752091103JP

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Resistor Networks, Arrays

The 752091103JP is a resistor network package, consisting of a 10-pin ceramic package. It is designed to be used in high-precision voltage applications, such as digital signal processing and power control, due to its low series resistance and accurate temperature coefficient. The device is also able to withstand higher thermal stress than other ceramic packages, and so is suitable for use in high-reliability and high-temperature applications.

The network consists of three single resistor elements, connected in series. Each element has a fixed resistor value, such that the total resistance of the package is always the sum of the individual resistor values. This allows the design of circuits that need accurate values and tolerance without the need for separate trim and offset resistors. The three resistor values are typically selected according to the requirements of the application, such as temperature coefficient or power rating.

The working principle of the resistor network is fairly simple. A voltage is applied across the input terminal of the network, and the voltage is split across the three resistor elements. The voltage across each element is proportional to its resistance, and the voltage across the output terminal is an exact replica of the input voltage. This allows the circuit to achieve its high-precision voltage accuracy.

The 752091103JP can be used in a variety of applications, including power control, precision voltage measurement, and power conversion. In each of these applications, the resistor network provides accurate voltage measurement and robust temperature stability. The device can also be used to provide ESD protection for sensitive circuits, as it has an extremely high impedance in the presence of ESD pulses.

The 752091103JP is a versatile resistor network package with many features, such as low series resistance and accurate temperature coefficient. The device is ideal for high-precision voltage applications such as digital signal processing and power control. The network is flexible, allowing for different resistor values to be used and providing excellent accuracy and temperature stability.

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