YC324-FK-0795K3L Datasheet/PDFResistor Networks, Arrays
Resistor networks and arrays are an important type of electrical component used in a wide variety of applications ranging from power supplies to instrumentation. The YC324-FK-0795K3L is a particularly advanced type of resistor network that offers superior performance and reliability.
YC324-FK-0795K3L Application Field
The YC324-FK-0795K3L is widely used in high-end applications including power supplies, circuit protection, and instrumentation. It is particularly well suited for applications where high efficiency and minimal power consumption are desired. Its low cost and excellent performance make it attractive to cost-conscious manufacturers. It is also commonly used in audio equipment, where its superior sound quality provides the best value for money.
YC324-FK-0795K3L Working Principle
The YC324-FK-0795K3L is a resistor network that consists of three resistors and four capacitors. The resistors are connected in a three-phase, 120-degree bridge configuration, with the three resistors each being capable of carrying current of up to 1.2 amps. The four capacitors are connected in series, and they act as energy storage devices providing power to the resistors when needed.
The three resistors create a voltage-divided bridge circuit that allows the resistors to share the load between them. This bridge circuitry gives the YC324-FK-0795K3L a high level of accuracy and consistency. The four capacitors provide additional energy storage and help improve the efficiency and power handling capabilities of the network.
The YC324-FK-0795K3L is also designed with low power consumption in mind. The resistors are precision machined and designed to reduce heat and provide the most reliable performance. Additionally, the capacitors are designed with a low ESR, which means that they have minimal power consumption and provide a high degree of accuracy and reliability.
Conclusion
The YC324-FK-0795K3L is an advanced type of resistor network that offers superior performance, reliability, and power consumption. It is a popular choice for power supplies, instrumentation, audio equipment, and other high-end applications. Its three-phase, 120-degree bridge circuitry provides a high level of accuracy and consistent performance. In addition, its four capacitors provide additional energy storage and help improve the efficiency and power handling capabilities of the network.