TC164-FR-07619KL

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Resistor Networks, Arrays have become increasingly popular components among industries for various applications. The TC164-FR-07619KL is a specialized resistor array designed to provide a more precise and accurate solution for applications. This application field and working principle will be explored further in this article.

A resistor array is a network or combination of resistors which are interconnected in specific fashion. The main purpose of a resistor array is to provide a resistance combination for specific electrical applications. It is used for designing power supplies, circuit protection, level shifting, and voltage division. Because a resistor array\'s primary purpose is to provide resistance, its application field involves any area or industry that needs this type of componentry.

The TC164-FR-07619KL resistor array is a specialized device created for precision and accurate applications. It is a 6-resistor network with 5 ohm resistance between each node. The resistor array has a low temperature coefficient of -25 ppm/°C so that the resistance values remain stable over large temperature variations. This array is used for controlling power supply voltages with circuit protection devices such as power transistors, triacs, and diodes.

The working principle of the TC164-FR-07619KL is fairly straightforward. It is designed to provide resistive components that are interconnected in a specific network. The resistance between each node is 5 ohms, which allows for accurate current and voltage control. The low temperature coefficient helps this precision resistor array to remain stable over wide temperature fluctuations. The resistor array also includes 6 network nodes, allowing for both input and output for use in power supplies.

The TC164-FR-07619KL is an excellent choice when precise current or voltage control is a necessary requirement. Its 6-resistor network is a great combination of resistive components and its low temperature coefficient allows the device to remain stable over time. As a result, this component is a great choice in the fields of power supply design, circuit protection, level shifting, and voltage division.

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