767161392GP

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Resistor Networks, Arrays, can be classified as solid-state devices that employ networks of resistors to control the flow of electricity. One example is the 767161392GP application field and working principle.

The 767161392GP is a resistive array that is widely used in automotive, medical, industrial and consumer electronics. It is a single-ended array that is designed to provide a 10-bit resistance control with a range of 0-100% of resistance between its pins. The device is designed to minimise the amount of on-board power used, thus resulting in a low power usage rate.

The 767161392GP consists of two groups of resistors arranged in a cross-linked configuration. The first group of resistors is a series of metal oxide resistors arranged in a single line, while the second group of resistors consists of five lines of poly-film resistive resistors arranged in a cross-linked pattern. Each resistor in the network is connected to a corresponding pin on the device. The pins can be used to control the resistance of the resistive array from 0 to 100% of the range.

The working principle of the 767161392GP is based on the resistance of each resistor in the network. When the device is energized, the resistors all take up a certain level of resistance. However, when the control pins of the device are applied with a certain voltage, the resistance of the individual resistors varies, creating an output voltage or resistance value across the device. This voltage or resistance is the control that is obtained from the device.

The applications of the 767161392GP include the control of a variety of products such as power converters, motor controllers and automotive systems, among others. It is also a key component of automotive electronic control systems, providing resistance control for the various sensor elements within the system. The device can also be used in medical and industrial applications, providing accurate resistance control for a number of different systems.

In conclusion, the 767161392GP resistive array is a highly useful device that provides accurate resistance control for a variety of applications. Its simple design and low power consumption make it an ideal choice for systems requiring high accuracy and low power usage. It is also highly reliable, robust and cost-effective.

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