EXB-D10C563J

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Resistor networks and arrays are increasingly becoming common tools in today’s electronics industries due to their ability to control signal flow, provide isolation, and protect electronic components. The EXB-D10C563J is an example of such resistor networks, which is designed as a board-level solution for power supply filtering, signal buffering, and audio/video signal conditioning. It offers a combination of two resistor types – N-FET and P-FET – which together form a bridge-type arrangement.

The EXB-D10C563J consists of eight matched, resistive networks grouped in four pairs with two N-FET devices and four P-FET devices per group. Each N-FET device is connected to one of the P-FET devices in each pair. This creates a differential bridge that can be used to deliver precise levels of resistance. All four pairs are tied together to complete the network array with a substrate for mounting the resistors.

The EXB-D10C563J application field includes power supply filtering, signal buffering, and audio/video signal conditioning. In power supply filtering applications, the array is used to reduce the amount of noise on a power line. In signal buffering, it can be used to isolate two different signal sources from one another while allowing the signals to be transmitted simultaneously. In audio and video signal conditioning, the array is used to provide higher quality signal conditioning.

The working principle of the EXB-D10C563J array involves the creation of a bridge circuit with the two types of resistors – N-FET and P-FET. The N-FET and P-FET devices operate differently when exposed to a current of the same value. The N-FET reduces the current passing through it while the P-FET increases the current passing through it. This creates a variable resistance through the network, which can be used to control the signal flow. The EXB-D10C563J allows for precise control of the resistive components and improves stability and reliability over single-use resistive components.

In conclusion, the EXB-D10C563J is an example of a resistor network array which can be used in a variety of applications. Its unique combination of two resistor types – N-FET and P-FET – allows for precise levels of resistance to be obtained. Its application field includes power supply filtering, signal buffering, and audio/video signal conditioning. The working principle of the EXB-D10C563J involves the creation of a bridge circuit that is used to control signal flow through the network.

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