4306R-102-471

Resistor Networks, Arrays are passive electrical components which are used to limit current flow, adjust signal levels, to divide voltages, bias active elements, and terminate transmission lines among other uses. Resistance networks, arrays are networks of individual resistors that are connected in various ways to modify the overall resistance. Among them, 4306R-102-471 is an industrial grade resistor network or array which is designed to provide a complete resistance solution in a 4306 case; It provides a wide variety of resistance values, high reliability, and is available in different precision and tolerance options to meet the requirement according to the application needs.

4306R-102-471 is an industrial-grade thick film fixed resistor array which is designed and manufactured based on the market standards. It has a wide range of applications, including high-end industrial, professional, automotive, and consumer products. 4306R-102-471 has the capabilities of a number of resistors in a single case, this saves time and cost in the product development. It also can protect the environment since fewer components are used in the design process.

4306R-102-471 Application Field:

The 4306R-102-471 resistor network or array is designed to provide a wide array of applications and functions including current limiting, signal attenuation, signal mixing, and level shifting. It can be used in industrial, aerospace, automotive, communications, instrumentation, consumer, and professional applications. One application is the prevention of overcurrent in DC/DC converter circuits. It is often used as a simple series resistor network in power conversion circuits, such as in laptop computer power adapters.

4306R-102-471 Working Principle:

The 4306R-102-471 is a 4 pin resistor network, the four pins are connected to the resistor elements in the network. The resistor network allows current to flow through the network, and the value of resistance is determined by the total resistance of the individual resistors connected in the network. The resistor network operates in line with Ohm’s Law, which states that Voltage = Resistance

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