CAY16-474J4LF

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Resistor Networks, Arrays, and their application field and working principle are integral when it comes to electronics. As a solution for sophisticated circuit designs, resistance networks are formed from several individual resistors interconnected in unique configurations. Such networks are essentially miniaturized integrated circuits formed from BJTs, MOSFETs, or similar transistors. In general, resistance networks are able to reduce the effects of several sources of unwanted electrical noise and eliminate crosstalk.

CAY series resistor networks are a type of precision, miniature function-specific resistor networks with multiple resistors in a single package. The CAY16-474J4LF model is a single-in-line, 14-pin through-hole package style resistance network. This model has four independent resistors and one terminal ground. Each resistor has a value of 4.75K Ohm ± 5%, providing a total resistance of 19K Ohm ± 20%. Each resistor can handle up to 150mA of current and has a working voltage range of -65V to +65V. This model is available in a black epoxy temperature-resistant package with gold plating on the contact surfaces.

The CAY16-474J4LF is primarily used in applications requiring precision control of current intensity, such as switching regulator control circuitry. These precision and accuracy requirements can be seen in the need for a low-cost solution for circuit protection and current limiting, as in automotive applications. By applying the series resistor configuration and reducing total power dissipation, the CAY16-474J4LF helps optimization of protection while decreasing the negative effects of heat.

The working principle of resistance networks, such as the CAY16-474J4LF, is mainly based on voltage division. This is a relatively simple form of electrical circuit design where a large voltage is divided into multiple, smaller voltage numbers. This can help keep a voltage flow within a certain required range. In addition, series resistors can provide the necessary increased voltage stability.

Additionally, resistance networks such as the CAY16-474J4LF offer the advantages of increased flexibility due to the wide array of available configurations, including, but not limited to, series and parallel connections. This wide array of available combinations allows for the optimization of resistance values depending on the application’s needs. This model, in particular, has a simple two-terminal, through-hole mounting style, allowing for easy installation and assembly.

To conclude, Resistor Networks, Arrays, and their application field and working principle are a fundamental component when it comes to the design of almost any electronic circuit. The CAY16-474J4LF is a precision, miniature, 14-pin through-hole package style resistance network, featuring four independent resistors with a value of 4.75K Ohm ± 5%, providing a total resistance of 19K Ohm ± 20%. This model is primarily used in applications requiring precision control of current intensity and offers the advantages of increased flexibility due to a wide array of available configurations. The working principle is primarily based on voltage division, which provides the necessary increased voltage stability.

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