FCR3WSJT-73-1K6

Through Hole Resistors feature a range of designs from axial leaded through hole components to ceramic-encapsulated resistors packaged with metalized terminations. Axial leadthrough resistors, as the name implies, use leads that extend from the side of the component and are able to carry current in either direction. Ceramic-encapsulated through hole resistors are typically used in high-temperature applications, such as military and aerospace. FTerminated directly to the ceramic body, these resistors offer greater accuracy and stability due to their entrapped construction and smaller footprint. The FCR3WSJT-73-1K6 application field and working principle are discussed in detail below.

Application Field

The FCR3WSJT-73-1K6 is a through-hole resistor component that offers superior stability and accuracy for a wide range of applications. It is commonly used in precision electronic circuitry, such as in audio amplifiers, power supplies, and high-precision motor control systems. This resistor can also be used in high-temperature applications, such as those found in space exploration and military projects, due to its ceramic-encased construction and small size.

Working Principle

A resistor works by converting electrical energy to heat through the process of electrical resistance. In a through-hole resistor, the addition of a ceramic body helps protect the component from high temperatures, and its small size also helps reduce the size and weight of the circuitry. The FCR3WSJT-73-1K6 uses a ceramic body to protect the resistor and dissipate any heat that is generated by the electrical current. The ceramic body also features metalized terminations that allow for consistent electrical connections and signal transmission, ensuring a reliable and precise operation.

Conclusion

The FCR3WSJT-73-1K6 through hole resistor is a versatile component that provides superior accuracy and stability in a variety of applications. Its ceramic-encased construction and metalized terminations help protect the resistor from high-temperature applications, and its small size helps ensure precision signal transmission. By understanding its application field and working principle, engineers and technicians can confidently use the FCR3WSJT-73-1K6 in their precision circuitry designs.