Model BHV - BI Technologies

BHV-Series-AN (4C).qxd
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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
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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
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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
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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
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• 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