“ T C X O” and “V C T C X O " “K” Series Ultra Low Current, CMOS square wave Product Summary: MERCURY Since 1973 PRODUCT SELECTION GUIDE Output Wave Form: Square Wave TCXO VCTCXO M38K M39K M14K M15K M8K M9K VM38K VM39K VM14K VM15K VM8K VM9K M55K M47K M24K M25K M28K M29K VM55K VM47K VM24K VM25K VM28K VM29K M62K M42K M64K M44K M57K M53K VM62K VM42K VM64K VM44K VM57K VM53K Available Frequency Range RoHS Compliant Equivalent Package Description Model Thru-Hole Types M38GK_ VM38GK_ 4 pin DIP M39GK_ VM39GK_ 4 pin DIP M14GK_ VM14GK_ 4 pin DIP. Hermetically sealed. 32.768 KHz M15GK_ VM15GK_ 4 pin DIP. With trimmer M8GK_ VM8GK_ 4 pin DIP. Half size. Hermetically sealed. M9GK_ VM9GK_ 4 pin DIP. Half size. With trimmer Gull Wing Surface Mount Types N/A N /A 4 pin gull wing M47GK_ VM47GK_ 4 pin gull wing M24GK_ VM24GK_ 4 pin gull wing. Hermetically sealed. 32.768 KHz M25GK_ VM25GK_ 4 pin gull wing. With trimmer M28GK_ VM28GK_ 4 pin gull wing. Half size. Hermetically sealed. M29GK_ VM29GK_ 4 pin Gull wing. Half size. With trimmer Leadless Surface Mount Types M62GK_ VM62GK_ 6 pad FR4 substrate. 2.5 mm H M42GK_ VM42GK_ 4 pad FR4 substrate. 2.5mm H M64GK_ VM64GK_ 6 pad FR4 substrate. 4.7 mm H 32.768 KHz M44GK_ VM44GK_ 4 pad FR4 substrate. 4.7 mm H (1) (1) 4 pad ceramic substrate. 5x7 mm Same Same 4 pad ceramic substrate. 5x3.2 mm Under development Same(1) Same (1) For RoHS equivalent model please add “G” after the package code. For example: M14GK. (1) M57T, VM57T, M53T and VM53T are RoHS compliant and lead free products. . Note: Frequency tuning by the built-in mechanical trimmer is standard for all models except for M57K and VM57K. Product Options ● No mechanical Trimmer models are available to allow for aqueous washing cycles MERCURY www.mercury-crystal.com Taiwan: TEL (886)-2-2406-2779, FAX (886)-2-0769, e-mail: [email protected] U.S.A.: TEL (1)-909-466-0427, FAX (1)-909-466-0762, e-mail: [email protected] MERCURY Page 1 of 8 Date: Jan. 3, 2008 Rev. 2 “ T C X O” and “V C T C X O " “K” Series Ultra Low Current, CMOS square wave General Specifications Initial Calibration Tolerance Standard Frequencies (partial list) Frequency Stability vs Temperature vs Aging vs Voltage Change vs Load Change vs reflow (SMD models only) 10 MHz ~ 32.0 MHz Square wave. Wave form code is “K” Models with mechanical trimmer: < ±1 ppm. +25°C ±2°C. Models without mechanical trimmer: ±2 ppm at +25°C ±2°C. 10.0, 12.8, 13.0, 14.4, 15.36, 16.384, 19.2, 19.440, 19.68, 20.0 MHz, ±1 ppm , ±1.5 ppm, ±2.0 ppm, ±2.5 ppm, ±3 ppm, or ±5 ppm, over operating temperature range. Referenced to frequency reading at +25°C. ±1.0 ppm max. first year at +25°C ±0.3 ppm max. for a ±5% input voltage change ±0.3 ppm max. for a ±10% loading condition change ±1 ppm max. 1 reflow and measured 24 hours afterwards Typical Operating Temperature Range (examples) 0°C to +60°C -20 °C to +70°C -30°C to +85°C Output Voltage Level (peak to peak) CMOS Mechanical Frequency Tuning Standard Option Input Voltage Range Current Consumption. VDD=3.3V; 15 pF load (Over operating temperature range.) Logic High “1” Logic Low “0” 12.8 MHz 13.0 MHz 14.4 MHz 16.384 MHz 19.2 MHz 19.440 MHz 20.0 MHz 26.0 MHz VCTCXO only Pin 1 Options Duty Cycle Rise Time and Fall Time Control voltage Frequency Deviation Range Slope Polarity Linearity Start-Up Time. Output Load Fanout (Drive Capability) SSB Phase Noise at Offset +25°C M14K3-27.000 MERCURY Since 1973 (at+25°C and specified input voltage) Frequency Range Output Wave From Output Voltage Level MERCURY 0°C to +70°C -10°C to +60°C -30°C to +60°C -30°C to +75°C -40°C to +85°C. or custom. ±3 ppm min. tuning Note: VM57 and VM53 have no mechanical trimmer built-in. No mechanical trimmer built-in (for aqueous washing cycles). Part number: Please add “1” after the regular model prefix. For example: M381K3. +2.8 V +3.0 V +3.3 V (voltage code is “28”) (voltage code is “3”) voltage code is “33”) 1.9V min.; 2.3V typ.. 2.1V min.; 2.6V typ.. 2.4V min.; 2.9V typ.. 0.27V typ.; 0.34V max. 0.29V typ.; 0.36V max. 0.32V typ.; 0.40V max. 2.3 mA typical 2.4 mA typical 2.6 mA typical 2.5 mA typical 2.6 mA typical 2.8 mA typical 2.6 mA typical 2.8 mA typical 3.1 mA typical 2.8 mA typical 3.0 mA typical 3.2 mA typical 3.2 mA typical 3.3 mA typical 3.6 mA typical 3.2 mA typical 3.4 mA typical 3.7 mA typical 3.2 mA typical 3.4 mA typical 3.7 mA typical 3.6 mA typical 3.8 mA typical 4.1 mA typical 45% ~55%. Measured at 1.4 V. 4.0 n sec. typ; 0.3 V 3.0V with 15 pF load +2.5 V±2.0 V. +1.5 V±1.0 V +1.5 V±1.0 V for VM57T5 ±5 ppm ~±12 ppm for +1.5 V±1.0 V Positive slope. Positive voltage for positive frequency shift. 10 % max. 10 m. sec. max. (reach 90% amplitude and at+25°C±2°C) 15 pF 12 mA typical; 17 mA max. (at TTL level). 100 Hz 1 KHz 10 KHz 100 KHz 1 MHz -80 dBc/Hz -110 dBc/Hz -130 dBc/Hz -135 dBc/Hz -142 dBc/Hz Page 2 of 8 Date: Jan. 3, 2008 Rev. 2 “ T C X O” and “V C T C X O " “K” Series Ultra Low Current, CMOS square wave MERCURY Since 1973 3 ps max. (1 sigma, 1000 samples, with capacitive coupling between VDD and ground) AC block, DC coupled Output Format Note 1: Some specifications are package dependent. Please refer to the spec. sheet of individual packages once a package is selected.. Note 2: TCXO products ordered without mechanical and electrical frequency tuning should have a frequency tolerance of ±2 ppm (at +25°C) and the frequency stability over temperature will be from that measured value. RMS Period Jitter Part Number Format and Examples: Example of TCXO: M38K33-12.8-2.5/-30+75; Example of VCTCXO: VM38K33-12.800-2.5/-30+75 ": customer to specify " " " " " " K 33 — 12.800 — 2.5 / -30+75 V M38 n o p q r s t n: “V” for VCTCXO; “blank” for TCXO o: Package code p: Wave form code “T” for Square wave q: Supply voltage code: “3” for +3.0V, “33” for “+3.3V, r:Frequency in MHz s: Frequency stability in ±ppm t: Operating temperature range in °C Square Wave TCXO (VCTCXO) Test Circuit (example of VM14) and Output Wave Form: Frequency counter T2 T1 Oscilloscope A + - Vcc + V - 14 8 1 7 90% 50% 0.1uF 15 pF 10% + - MERCURY V control For VCTCXO Page 3 of 8 Tr Tf Duty Cycle = T1 *100% T2 Date: Jan. 3, 2008 Rev. 2