CRA12E0831K60JTR

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Resistor Networks, Arrays are very often used in electronic circuitry. The CRA12E0831K60JTR model is one of the most popular resistors network due to its high precision, quality and performance. This article will discuss its application fields and working principle.

Overview

CRA12E0831K60JTR is a surface mountable, 12-pin network of resistors. It is used to alter electrical signals passing through it, making it a simple and effective way to interface with ICs. Incorporating 80 ohm, 1k ohm, and 25k ohm resistors in a compact package, CRA12E0831K60JTR provides precision and quality comparable with that of larger modules. In addition, CRA12E0831K60JTR stands up to temperatures ranging from -40°C to 85°C, making it reliable and durable.

Application Fields

CRA12E0831K60JTR has a wide range of applications in different electronic fields. The most common applications include:

• Consumer electronics: CRA12E0831K60JTR is widely used as an active or passive resistor in electronics such as television sets, DVD players, and other entertainment products.
• Automotive: In automotive electronics, CRA12E0831K60JTR is used as a voltage regulator, controlling the amount of voltage delivered to the car\'s components. It is also used as part of the anti-lock braking system and cruise control.
• Telecommunications: CRA12E0831K60JTR is often used in common switching devices and mobile phone antennas.
• Industrial control: The application of CRA12E0831K60JTR in the industrial control is also very extensive. In industrial control, CRA12E0831K60JTR is commonly used as a switch, current regulator, and heat dissipation device.

Working Principle

The working principle of CRA12E0831K60JTR is the conversion of electrical signals into an adjustable voltage output. This is accomplished by varying the resistance within the network according to a voltage that is applied to it. When a current passes through the resistor network, it creates a voltage drop across each resistor, which is proportional to the resistivity of the resistor. The resistance of each resistor is controlled independently by varying the voltage applied to it and thus the voltage output of the resistor network can be modified.

The CRA12E0831K60JTR model incorporates three resistors with three different resistivities. The 80 ohm resistors are used for current limiting, while the 1k ohm resistors provide gain at low frequency. The 25k ohm resistors provide gain at high frequency. This range of resistors allows CRA12E0831K60JTR to accomplish a range of electronic tasks including level shifting, smoothing of signals, filtering of signals, buffering of signals, and voltage regulation.

Conclusion

CRA12E0831K60JTR is a popular and versatile resistor network that has many applications in different electronic fields. It is known for its precision and quality as well as its ability to handle extreme temperatures. CRA12E0831K60JTR model can be used to convert electrical signals into adjustable outputs by varying the resistance within the resistor network. It is composed of three resistors with different resistivities, thus providing the user with a wide range of available electronic functions.

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