HHV1WSJT-73-16M

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Through Hole Resistors are designed to provide protection against short circuits, voltage overloads, and power surges in circuits. HHV1WSJT-73-16M is a Through Hole Resistor developed to provide an improved level of dependability and performance. It is designed to meet a variety of application requirements for superior industrial and electronics applications.

The HHV1WSJT-73-16M is a power-rated device of 73.16mΩ. This rating means it can handle up to 65V of continuous voltage, up to 250V of peak-voltage, and up to 4A of current passing through the device. It also features a maximum operating temperature of 125°C, and the body is PA6.6, reinforced with chopped glass fiber. The outer casing is made of flame-retardant ABS (UL94-V0) box which is sealed shells for long-term energy resistance.

The HHV1WSJT-73-16M Through Hole Resistor is designed for a variety of industries and applications, such as computer networking, telecommunications, digital home entertainment, automotive, and industrial control operations. It has a very low profile, which is very helpful for the design of high-density PCBs library. The resistor also offers high performance options like rated power or voltage, reliability and durability.

In terms of the working principle, the HHV1WSJT-73-16M Through Hole Resistor works through the copper alloy resistor elements, which is made of a thin sheet material. These sheet resistors are wrapped around part of a ring shape, such as a foam disk or a metal tube. The resistors are connected to each other by soldering wires. When current passes through the resistor, a voltage drop will occur as a result of the resistance, providing the desired effect. The resistance value of the resistor is determined by the total resistance formed by all the connected resistors.

In summary, the HHV1WSJT-73-16M Through Hole Resistor is an effective, reliable, and affordable solution for industrial and electronics applications. It offers superior protection against short circuits, voltage overloads, and power surges in circuits, and the low profile is helpful for the design of high-density PCBs. Moreover, the resistance value is determined by the total resistance formed by all the connected resistors, thus making the device easy to use and maintain. The device is UL-approved, and works through copper alloy resistor elements, which are wrapped around a metal core.

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