available. The A11214 is a C-mount connection block for installing a commercially available dichroic mirror having a 45 degree incident angle, 1 mm thickness, and dimensions of 26 × 38 mm. Beam Splitter Block A10035 ND Filter Block A10032 Series This block contains a cubic type half-mirror. Incident light is split into a reflected beam (R) and transmitted beam (T) at a ratio of 1 to 1. A holder block designed to assemble a commercially available beam splitter is also provided. This block contains a neutral density (ND) filter to attenuate light levels. Two types are available with a transmittance of 1 % or 10 %. Interchangeable Filter block A10033-90 Shutter Block A10036 The A10033-90 is a holder block for assembling a commercially available 15 mm diameter filter. Use this holder block in cases where the desired filter is not provided with the A10032/ A10033 series. The A10036 is a manual shutter block with a plate that opens and closes by sliding it left and right. Light is fully blocked so no problems occur even at photon counting levels. * Other types of optical blocks are also available besides the products listed here. For more details please refer to the individual catalogs or access our web site. 68 Related Products ■CONNECTION EXAMPLES ●Single Wavelength Detection Optical filter within the block passes only light at a specific wavelength which is then detected by the PMT module. ◆ When using commercially available optical filter Filter Block A10033-xx C-Mount Ring A9865 PMT Module PMT Module C-Mount Interchangeable Filter Block A11213-xx Adapter Block A10030-01 ●Fiber-Optic Single Wavelength Detection Light emitted and spreading from an optical fiber cable is collimated by the lens within the A10037 series fiber adapter block and so is effectively guided to the PMT module. ◆ When using commercially available optical filter C-Mount Adapter Block A10039 Filter Block A10033-xx PMT Module PMT Module C-Mount Ring A9865 C-Mount Interchangeable Filter Block A11213-01 Adapter Block A10030-01 Fiber Adapter Block A10037-xx Fiber Adapter Block A10037-xx ●Fiber-Optic Dual Wavelength Detection The dichroic mirror within the block reflects light shorter than a certain wavelength and passes light longer than that wavelength. The optical filters further pass only light at a specific wavelength which is then detected by PMT modules. ◆ When using commercially available optical filter PMT Module PMT Module Filter Block A10033-xx C-Mount Interchangeable Filter Block A11213 Adapter Block A10030-01 Fiber Adapter Block A10037-xx Adapter Block A10030-01 Dichroic Block A10034-xx C-Mount Ring A9865 Fiber Adapter Block A10037-xx C-Mount Ring A9865 C-Mount Interchangeable Dichroic Block A11214 C-Mount Adapter Block A10039 ■COMPATIBLE PMT MODULES Compatible PMT Modules H10720 / H10721 / H10722 / H10723 / H10682 / H11526 H10799 (built-in Photodiode) H7421 / H7422 H8259 / H11461 / H11462 * In preparation for use with optical blocks, a C-mount adapter plate must be attached to the PMT module. Please notify us of your need for this adapter when ordering. Optical Blocks Connected to PMT Modules A10030-01 A9865 A10039 A11213 Series A10039 A11213 Series ∗For details about PMT modules, see the "Photomultiplier Tube Modules" catalog. 69 Related Products Counting Unit C8855-01 The C8855-01 is a counting unit with a USB interface and can be used as a photon counter when combined with a photon counting head, etc. (See P.11) The counter of the C8855-01 includes two counter circuits (double counter method) capable of counting input signals with no dead time. The USB interface easily connects to a laptop PC allowing measurement in an even wider application field. When used with a photon counting head, the C8855-01 supplies power (+5 V / 200 mA) necessary to operate the photon counting head. Since the C8855-01 is hot-swap compatible (plug and play compatible), it helps you set up measurement environment quickly. You can start measurement on the day the C8855-01 is delivered by using the sample software that supplied with the C8855-01. • Time-resolved measurement (minimum resolution: 50 µs) for monitoring chemiluminescence and biological clocks • Quick measurement setups (hot-swap compatible) When software such as a device driver is installed into your PC beforehand, you can start measurement by just connecting the USB cable, without restarting the PC. • Applicable to various measurement methods The C8855-01 is fully controlled by DLL (dynamic link library) functions that come with the C8855-01. All information on these DLL functions is available to support software programming that handles various types of user measurement applications. • Since the C8855-01 has an ID switch, a maximum of 16 units can be connected to one PC and controlled individually. Parameter Number of Input Signals Signal Input Level Input Signal Pulse Width Input Impedance Counter Method Maximum Count Rate Counter Maximum Counter Capacity Counter Gate Mode Counter Gate Internal Counter Gate Time *1 Trigger Method Trigger External Trigger Signal ID Switch *2 General Output Section Voltage Output Compatible OS Interface Supply Voltage Dimensions (W × H × D) Weight Operating Ambient Temperature / Humidity *3 Storage Temperature / Humidity *3 CE Marking AC Input AC Adapter Output Description / Value 1 ch CMOS positive logic (high level: 2 V min.) 8 ns or longer 50 Ω Double counter method 50 MHz 232 counts/counter gate Internal counter gate only 50 µs to 10 s (1, 2, 5 step) External trigger / Software trigger TTL negative logic 0 to F(hexadecimal number) Select Open collector / 2 bits +5 V / 200 mA Max. Windows® 2000 / XP Pro / Vista Business (32 bit) / 7 Pro (32 bit) USB +7 V / 500 mA Max. (supplied from AC adapter) 120 mm × 30 mm × 96 mm (excluding rubber feet and projecting parts) 250 g +5 °C to +45 °C / Below 80 % 0 °C to +50 °C / Below 85 % Conforms to the IEC 61236-01 GROUP 1, CLASS B 100 V to 240 V 7 V / 1.6 A *1: The C8855-01 is not suitable for applications requiring time resolution higher than 50 µs. In such applications, use a counting board M9003-01. *2: The ID switch is used to set ID numbers when two or more C8855-01 units are connected to single PC. *3: No condensation Supplied: CD-ROM (containing instruction manual, device driver, DLL, sample software*, etc.) USB cable, AC adapter, AC cable, power output connector * : Sample software is configured from Lab VIEW™ of National Instruments, Inc. ** : The above specifications are guaranteed when one C8855-01 is connected to one PC. Controlling multiple units from one PC depends on the performance of the PC. 70 Related Products Counting Board M9003-01 The M9003-01 counting board is a PCI bus add-in board counter that functions as a photon counter when used along with a photon counting head. (See P.11) The counter section of the M9003-01 has two counter circuits (double counter method) capable of counting the input signal pulses without any dead time. The counter operates in either gate counter mode or in reciprocal counter mode. Gate counter mode counts the input signal pulses only during each gate time produced by the internal oscillator. (Minimum gate time during gate counter mode is 50 ns.) Reciprocal counter mode counts the number of internal clock pulses generated between input signal pulses. The M9003-01 does not have its own memory so it sends measurement data directly to the PC's main memory by DMA (direct memory access) transfer. This enables measurement of up to 64 Mbytes. External trigger signals can also be inserted into the count data as timing information. Counting can also be performed for a predetermined number of gates starting from the input of an external trigger signal (only during gate counter mode). This allows counting periodic light emission phenomena by integrating their signals after DMA transfer. Anyone can easily make the initial settings since the M9003-01 is PnP (plug and play) compatible. You can start making measurements right away after the M9003-01 is unpacked, by just using the sample software that comes supplied with the M9003-01. Parameter Number of Input Signals Signal Input Level Input Signal Pulse Width Input Impedance (Switchable) Counter Method Counter Maximum Count Rate Maximum Count Capacity Gate Gate Time Resolution Trigger Method External Trigger Signal Trigger Trigger Signal Pulse Width Trigger Signal Output Timing Input Signal Input Strobe Signal General I/O Output Signal Output Strobe Signal Compatible OS Bus Type Data Transfer Method Data Transfer Quantity Data Transfer Rate Size Weight Operating Ambient Temperature / Humidity *1 Storage Temperature / Humidity *1 CE Marking Description / Value 2 ch TTL positive logic 8 ns or longer 50 Ω (at SW ON), 100 kΩ (at SW OFF) Gate mode *2 / Reciprocal mode *3 50 MHz (gate mode) / 20 MHz (reciprocal mode) 28 / 216 counts (gate mode) / 231 counts (reciprocal mode) 50 ns to 12.8 µs External trigger / Software trigger TTL negative logic 1 µs or more At start of counting by software trigger TTL level signal (3 bits) TTL level signal Open collector (4 bits) Open collector Windows® 2000 / XP Pro / Vista Business (32 bit) / 7 Pro (32 bit) PCI bus interface (conforms to Rev 2.1) DMA transfer (scatter-gather method) Maximum 64 Mbytes (data quantity transferable by one DMA) 40 Mbytes/sec (depends on CPU and peripherals) PCI standard (low profile) 80 g +5 °C to +40 °C / Below 80 % 0 °C to +50 °C / Below 85 % Conforms to EMC directives (89 / 336 / EEC) of the European Union *1: No condensation *2: Gate counter mode counts the input signal pulses only during each specified gate time. *3: Reciprocal counter mode counts the number of internal clock pulses generated between input signal pulses. Supplied: CD-ROM (containing instruction manual, device drivers, sample software*, etc.), Signal cable E1168-22 × 2 (LEMO-BNC: coaxial 1.5 m), General-purpose I/O cable with connector. * Sample software is configured from Lab VIEW™ of National Instruments, Inc. 71 Technical Guide General Characteristics Photocathode radiant sensitivity and quantum efficiency Gain Radiant sensitivity is the photoelectric current generated from the photocathode when struck by light at a given wavelength, divided by the incident radiant power, and expressed in A/W (amperes per watt). Quantum efficiency (QE) is the number of photoelectrons emitted from the photocathode divided by the number of incident photons and is usually expressed as a percent. Cathode radiant sensitivity is one factor in determining signal-to-noise (S/N) characteristics and detection limit of measurement systems, and is used to calculate signal-to-noise ratio (S/N ratio) and noise equivalent power (NEP) representing a lower detection limit. Measurement of radiant sensitivity requires a sophisticated system using a spectrophotometer and also takes a lot of time. Because of this, we only attach spectral response data showing radiant sensitivity to the photomultiplier tube when specially requested by the customer and we charge for this service. Cathode radiant sensitivity cannot be measured once the photomultiplier tube is assembled as a module. If radiant sensitivity data is necessary, please request it when placing an order. Gain of PMT modules listed in this catalog is the ratio of anode output current to cathode output current, measured at specified values of control voltage. Gain depends directly on the high voltage applied to the photomultiplier tube, which is adjusted by a control voltage. The gain versus voltage curves are usually plotted on a logarithmic graph and appear as straight lines with the same slope for the same type of photomultiplier tube. This means that the gain of a photomultiplier tube can be easily found by moving in parallel with the typical gain curve. Luminous sensitivity Cathode luminous sensitivity is the photoelectric current generated from the photocathode when a photomultiplier tube receives light flux from a tungsten filament lamp operated at a distribution temperature of 2856 K. Anode luminous sensitivity is the anode output current per incident light flux on the photocathode of a photomultiplier tube when a specific high voltage is applied. The light flux is lowered to an appropriate level by using a neutral density filter. Luminous sensitivity data is measured and listed in the test sheet prior to shipment except for some types of PMT modules. Luminous sensitivity is particularly useful when comparing PMT modules having a similar spectral response range. Blue sensitivity index and red/white ratio Although different from absolute spectral response characteristics, the blue sensitivity index and the red/white ratio are often used for simple comparison of photomultiplier tube spectral response. Blue sensitivity index is the photoelectric current generated from the photocathode when a blue filter is interposed in the same measurement system as used to measure cathode luminous sensitivity. Blue sensitivity index is an essential parameter in scintillation counting because the NaI(Tl) scintillators frequently used in scintillation counting, produce light emissions close to the blue spectrum when transmitted through a blue filter. Blue sensitivity index is not represented in lumens because the light flux once transmitted through a blue filter cannot be expressed in lumens. Red/white ratio is used for comparing the sensitivity of photomultiplier tubes having a spectral response extending to the near infrared region. Like blue sensitivity index, the red/white ratio is also measured with the measurement system used for cathode luminous sensitivity, but a red to infrared filter is interposed. Red/white ratio is defined as the ratio of the cathode sensitivity measured with a red to infrared filter, to the cathode luminous sensitivity when measured without a filter. 72 Dark current A small amount of output current appears from a PMT module even when operated in a completely darkness. This output current is called "dark current". Dark current varies with the control voltage in proportion to the change in gain. However, the slope of the dark current versus the voltage curve becomes less and less steep as the control voltage is decreased. This dark current at a low control voltage is mainly comprised of leakage current generated on the glass stem and lead pins or the surface of the circuit boards. When a PMT module is operated at a normal high voltage, most of dark current originates from thermionic emissions, especially those from the photocathode. Cooling the module is therefore very effective in reducing the dark current. Hamamatsu PMT modules are designed to exhibit low dark current when used within the specified operating temperature range. However, in applications where dark current is a critical factor, using a PMT module with a built-in cooler is recommended. Spatial uniformity When a spot light strikes the photocathode of a photomultiplier tube, the photoelectric sensitivity may vary depending on the photocathode position. This variation in sensitivity is called "spatial uniformity". Spatial uniformity is caused by the irregular sensitivity of the photocathode itself and also by a non-uniform loss of electrons while focused and multiplied by the dynodes after being emitted from different positions on photocathode. Spatial uniformity also depends on the light wavelength. In general, head-on photomultiplier tubes provide better spatial uniformity than side-on tubes. To reduce the adverse effects of spatial uniformity on measurement, the input light must be made to illuminate a wider area on the photocathode or a diffuser plate must be placed in front of the photocathode. Temperature characteristics The sensitivity and dark current (dark count) of photomultiplier tubes change with the ambient temperature. The rate of this change (temperature coefficient) depends on the light wavelength. As the ambient temperature decreases, the sensitivity increases in the ultraviolet to visible region while it tends to decrease in the longer wavelength region. As temperature decreases, dark current also decreases because the thermionic emission of electrons is reduced. Technical Guide Drift and life characteristics Cockcroft-Walton circuit While operating a photomultiplier tube continuously over a long period, the anode output current may vary slightly over time, even though the operating conditions have been kept constant. In this kind of anode current behavior, the stability over a short operating time is called the drift characteristic, while the stability over an extended period of time is called the life characteristic. Both drift and life characteristics differ according to the type of photomultiplier tubes and the magnitude of anode current drawn from the photomultiplier tube. When stability is of prime importance, operating the tube at an average anode current of 1 µA or less is recommended. The Cockcroft-Walton circuit is a voltage booster circuit with an array of series-connected diodes, and with capacitors connected at each of the alternate connection points. When a reference voltage is applied to this circuit, voltage potentials boosted 1 time, 2 times, 3 times ... (multiplied by integers) are applied to the dynodes of the photomultiplier tube. This circuit delivers good linearity in both DC and pulsed currents while maintaining low power consumption, and allows designing a compact circuit, but the settling time becomes temporarily long. Time response characteristics The time response characteristics of photomultiplier tubes are very important when measuring high-speed signals. Time response characteristics are usually evaluated in terms of electron transit time, rise time and electron transit time spread (T.T.S.). These characteristics differ depending on the type of photomultiplier tube contained in the PMT module and must be carefully selected to meet the application. In addition to the time response characteristics of photomultiplier tubes, the signal load conditions have effects on PMT module response speeds, particularly on the current-output PMT modules. As the load resistance is made larger, the response speeds of the current-output PMT modules reduce. Active type divider circuit combined with Cockcroft-Walton circuit This circuit consists of a Cockcroft-Walton circuit that generates a voltage applied to the entire photomultiplier tube and an active type divider circuit that applies a voltage to each dynode. In the active type divider circuit, transistors are used in place of voltage-dividing resistors for the last few dynodes. This method prevents the dynode-to-dynode voltage from being affected by the photomultiplier tube signal current, allowing good linearity to be obtained up to 60 to 70% of the voltage divider circuit current. This circuit also features short settling time compared to when only a Cockcroft-Walton circuit is used. Ripple noise Signal-to-noise characteristics When observing the output waveform of a photomultiplier tube, fluctuations (AC components) can be seen in the signal components. This is so-called "shot noise" resulting from fluctuations in the photoemission and electron multiplication processes. Since the effects of DC dark current can be largely eliminated, shot noise is the dominant factor in determining the signal-to-noise ratio (S/N ratio) in low-light-level measurement. To minimize the shot noise and obtain a better S/N ratio, note the following points. 1. Use a photomultiplier tube that has as high a quantum efficiency as possible on the wavelength range to be measured. 2. Design the optical system for better light collection efficiency so that the incident light is guided to the photomultiplier tube with minimum loss. 3. Narrow the measuring system bandwidth as much as possible, as long as no problem occurs in the measurment. Power Supply Circuit Characteristics Power supply circuit There are mainly two types of power supply circuits used in Hamamatsu PMT modules. One type is the Cockcroft-Walton circuit. The other is an active type divider circuit combined with the Cockcroft-Walton circuit. Switching noise may get into the output signal of PMT modules by induction since high-voltage power supplies in PMT modules use a switching power supply. This induced noise is called "ripple noise". Although Hamamatsu PMT modules are designed to minimize this ripple noise, taking the following measures will reduce it even further. 1) Place a low-pass filter after the signal output from the PMT module. 2) Increase the control voltage to raise the photomultiplier tube gain and lower the amplifier gain. At Hamamatsu Photonics, ripple noise is measured with a signal load resistance 1 MΩ and a load capacitance of 22 pF. Settling time When the control voltage for a PMT module is changed, the high voltage applied to the photomultiplier tube also changes, but has a slight delay due to the timing of the control voltage input. The settling time is the time required to reach the specified level of high voltage after changing the control voltage. At Hamamatsu Photonics, this settling time is measured when changing the control voltage from +1.0 V to +0.5 V. Voltage output type PMT modules Using as a charge amplifier Voltage output type PMT modules incorporate an operational amplifier that converts a current output from the photomultiplier tube into a voltage output. The operational amplifier has feedback resistance and capacitance, and also serves as a simple charge amplifier allowing pulse measurements such as in scintillation counting applications. 73 Technical Guide Technical Guide Photosensor Module with Gate Function Photon Counting Head Gate operation Principle of photon counting When the primary excitation light from a strong light sources enters a photomultiplier tube, the signal processing system may saturate, causing adverse effects on the measurement. A mechanical shutter could be used to shut off such primary light. However, mechanical shutters are limited in terms of high-speed operation and service life. In contrast, gate operation is effective in serving as an electronic shutter to gate off excessive light, by changing the dynode voltage in the photomultiplier tube. The electronic shutter operates at high speeds with a high extinction ratio. There are two methods of gate operation. In one method the photomultiplier tube is normally off and turns on when a gate signal is input. In the other method, the photomultiplier tube is normally on and turns off when a gate signal is input. When light intensity becomes extremely low, light can be counted as individual photons. Photomultiplier tubes are ideal for photon counting because they exhibit excellent time resolution, high gain and yet low noise. In low-light-level measurement, photon counting has advantages over the analog detection method. For example, noise pulses can be easily separated, and high stability and a high S/N ratio obtained. Gate noise High-speed gate pulses must be input to perform high-speed gate operation. When a gate pulse is input to a photomultiplier tube, induced noise is generated and appears in the anode signal due to interelectrode capacitance. This is called gate noise. Reducing the gate pulse voltage or noise canceling techniques are effective to some extent in decreasing this gate noise, but cannot completely eliminate it. So it is necessary to increase the photomultiplier tube gain or use the photomultiplier tube with high gain. Switching ratio This is the ratio of the photomultiplier tube outputs when the gate is tuned on and off at a constant light level incident on the photocathode. For example, while normally off operation, if the gate-off output is 1 nA and the gate-on output is 10 µA, the switching ratio is 1 nA to 10 µA or expressed as 1 : 104. Quantum efficiency The most important characteristic in photon counting is the photocathode quantum efficiency. The probability of photoelectron emission when a single photon strikes the photocathode is called the photocathode quantum efficiency. Since the number of photoelectrons emitted per photon is one or zero, the quantum efficiency is defined as the ratio of the number of photoelectrons emitted from the photocathode to the number of photons incident on the photocathode over a unit of time. There are various types of photocathodes. It is essential to choose the photocathode that provides the highest quantum efficiency at the wavelength to be measured. Detection efficiency Detection efficiency is the ratio of the number of counted pulses (photomultiplier tube output pulses) to the number of incident photons. The "count sensitivity" listed in this catalog is related to this detection efficiency. Correction of count loss Theoretically, the maximum count rate is a reciprocal of pulsepair resolution (ability to discriminate between successive pulses). However, since chemiluminescence and bioluminescence occur randomly, the detected signal pulses may overlap each other, causing a counting loss or error. Considering the probability of pulse overlap, the maximum effective count rate would be 1/10 th of the theoretical rate. This count loss of overlapped pulses can be corrected by the following equation. N= n 1-n·t N : True count rate n : Measured count rate t 74 : Pulse resolution Precautions Safety precautions WARNING Subject to local technical requirements and regulations, availability of products included in this promotional material may vary. Please consult with our sales office. Some products listed in this catalog generate a high voltage internally. Be sure to observe the following safety measures and take sufficient precautions to prevent possible electrical shocks. HIGH VOLTAGE ●Always turn off the power before moving, installing and inspecting the products or connecting/disconnecting the cables and connectors. ●Do not modify any part of the product and do not open the housing case. Malfunctions or electrical shocks might result and the products might overheat, smoke or catch fire. Handling precautions Take the following precautions when handling PMT modules. ●Do not expose the photocathode of PMT modules to excessive light such as sunlight. If exposed, noise will increase and photocathode sensitivity will deteriorate. ●Do not touch the light input window with bare hands. Dirt and grime on the window causes loss of optical transmittance. If the window becomes soiled with dirt or grime, wipe it clean using alcohol. ●Helium will penetrate through silica (quartz) glass windows and increase noise. Avoid using or storing those PMT modules in an atmosphere where helium is present. ●Carefully check that the power supply output voltage and polarity are correct. ●Do not apply strong vibrations or impacts to PMT modules. ●Do not apply a strong tightening force to localized sections. ●Do not let moisture or dust penetrate inside. ●Consult with us if you must take special countermeasures against tough conditions such as high temperatures, high humidity or strong magnetic fields. ●When designing equipment using or incorporating products listed in this catalog, install safety interlocks (breakers, etc.) to prevent accidents from electrical shocks or excessive light input, etc. Warranty Hamamatsu PMT modules and related products are warranted to the original purchaser for a period of one year after delivery. The warranty is limited to repair or replacement of defective products due to defects in workmanship or materials used in their manufacture. Even if within the warranty period, the warranty shall not apply to failures due to misuse, mishandling, modification by the customer, or accidents such as natural or manmade disasters. The customer should inspect and test all products as soon as they are delivered. Ordering Information This catalog lists PMT modules and related products currently available from Hamamatsu Photonics. Please select those products that best match your design specifications. Delivery time depends on the type of product. Some are already in stock but some require extra delivery time. If you do not find the exact product you want in this catalog, feel free to contact our sales office nearest you. We will modify our current products or design new types to meet your specific needs. 75 HAMAMATSU PHOTONICS K.K., Electron Tube Division 314-5, Shimokanzo, Iwata City, Shizuoka Pref., 438-0193, Japan Telephone: (81)539/62-5248, Fax: (81)539/62-2205 www.hamamatsu.com Main Products Sales Offices Electron Tubes Photomultiplier Tubes Photomultiplier Tube Modules Microchannel Plates Image Intensifiers Xenon Lamps / Mercury Xenon Lamps Deuterium Lamps Light Source Applied Products Laser Applied Products Microfocus X-ray Sources X-ray Imaging Devices Japan: HAMAMATSU PHOTONICS K.K. 325-6, Sunayama-cho, Naka-ku, Hamamatsu City, 430-8587, Japan Telephone: (81)53-452-2141, Fax: (81)53-456-7889 E-mail: [email protected] Opto-semiconductors Si photodiodes APD Photo IC Image sensors PSD Infrared detectors LED Optical communication devices Automotive devices X-ray flat panel sensors Mini-spectrometers Opto-semiconductor modules Imaging and Processing Systems Cameras / Image Processing Measuring Systems X-ray Products Life Science Systems Medical Systems Semiconductor Failure Analysis Systems FPD / LED Characteristic Evaluation Systems Spectroscopic and Optical Measurement Systems Laser Products Semiconductor lasers Applied products of semiconductor lasers Solid state lasers China: HAMAMATSU PHOTONICS (CHINA) Co., Ltd. 1201 Tower B, Jiaming Center, 27 Dongsanhuan Road North, Chaoyang District, Beijing 100020, China Telephone: (86)10-6586-6006, Fax: (86)10-6586-2866 E-mail: [email protected] U.S.A.: HAMAMATSU CORPORATION Main Office 360 Foothill Road, P.O. BOX 6910, Bridgewater, N.J. 08807-0910, U.S.A. Telephone: (1)908-231-0960, Fax: (1)908-231-1218 E-mail: [email protected] Western U.S.A. Office: Suite 200, 2875 Moorpark Avenue San Jose, CA 95128, U.S.A. Telephone: (1)408-261-2022, Fax: (1)408-261-2522 E-mail: [email protected] United Kingdom: HAMAMATSU PHOTONICS UK LIMITED Main Office 2 Howard Court, 10 Tewin Road, Welwyn Garden City, Hertfordshire AL7 1BW, United Kingdom Telephone: 44-(0)1707-294888, Fax: 44-(0)1707-325777 E-mail: [email protected] South Africa Office: PO Box 1112, Buccleuch 2066, Johannesburg, Repubic of South Africa Telephone/Fax: (27)11-802-5505 France, Portugal, Belgium, Switzerland, Spain: HAMAMATSU PHOTONICS FRANCE S.A.R.L. Main Office 19, Rue du Saule Trapu Parc du Moulin de Massy 91882 Massy CEDEX, France Telephone: (33)1 69 53 71 00 Fax: (33)1 69 53 71 10 E-mail: [email protected] REVISED SEPT. 2012 Information in this catalog is believed to be reliable. However, no responsibility is assumed for possible inaccuracies or omission. Specifications are subject to change without notice. No patent rights are granted to any of the circuits described herein. © 2012 Hamamatsu Photonics K.K. Swiss Office: Dornacherplatz 7 4500 Solothurn, Switzerland Telephone: (41)32/625 60 60, Fax: (41)32/625 60 61 E-mail: [email protected] Belgian Office: Scientic Park, 7, Rue du Bosquet B-1348 Louvain-La-Neuve, Belgium Telephone: (32)10 45 63 34 Fax: (32)10 45 63 67 E-mail: [email protected] Quality, technology and service are part of every product. Spanish Office: C. 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Boboli 8, 02-525 Warszawa, Poland Telephone: (48)22-646-00-16, Fax: (48)22-646-00-18 E-mail: [email protected] North Europe and CIS: HAMAMATSU PHOTONICS NORDEN AB Main Office Thorshamnsgatan 35 16440 Kista, Sweden Telephone: (46)8-509-031-00, Fax: (46)8-509-031-01 E-mail: [email protected] Russian Office: Vyatskaya St. 27, bld. 15 RU-127015, Moscow, Russia Telephone: +7-(495)-258-85-18, Fax: +7-(495)-258-85-19 E-mail: [email protected] Italy: HAMAMATSU PHOTONICS ITALIA S.R.L. Main Office Strada della Moia, 1/E 20020 Arese (Milano), Italy Telephone: (39)02-93 58 1733, Fax: (39)02-93 58 1741 E-mail: [email protected] Rome Office: Viale Cesare Pavese, 435, 00144 Roma, Italy Telephone: (39)06-50513454, Fax: (39)06-50513460 E-mail: [email protected] TPMO0010E02 SEPT. 2012 IP (2000)