YC324-FK-078K87L

Resistor networks and arrays have been established in many aerospace, medical, automotive and computing applications to enable designers to fabricate complex circuits and systems with less space, weight and power consumption than an equivalent discrete circuit design. The YC324-FK-078K87L is a resistor networks product that has been developed to better serve these industries. This article will take a closer look at the application fields and the working principles of the YC324-FK-078K87L resistor network.

Application Field of YC324-FK-078K87L

The YC324-FK-078K87L is a multi-pole resistor network designed for a variety of applications where a low profile resistive element is needed. With a resistance range of 10Ω to 1MΩ, it is suitable for a wide range of power supplies, motor control modules, power systems, and other automotive, medical and computing applications. It is particularly helpful for automotive applications due to its ability to provide a stable resistive element, even over a wide temperature range. It can also help reduce the need for multiple discrete resistors while maintaining a low-profile footprint.

Working Principle of YC324-FK-078K87L

The YC324-FK-078K87L resistor network uses a resistive element formed by two series-connected networks with various combinations of resistors. The network produces the desired resistance by connecting resistors in different combinations, which allows for flexibility in configuring applications.

The resistor element can be tuned to maintain stability for a given application, as the network is designed to automatically adjust resistance values to compensate for changes in the surrounding environment. This helps reduce power consumption, while still providing a stable resistance element in a wide variety of environments.

The YC324-FK-078K87L resistsive network is also designed with a precision resistor element and a precision fuse element. The precision resistor helps ensure accurate resistance values in a given application, while the precision fuse helps protect the circuit in case of overload.

To meet the requirements of automotive, medical and computing applications, the YC324-FK-078K87L includes multiple resistive elements, with different resistance characteristics, and a high temperature range of -40 to +125 degrees Celsius. These features make it an ideal choice for a range of high-performance applications.

Conclusion

The YC324-FK-078K87L resistor network offers great versatility and is suitable for a wide range of automotive, medical and computing applications where a low-profile resistive element is required. With its ability to automatically adjust resistance values and a high temperature range, it is an ideal choice for high-performance applications.