YC122-FR-0756R2L

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Resistor networks and arrays provide many useful electronic engineering applications. One such example is the YC122-FR-0756R2L, a network of resistors mounted on a single circuit board. This network comprises eight individual resistors that connect to two common terminals, forming a bridge circuit. Each resistor has its own designated value which is printed on the circuit board.

The YC122-FR-0756R2L is commonly used in applications as a voltage divider, current limiter, signal splitter, load balancer or as an overcurrent protection device. Its two common terminals can be connected to a power source whilst the resistor values set the output voltage. This network can also be used to help dissipate, or limit, excessive current in a circuit, to help reduce voltage ripple, or to split an input signal into multiple equal amplitude outputs.

The working principle behind the YC122-FR-0756R2L is explained by the Wheatstone bridge formula: VR = (R1 * R3) / (R2 * R4). In this formula, VR is the output voltage across the two common terminals and R1 to R4 are the resistors in the network. This formula can be used to calculate the output voltage when the resistance values of all four resistors in the network are known.

Due to its combination of elements, the YC12-FR-0756R2L is able to accurately divide voltage or current, reduce voltage ripple, split a signal into multiple outputs or limit excessive current. The user also has the ability to adjust the output voltage by varying the value of the resistors on the circuit board, which can in turn be used for fine tuning and optimization.

The YC122-FR-0756R2L is widely used in industrial and consumer electronics applications and is an effective addition to any resistive network or array design. It is easy to install, affordable, and is able to provide various voltage and current functions in a single circuit board. Due to its versatility, it has become a popular component for circuit designers.

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