YC164-JR-0720KL Resistors

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Resistor networks play an important role in a wide range of applications, such as in filters, amplifiers, power supplies, and analog and digital circuits. The YC164-JR-0720KL is a type of resistor network consisting of two interconnected four-terminal networks which can be used to design various resistor combinations. Its versatility makes it a popular choice for a variety of applications.

The primary purpose of the YC164-JR-0720KL is to provide an accurate, stable resistance value to the input and output of a circuit. By having two different four-terminal networks, the resistance value can be varied or adjusted to accurately control the current flow in the circuit. The terminal design allows for the connection of two separate resistors at different terminals, allowing the user to design custom resistance values for any circuit.

The YC164-JR-0720KL is also known as a “splitter block” because it can be used to divide a current into two different paths, with each path having a separate voltage. This is often used in power supplies, for example, to divide the current into two different voltage levels. A resistive voltage divider is another application where the YC164-JR-0720KL can be used to adjust the output voltage of a circuit.

The working principle of the YC164-JR-0720KL is very simple. When a voltage is applied across the terminals, the resulting current is divided by the two four-terminal networks in parallel and is then outputted at two different terminals. The current can then be further adjusted by connecting the two four-terminal networks to two different resistors. This allows the user to tailor the overall resistance value based on the application.

The YC164-JR-0720KL is a versatile resistor network that can be used in a wide range of applications. It can be used to design accurate and stable resistance values in a variety of circuits, and it is also capable of dividing a current into two different paths with separate voltages. Its versatility makes it one of the most popular resistor networks available.

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