RF064PJ112CS

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Resistor Networks, Arrays

RF064PJ112CS is a two-resistor network with 1.12 Contact technology. It is designed to provide high circuit reliability and low cost for applications that require multiple circuit functions within a single package.

The RF064PJ112CS network consists of two resistors connected in parallel. The two resistors are balanced to provide a resistance value that is twice the value of each individual resistor. This configuration allows for greater flexibility in the design of circuits, since the two resistors can be used together to provide both a low resistance value for high current needs, and a higher resistance value for lower current needs.

Application Field

The RF064PJ112CS resistor network is commonly used in audio applications due to its large resistance range and its ability to provide both low and high resistance values in one package. It is also used in a wide range of consumer and industrial electronics, including power supplies, lighting and automation systems.

It is also used in telecommunications systems, satellite radio and television, and automotive electronics.

Working Principle

The working principle of the RF064PJ112CS resistor network is based on its configuration of two resistors in parallel. The two resistors are balanced to provide a resistance value that is twice the value of each individual resistor. This configuration allows for greater flexibility in the design of circuits, since the two resistors can be used together to provide both a low resistance value for high current needs, and a higher resistance value for lower current needs.

In addition, by connecting different traffic signals, the resistance value can also be altered. This is useful for controlling the power output from a device. By connecting two resistors in series, the output voltage is doubled and the resistance value is halved, while connecting two resistors in parallel will result in the output voltage being cut in half and the resistance value being doubled.

The RF064PJ112CS resistor network is designed to provide reliability and flexibility in design, as well as low cost. Its wide range of resistance values make it ideal for many applications, and its easy to use configuration makes it a popular choice for electronic device designers.

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