YC162-FR-07316RL

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Resistor networks and arrays have become increasingly important components of a wide variety of modern electronic devices. YC162-FR-07316RL resistors, a type of network or array, are able to accurately and reliably control the amount of current passing through a circuit, allowing circuit designers to precisely control the characteristics of a circuit. While its design depends on the application, the basic components of the YC162-FR-07316RL resistor network are essentially the same for all applications.

Application Field

The YC162-FR-07316RL resistor networks are typically used as current limiters and stabilizers, providing precise control of the current passing through a circuit. These networks are often used in power supplies, amplifiers, and telecommunication circuits/devices, helping to ensure their proper operation. They can also be used in home automation and motor control applications, as well as in automotive and avionic circuits.

Working Principle

The YC162-FR-07316RL resistor network consists of two series resistors connected in parallel to a shunt resistor. This arrangement of resistors forms what is commonly referred to as a "bridge" configuration. This bridge operates as a current limiter, with the circuit current only passing through the bridge when the voltage dropped across the two series resistors is greater than the voltage dropped across the shunt resistor.

The value of the two series resistors and the shunt resistor, as well as the size of the resistors, are determined by the application. Generally, larger resistors are used in power supplies and smaller resistors are used in telecommunication circuits/devices. By varying the values of the resistors, as well as the size of the resistors, the YC162-FR-07316RL network can be adjusted to control the voltage and current levels of the circuit.

The YC162-FR-07316RL resistor network provides the circuit with accurate and reliable current control, allowing circuit designers to precisely regulate the performance of their circuit. This enables designers to use the resistors to optimize the characteristics of their circuits and ensure proper operation.

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