CRA12E0831K80JTR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays are widely used in various applications, such as controlling power, aiding in the translation of signals, protecting against over-current, and so on. CRA12E0831K80JTR is one type of resistor network or array, which has been used in many industrial and automotive applications. In this article, we will discuss the application field and working principle of CRA12E0831K80JTR.

CRA12E0831K80JTR is a stack type resistor array, which consists of a series of resistors that are connected in a row on a substrate. Each array can operate independently, with different current and voltage requirements. The term "stack type" refers to the fact that the resistors are stacked vertically on the substrate rather than connected horizontally. The substrate has multiple pins that allow the connection of multiple resistors in parallel. By connecting multiple resistors in parallel, the overall resistance of the array can be adjusted.

The application field of CRA12E0831K80JTR mainly includes supplying power, signal amplification, and protecting against excess current. They are especially suitable for automotive, industrial, medical, and communications control applications. For example, they can be used in automotive headlamp systems, camera systems, audio systems, and emission control applications. They can also be used in medical devices for providing power to various types of equipment, and in telecommunications systems for providing signals.

The working principle of CRA12E0831K80JTR is actually quite simple. For a single resistor, the electric current passing through it produces a corresponding voltage drop. However, for a resistor array, each resistor produces its own voltage drop, effectively dividing the current through the array. By altering the voltage drop produced by each resistor, the overall resistance of the array can be adjusted to suit the particular application requirements.

Since the CRA12E0831K80JTR consists of multiple resistors arranged in parallel, it is also capable of providing continuous adjustment of the overall resistance. This feature makes the array particularly suitable for applications that require dynamic control of the current and voltage requirements. For example, they can be used for controlling the power output of an automotive system, or for providing a high resistance value for signal amplification.

In conclusion, the CRA12E0831K80JTR is a stack type resistor array that is capable of providing a wide range of current and voltage requirements. It can be used for supplying power, signal amplification, and protecting against excess current, and is particularly suitable for automotive, industrial, medical, and communications control applications. The working principle of the array is based on each resistor producing its own voltage drop, which can then be adjusted to alter the overall resistance of the array.

The specific data is subject to PDF, and the above content is for reference