CRA12E083100KJTR Resistors

The CRA12E083100KJTR is a network of resistors with specific applications in the technological field. It is a ceramic resistor array consisting of 8 separate resistors connected in parallel with a slide switch to change resistor values. Its small package size and low cost makes it very popular in the market and is ideal for automated factories where a large number of settings need to change.

The CRA12E083100KJTR has many fields of application. It is used to accurately control the resistance in shared circuit paths. It is also used to reduce unwanted electrical noise in high frequency circuits. In the automotive industry, it is used as an active component for controlling the temperature in fuel injection systems. In telecommunications, it is used for signal conditioning, signal filtering, and impedance matching. It is often used in audio amplifiers and other audio devices to reduce distortion and improve sound quality. In the medical field, it is used to control electrical stimulation in medical implants.

The CRA12E083100KJTR works by its 8 separate resistors connected in parallel and its slide switch. The 8 resistors can be connected in parallel to provide a total resistance that is much lower than that of a single resistor. The resistance can be set as desired by adjusting the positions of the slide switch. The company even offers a wide range of resistance adjustment ranges with different resistor combinations. This makes the CRA12E083100KJTR ideal for applications that require a wide range of resistance Adjustability with high precision tuning.

In conclusion, the CRA12E083100KJTR is a powerful and versatile resistor network with numerous field applications. It is used for reducing noise, filtering signals, and controlling temperatures. Its small size and low cost make it a popular choice for automated factories and engineers who need to document a lot of settings. It works via a simple slide switch to adjust resistance, making it easy to use even for beginners. Its ability to provide high precision tuning of resistance makes it ideal for telecommunication applications as well as medical use.