CAY16-4703F4LF

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Resistor networks and arrays are a type of device commonly used in electronics applications. The CAY16-4703F4LF is a surface mount resistor array with a 1206 case size. It was designed specifically to be used in high voltage applications, such as power supplies, high voltage rectifiers, and automotive applications.

This resistor array has a 3-pin configuration, consisting of a common lead and two terminals, for a total of 4 resistors in a single package. The common lead connects all 4 resistors in parallel, and each terminal connects to two of the resistors. This configuration allows for exceptionally high current-handling capabilities, as well as a low thermal resistance.

The CAY16-4703F4LF is a general purpose resistor array, and is designed to be used in applications where there is a need to divide a single voltage source into several different lower voltages. This can be used for many different purposes, such as supplying power to multiple devices from a single voltage source, or as a voltage divider in an analog-to-digital converter.

The CAY16-4703F4LF is a surface mount component, and is designed for applications where space is at a premium. The 4-resistor configuration also allows for a wide range of resistance values, from 4.7 to 47 Ohms, allowing for a much greater flexibility of applications.

The working principle of the CAY16-4703F4LF is quite simple. When a voltage is applied to the two terminals, the current flowing through the common lead is split between the two resistors connected to each terminal. This creates two separate voltages, each half of the original. As the resistance values of each individual resistor are chosen, the exact voltage division can be adjusted accordingly.

The CAY16-4703F4LF is a versatile, yet simple component, and can be used in many different applications. Its unique design allows for a wide range of resistance values and voltages, while still maintaining a compact package size. It is an ideal component for high voltage applications such as power supplies and digital-to-analog converters.

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