ACASN2002U2002P1AT Resistors

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Resistor Networks, Arrays such as ACASN2002U2002P1AT are some of the most commonly used components in electronics. They are used to control electric current, attenuate signals, protect circuits and provide power. There are different types of resistor networks and arrays, each having its own unique features and applications.

ACASN2002U2002P1AT is a surface-mount, 2.2-megaohm, two layer, 4-resistor network. It is a high power, low residual-impedance network. The device is made of two layers including a bi-directional upper layer and a lower layer. The upper layer contains two resistors, each rated at 1 megohm, and the lower layer contains two resistors, each rated at 1.2 megohms. It can provide a constant resistance with a low voltage drop and a superior current-handling capability.

ACASN2002U2002P1AT is mainly used in automotive, consumer and commercial applications. It is commonly used for power distribution, signal conditioning and attenuation in these applications. It is also used to protect circuits from over-voltage and excessive current. The device is designed to be used in a wide variety of temperature and humidity ranges.

In terms of working principle, ACASN2002U2002P1AT is a series array which operates by transferring power to two different resistors that are in parallel. This allows for a low voltage drop, low residual-impedance and a high power-handling capability. The device is designed to provide constant, reliable current levels.

The device is also designed to provide a safe current level during surge conditions. It is also designed to reduce noise levels in circuits due to its low level of residual-impedance. This allows higher data rates to be achieved when the device is used.

ACASN2002U2002P1AT is an efficient device for controlling electric current, protecting circuits and providing power. It is a two layer device with two resistors rated at 1 megohm each. This makes it more efficient than single layer resistor networks. It can provide constant, reliable current levels, allowing for higher data rates and safe operation in many applications.

The device is also capable of handling high surge currents, reducing noise levels in circuits and providing high data rates when used in combination with other components. In conclusion, ACASN2002U2002P1AT is a highly efficient device for controlling electric current, protecting circuits and providing power in a variety of applications.

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