HHV100JR-73-750K

Through Hole Resistors are widely used in various applications from circuit protection to current control. The HHV100JR-73-750K is a type of through hole resistor, and it is used for resistor-based protection and current control applications. The following will discuss the applications of the HHV100JR-73-750K and its working principle.

HHV100JR-73-750K Application

The HHV100JR-73-750K is used to protect sensitive electronic circuits from damage due to surges and transients. It is used in an array of applications including automotive power systems, industrial control systems, and consumer electronic devices. Its small package size and low operating temperature make it suitable for use in tight spaces and harsh environments.

The high surge current capacity of the HHV100JR-73-750K also makes it suitable for applications such as automotive EMI filter designs. The resistance value of this part can be accurately controlled by adjusting the ratio between two different resistors. This makes it easy to adjust the resistance and current values for a wide variety of applications.

Working Principle

The HHV100JR-73-750K works by reducing the current flowing through the circuit. It is composed of two resistors, A and B, connected in series. When the voltage across the resistors changes, the current passing through them will also change. By adjusting the ratio between A and B, the resistance can be changed and the current passing through them can be adjusted.

The construction of the HHV100JR-73-750K also allows it to provide protection from surges and transients. Because of the two resistors connected in series, when a high voltage transient passes through the circuit, the current will be limited by the resistors and the electrical components will not be damaged.

Conclusion

The HHV100JR-73-750K is a through-hole resistor that provides excellent protection from voltage transients and surges. It can be used in a wide variety of applications, including automotive power systems, industrial control systems, and consumer electronic devices. It is also well-suited for automotive EMI filter designs due to its ability to accurately control its resistance value. Finally, the two resistors in series are also what provide the resistor-based protection from surges and transients.