BHV-Series-AN (4C).qxd 27/3/03 2:51 pm Page 2 Resistive Components Model BHV High Voltage / High Value Thick Film SIP Epoxy / Polymer Coated Resistors Precision Dividers Applications • Photomultiplier power supplies • Voltage sense in high voltage power supplies • High Voltage bleeder resistors • Deflection circuitry in display systems and monitors A subsidiary of TT electronics plc BI Technologies BHV-Series-AN (4C).qxd 2:51 pm Page 3 BI Technologies Electrical Resistance Range* 1 Giga Ohm Maximum Tolerance Standard: ± 5%, ± 10% Custom: ± 1%, ± 2% Temperature Coefficient of Resistance ± 150 ppm/°C Maximum Voltage Coefficient 2 ppm/V Maximum * Consult factory for higher values Mechanical Cover Coat Power Derating Curve Style RS, PW & PF: Polymer Cover Coat Styles RF & RW: Epoxy Substrate Alumina Resistor 100 Percent of Rated Power 2 27/3/03 Cermet Power (Watts) Dissipation at 70°C Model Power (Max) BHV 10 1.0 BHV 15 1.5 BHV 20 2.0 BHV 30 3.0 Environmental (Per MIL-PRF-83401) Operating Temperature Range ∆R: ± 0.50% Terminal Strength ∆R: ± 0.25% Moisture Resistance ∆R: ± 0.50% Mechanical Shock ∆R: ± 0.25% Vibration ∆R: ± 0.25% Low Temperature Storage ∆R: ± 0.25% High Temperature Exposure ∆R: ± 0.25% Load Life, 1000 Hours ∆R: ± 1.00% Resistance to Solder Heat ∆R: ± 0.25% Dielectric Withstanding Voltage 5000 V Minimum Marking Permanency MIL-STD-202, Method 215 Lead Solderability MIL-STD-202, Method 208 Flammability Storage Temperature Range UL 94V-0 Rated -55°C to +125°C 60 40 20 0 0°C 70°C Temperature 125°C Ordering Information BHV -55°C to +125°C Thermal Shock 80 10 RS D XXX J J Ratio Tolerance Code (Dividers only) Model Voltage Rating kV Style RS = Polymer coated substrate with solder pads RW = Epoxy coated package with round wire RF = Epoxy coated package with flat leads PF = Polymer coated substrate with flat leads PW = Polymer coated substrate with round wire D = Dividers Only Packaging Standard: Box Capacity 100 units • Specifications subject to change without notice. • Contact factory for Voltage dividers and application specific devices. Absolute Tolerance Code F = ± 1% G = ± 2% J = ± 5% K = ± 10% Resistance Code First 2 digits are significant. Last digit denotes number of trailing zeros. For Dividers Only XXX / YYY R1+R2 R2 BHV-Series-AN (4C).qxd 27/3/03 2:52 pm Page 4 Resistive Components Outline Dimensions A Max C Max BHVXXRF / PF (mm) 2.54 Max 9.40 Min Model No., Date Code and Pin 1 ident this surface 0.508±0.051 C Max BHVXXRW / PW A Max 2.54 Max Model No., Date Code and Pin 1 ident this surface 25.40 Min Voltage Max A B C BHV10RF / PF 10kV 24.2 20.32 10.16 Max BHV15RF / PF 15kV 29.3 25.40 12.70 Max BHV20RF / PF 20kV 37.6 33.02 15.24 Max BHV30RF / PF 30kV 59.7 50.80 15.24 Max Voltage Max A B C BHV10RW / PW 10kV 24.2 20.32 10.16 Max BHV15RW / PW 15kV 29.3 25.40 12.70 Max BHV20RW / PW 20kV 37.6 33.02 15.24 Max BHV30RW / PW 30kV 59.7 50.80 15.24 Max Voltage Max A B C BHV10RS 10kV 22.86 20.32 7.62 Max BHV15RS 15kV 27.94 25.40 10.16 Max BHV20RS 20kV 36.32 33.02 12.70 Max BHV30RS 30kV 58.42 50.80 12.70 Max 0.254±0.051 0.38 Max B Max Model 0.81 B Max A Max 0.635 C Max BHVXXRS Model Model Polymer Coating B Max Schematic - All Models BHV - Precision Divider Specification Notes BHV 1) R1+R2 = 1G Ohm ± 5% (Max) R1 R2 2) Typical Ratio - (R1 + R2) / R2 = 1000, 500, 100 3) Ratio Tolerance = 10%, 5%, 2%, 1% 4) TCR = 100ppm/°C Max (+5°C to +50°C) 1 8 10 5) Ratio TCR = 50ppm/°C Max 6) VCR = 2ppm/V Max Markings 7) Max Operating Voltage = 2kV Max (over 1G Ohm) Date Code BHV-XXX / YYY 8) Pin Pitch 1 to 8 is 0.7” Nominal 9) Pin Pitch 8 to 10 is 0.2” Nominal 10) Pin Length = 0.178”±0.018” 11) Max Seated Height = 0.380”, Max Lenght = 1.000”, Max Thickness = 0.1” 3 BHV-Series-AN (4C).qxd 4 27/3/03 2:51 pm Page 1 Resistive Components BI Technologies - SMT BI Technologies - ECD BI Technologies - MCD Company Profile Company Profile Company Profile BI Technologies, SMT Division is a World Class manufacturer of thick film Passive Components. The company was established in 1958 in Glenrothes, Scotland. BI Technologies have earned a great reputation as a high quality, high volume, cost effective and responsive supplier of thick film passive components for telecommunications, computer, automotive, medical and industrial applications. BI Technologies has been an innovator and leader in electronic components for more than 50 years manufacturing products for communication, computer, industrial and automotive applications. BI Technologies, Magnetic Component Division, headquartered in Fullerton, California, with a manufacturing base in Kuantan, Malaysia, is a world leader in miniature surface mount high power inductors. The magnetic material and manufacturing expertise of various inductors, choke coils, transformers and assemblies has expanded the customer and market base into automotive, medical, computer, data communication and industrial in addition to other specialized magnetic assembly applications. Product Range Product Range Product Range • Packaged SIL, DIL and Surface Mount Resistor Networks • Chip Resistor Arrays • Chip Resistor - Capacitor Arrays • Planar Power Resistors • Surge Resistors • Thick Film Substrates • Custom Thick Film products • High Voltage Resistors and Networks • Trimming and Precision Potentiometers • Position Sensors • Chip Resistor Arrays • Resistor Networks • Integrated Passive Networks • Inductors • Transformers • Turns Counting Dials • Hybrid Microelectronics and Custom Integration Products • Transformers both surface mount and through hole • Surface Mount high powered inductors • Toroidal inductors (through hole and surface mount) • High power specialty laminate transformers • Data communication modules, filters, and transformers for ethernet and DSL • Common mode filters and chokes • Planar transformer solutions BI Technologies serves a global customer base with manufacturing locations in the United States, Mexico, Scotland, Japan, China and Malaysia. BI Technologies SMT BI Technologies ECD BI Technologies Pte Ltd TT electronics GmbH Telford Road, Glenrothes Fife KY7 4NX, Scotland, UK 4200 Bonita Place Fullerton, CA 92835, USA Max-Lehner-Strasse 31 85354 Freising, GERMANY Tel: +44 1592 662200 Fax: +44 1592 662299 [email protected] Tel: +714 447 2300 Fax: +714 447 2400 [email protected] 514 Chai Chee Lane, #02-01 Bedok Industrial Estate 469029 SINGAPORE TT electronics SA TT electronics S.r.l. BI Technologies Japan Ltd Sales/Technical Support Centre 17 Rue du Kefir, Senia 418 94567 Orly, FRANCE Via Arese 12 20159 Milan, ITALY Tel: +33 1 45 12 3880 Fax: +33 1 45 12 3879 Tel: +39 2 688 8951 Fax: +39 2 689 6995 Kakumaru Building 4/F 1-10 Toyo 7 Chome Koto-ku Tokyo 135, JAPAN Flat 1104, 11/F, Block 1 News Building, No. 2 Shennan Middle Road, Futian District, Shenzhen, CHINA 518027 Tel: +81 3 3615 1811 Fax: +81 3 3647 2443 Tel: +86 755 8209 0230 / 8209 0295 Fax: +86 755 8209 0267 Tel: +65 445 5166 Fax: +65 445 1983 Tel: +49 8161 4908-0 Fax: +49 8161 4908-99 www.bitechnologies.com · www.ttelectronics.com · www.bitechnologies.co.jp Authorised Representative BI Technologies General Note: BI Technologies reserves the right to make changes in product specification without notice or liability. All information is subject to BI Technologies’ own data and is considered accurate at time of going to print. © BI Technolgies 2003 A subsidiary of TT electronics plc Issue A 03/03