CAY16-122J4LF Resistors

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The CAY16-122J4LF is a resistor network, an electronic component with a specific functionality, used widely in the signal processing and communication industries. It is designed with two groups of interconnected resistors with specific properties, which allows it to be used to divide resistive loads or perform as a resistor array.

This resistor network has sixteen (4x4) ultra-miniature resistors placed in a single-in-line package, which simplifies the board\'s overall space requirements. The resistors are permanently joined into networks so that they are ready to use without any further soldering steps.

The CAY16-122J4LF features a low total resistance of 0.25 Ohms maximum (at the 25°C ambient temperature), making it suitable for use in low impedance systems. Each individual resistor also has a 1% tolerance tolerance for more precise control of the electrical characteristics of the network.

The CAY16-122J4LF is designed primarily for use in digital integrated circuits and radio circuits, where it can be used as a single source of intermediate resistive values. It can also be used for more precise control of the electrical characteristics of the networks, such as voltage divider networks.

The CAY16-122J4LF\'s working principle involves the two groups of connected resistors dividing the load applied to them, resulting in equal or different values of resistance for each of the resistors. The voltage across the load is further divided as determined by the ratios that exist among the resistors.

The CAY16-122J4LF\'s features make it suitable for use in thick-film, thin-film and surface mount applications. Its low total resistance and small size make it ideal for use in small printed circuit boards and where high performance & low noise are paramount.

Overall, the CAY16-122J4LF is an excellent choice for applications where low resistance values and precise control over electrical characteristics are essential. Its versatility and space-saving design make it the go-to choice for resistor networks in the signal processing and communication industries.

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