CRA12E0836K20JTR

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Resistor networks and resistor arrays can be used for various purposes in many applications. The CRA12E0836K20JTR is one such example of a resistor network with specific characteristics that makes it ideal for certain types of applications. This article will discuss the application field and working principle of the CRA12E0836K20JTR resistor network.

The CRA12E0836K20JTR is a 12-terminal chip resistor array, commonly used in signal and power conditioning applications. It is designed to offer a cold compensation resistor by using a single chip. This makes it possible for the resistor network to be more easily adjusted and integrated into a system with various other components without requiring any manual addition of components. Thanks to the precision of this single-chip resistor system, it can be used in a wide range of applications, including audio amplifiers, power supplies, and consumer electronics.

The CRA12E0836K20JTR\'s operating principle is based on a thermoelectric effect that provides control of the resistance over temperature. A small PTC thermistor is embedded into the chip, which is activated and released to produce a low offset resistance output. If the temperature increases, the thermistor absorbs heat and the resistance increases. If the temperature decreases, the thermistor releases heat and the resistance decreases. In this way, the CRA12E0836K20JTR has a very precise resistance control over a wide temperature range.

In terms of application, the CRA12E0836K20JTR has two main uses. Firstly, it can be used as a temperature compensation resistor, meaning that it can be used in systems where the resistance needs to be adjusted over a wide temperature range. This makes it ideal for power supply applications, as it can help to stabilize the output power of the system. Secondly, the CRA12E0836K20JTR can also be used in precision amplification systems, because it can provide extremely precise control of the gain and cut-off frequency of the system.

In conclusion, the CRA12E0836K20JTR is a highly advanced single-chip resistor network designed for use in a variety of different applications. It has a wide range of applications, such as temperature compensation, power supply, and precision amplification systems. It is based on a thermoelectric effect that provides a precise resistance control over a wide temperature range. Its versatility and highly precise control make it essential for many signal and power conditioning applications.

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