Isabellenhuette Isabellenhütte Precision resistor PBV 0.5% PBV 0,001 (L x W x H) 22 x 4 x 17 mm PBV 0,001 Data Sheet
Product codes
PBV 0,001
ISA-PLAN
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- Precision Resistor Type PBV
Spec Sheet R361-1/2 July 97
Technical Data
Resistance range
0.5 mOhm - 1 Ohm
Tolerances
0.5 %, 1 %, 5 %
Temperature coefficient ( R > 10 mOhm )
< 30 ppm/K ( 20 °C to 60 °C )
Applicable temperature range
-55 °C to +125 °C
Load capacity
3 W / 10 W with heatsink provided
Thermal resistance to aluminum base plate
Rth < 3 K/W
Thermal resistance to ambient
Rth < 15 K/W
Dielectric withstanding voltage
500 V AC
Inductance ( R = 50 mOhm )
< 5 nH
Stability ( nominal load at 70 °C )
deviation < 0.5 % after 2,000 h
Remarks:
- Standard resistance values according to E12 with the additionel values of 2 and 5
- Minimum quantity of other values on request
- Tolerance 0.5% for values from 4,7 mOhm
- Minimum quantity of other values on request
- Tolerance 0.5% for values from 4,7 mOhm
The four-terminal resistor type PBV derived from type PBH
is especially designed for the low impedance range, in
order to obtain lowest temperature coefficient values, and
in order to guarantee the independence of the resistance
value from the soldering quality. The use of the precision
resistance material MANGANIN combined with a highly
temperature resistant and humidity insusceptible Duroplast
cover as well as optimization of layout and lines result in a
high longterm stability, low temperature coefficient and low
inductance.
is especially designed for the low impedance range, in
order to obtain lowest temperature coefficient values, and
in order to guarantee the independence of the resistance
value from the soldering quality. The use of the precision
resistance material MANGANIN combined with a highly
temperature resistant and humidity insusceptible Duroplast
cover as well as optimization of layout and lines result in a
high longterm stability, low temperature coefficient and low
inductance.
The shape is compatible with the latest power transistors.
The resistor is mounted through a center bore or
The resistor is mounted through a center bore or
spring clamp to a heatsink, whereby the large area of the
base plate will provide excellent heat transfer. The low
thermal resistance between resistor foil and aluminum
base plate warrants for a low temperature rise at nominal
load in this configuration and permits transient overloading
up to one magnitude.
base plate will provide excellent heat transfer. The low
thermal resistance between resistor foil and aluminum
base plate warrants for a low temperature rise at nominal
load in this configuration and permits transient overloading
up to one magnitude.
The resistor is ideally suited for applications in power
electronic and control technique, as most applications at
inductive loading will require operation with switched power
regulating units.
electronic and control technique, as most applications at
inductive loading will require operation with switched power
regulating units.
Short connection distances and small dimensions at high
load capacity and low inductance are a prerequi-
site to obtain high switching frequencies.
load capacity and low inductance are a prerequi-
site to obtain high switching frequencies.
Temperature dependence of the electrical resistance
of ISA-PLAN Resistors
of ISA-PLAN Resistors
-40
-20
20
40
60
80
100
120
T [
o
C]
-0.4
-0.2
0.2
∆
R/R
20
[%]
dimensions (mm)
0
20
40
60
80
100
120
T
G
/ [
o
C]
0.25
0.5
0.75
1
P / P
Nenn
power derating curve