CRASN40K2F10K0TA Resistors

Resistor Networks, Arrays

CRASN40K2F10K0TA is a type of resistor network, also commonly referred to as an array, that is specifically designed for extreme environments. The network is capable of sustaining temperatures up to 1000°C, and can operate in both fluctuating and steady heat conditions with no degradation in performance. It is composed of 40 different resistor components connected in a repeating pattern, allowing the user to select the desired resistance from a range of 0.001kΩ to 10MΩ with a "T" termination.

Application Field

CRASN40K2F10K0TA is specifically designed for use in applications that require accurate signal conditioning in extreme environments. For such applications, the component\'s reliable and stable performance even in temperatures above 1000°C, allows for precise circuit operation without any additional cooling measures being required.

It is now commonly used in a range of industrial settings, such as exhaust-gas measurements, power electronics, and automotive applications, as well as a variety of other applications that require high-temperature measurements and operation.

Working Principle

The threaded connections and solderability of CRASN40K2F10K0TA make it very easy to install and configure. It contains 40 identical components that are arranged into a repeated pattern, allowing each individual resistor element to be connected in an ‘X’ or ‘Y’ configuration in order to adjust the total resistance of the network. If necessary, the user can also employ a dual-layer mounting. Each of the 40 components possess a resistance value of 250Ω, which allows for resistance values ranging from 0.001kΩ to 10MΩ. It also possesses a "T" termination.

The function of the resistor network is to provide a stable electrical current for signals and measurements across large temperature variations. As the temperature of the environment fluctuates, the CRASN40K2F10K0TA acts as a stabilizing factor, providing a reliable signal flow without any issues in performance. This makes it not only capable of withstanding heat, but also electrical waves.

Conclusion

CRASN40K2F10K0TA resistor networks, or arrays, are an ideal solution for applications requiring reliable and accurate signal conditioning in extreme temperatures. The resistors are carefully arranged and insulated to guarantee the functionality of the network in extreme conditions, and the threaded connections make it easy to install and configure. The network is frequently used in industrial settings for power electronics, exhaust-gas measurements and automotive applications.