RP164PJ134CS

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RP164PJ134CS devices are part of the larger family of resistor networks, arrays, and dividers. Unlike regular resistors, resistor networks and arrays are organized into a single package with multiple resistors that are connected either in series, parallel, or combinations of both. These resistor networks are efficient and cost-effective ways to create the desired resistance or voltage divider in a circuit. The RP164PJ134CS utilizes a networks of four individual resistors to achieve the desired resistance.

The RP164PJ134CS device is a four-terminal resistor network with three resistors connected in a parallel set-up and one resistor connected in a series configuration. Each resistor is isolated from the others and placed in its own terminal. This allows for adjustable and non-adjustable resistance values to be applied in a single package. When the values are connected in a parallel configuration, the device can achieve high resistance values with fewer total resistors. Alternately, when the resistors are connected in a series configuration, the device can achieve low resistance values with the same total number of resistors.

The primary application field of the RP164PJ134CS is providing precision control of output voltages in power supplies and other sensitive electronic applications. This is achieved by connecting the device to the voltage regulator output and to a fixed voltage reference. The desired output voltage is obtained by adjusting the resistance of the device. The RP164PJ134CS also has applications in switching power supplies, where it can be used to control step-up and step-down converters.

The working principle of the RP164PJ134CS device is based on the same principle of a simple voltage divider. In a voltage divider circuit, two resistors are connected in series between a fixed voltage source and ground. By adjusting the ratio of the two resistors, the voltage at the point between the two resistors can be controlled. Similarly, in the RP164PJ134CS device, three resistors are connected in a parallel configuration and one resistor is connected in a series configuration. By adjusting the resistance of the series resistor, the output voltage of the device can be controlled.

The RP164PJ134CS device offers several advantages over traditional linear voltage regulation techniques, such as superior line and load regulation, low noise, low cost, and improved stability over temperature. In addition, since the device is configurable in various resistance values, it can be easily tailored to various applications. This makes the RP164PJ134CS a versatile and cost-effective solution for voltage regulation needs.

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