Networks

Resistor networks consist of several individual resistors, with different types of electrical interconnection, placed together in one component, usually on a ceramic substrate as carrier. Advantages of this design are the common thermal potential, the resulting synchronism of tolerances and temperature coefficients as well as the close arrangement of the individual resistors and short conductive tracks. Whether resistor array, series and parallel circuit or voltage divider or combinations thereof, we manufacture these, mostly customer-specific networks, if it can be realized in terms of resistance technology. We are able to produce hybrid solutions based on a standard technology. This is necessary if, for example, the resistance spectrum of metal foil resistors is not sufficient to realize a voltage divider with a ratio of 1 : 100,000. Your circuit variant seems exotic to you? Introduce it to us, together we will find your solution.
Series | Picture | Doc | R-Value Ω min. |
R-Value Ω max. |
Tolerance ±% |
TC-Value ±ppm/°C min. |
TC-Value ±ppm/°C max. |
Power W min. |
Power W max. |
Description | Inquire |
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BN | ![]() |
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900R | 9M | 0,25 | - | 25 | - | - | Precision Divider Network | Inquiry |
CN | ![]() |
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50R | 10M | 0,5 | - | 100 | - | - | Divider Network, Thickfilm | Inquiry |
NIS | ![]() |
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100R | 100K | 0,1 | 2 | 10 | - | 1,5 | Precision Network, Thin Film | Inquiry |
SMRA | ![]() |
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1R | 1M | 1 | - | 200 | 0,0625 | 0,1 | Array-SMD Networks | Inquiry |