HHV1WSJT-73-820K

Through Hole Resistors

The HHV1WSJT-73-820K is a through hole resistor that is designed to offer flexibility and reliability in a wide range of applications. The component can be used in power, regulated, and variable temperature operations. It is particularly suited for applications where high voltage situations and rapid cycling of power are present such as automotive, military and communication applications.

The HHV1WSJT-73-820K is a TIG resistor and it uses a silica gel encapsulating material to provide mechanical protection against environmental pollution and improve insulation properties. The high temperature resistant contact surfaces reduce the possibility of thermal stress and potential damage to the resistive element from thermal fatigue. The design also eliminates potential spark hazards and arc discharge.

The HHV1WSJT-73-820K has a through hole design. This design allows a component to be secured in a circuit board by the use of a hole in the board, thus providing the ability to integrate other components onto the same board without using soldering. This is also an economical alternative to soldering as it reduces the complexity of the installation process. The through hole design also allows the component to be easily removed should it need to be replaced.

The working principle of the HHV1WSJT-73-820K is based on the principle of electron flow. Electrons flow from the cathode to the anode of the resistor element through an electric field. The amount of current flowing through the resistor is determined by the resistance of the component. The resistance can be adjusted by varying the applied voltage or by changing the number of components in the circuit. This control makes the component ideal for use in applications that require accurate control of the current flow.

The HHV1WSJT-73-820K is a superb choice for a wide range of applications including switch-mode power supplies, rectifier circuits, inverters, motor control, automotive, and communication systems. Its through hole design provides flexibility and reliability and its resistance is adjustable with an applied voltage or by changing the number of components. Its mechanical protection against environmental pollution and its high-temperature resistant contact surfaces add to its appeal.