HHV1WSJR-73-100K

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Through Hole Resistors are one of the most basic and important components in the electronic circuit. This resistor, with the model number of HHV1WSJR-73-100K, is a quite typical representation of Through Hole Resistors.

Through Hole Resistors are often used to control the current in circuits, and act as the device to dissipate energy, thus helping to limit the current in the circuit. HHV1WSJR-73-100K is essentially a resistor device, often used in applications, such as communication, microprocessor controlling, consumer electronics, and electronic controlling. The resistor has fast response time, uniformity, low temperature coefficient and high stability.

The working principle of Through Hole Resistors is pretty straightforward. It is essentially a combination of two conductors with a resistance material separating them. A certain amount of current will flow across the material, depending on the resistance of the material. An electrical current is passed through the material, and the electrons will travel through the material but will be resisted by the material. The amount of resistance generated depends on the type and amount of the material used.

More specifically, the HHV1WSJR-73-100K has a maximum working voltage of 1000 V and a tolerance of ±1%. The maximum working voltage indicates the maximum voltage that the resistor can take. On the other hand, the tolerance is considered to be the resistance of the resistor at the rated power. It is expressed in percentage, and it indicates how much variation in resistance is acceptable. The exact resistance of the resistor would also be indicated on the product.

In addition, the resistor has a dielectric strength of 2500 V. The dielectric strength is used to measure the dielectric or insulation resistance between the two conductors separated by the material. The dielectric strength of the resistor reflects the ability of the material to resist breakdown when exposed to high voltage.

Apart from that, the temperature coefficient of the resistor is also important. The temperature coefficient is used to describe the change in resistance due to temperature. It is expressed in the form of ppm/°C. The higher the temperature coefficient of the resistor, the more it will be able to resist change in resistance due to temperature change.

When used in a circuit, the HHV1WSJR-73-100K will help regulate and adjust the current in the circuit. The exact current depends on the resistor\'s resistance, and the voltage will be determined by the amount of current that passes through the two conductors. This allows the user to tailor the characteristics of the circuit to their own needs.

In conclusion, the HHV1WSJR-73-100K is a typical Through Hole Resistor, with a maximum working voltage of 1000 V, tolerance of ±1%, dielectric strength of 2500 V, and temperature coefficient of 200 ppm/°C. It is mainly used to regulate and adjust the current in the circuit, and it is mostly applied in communication, microprocessor controlling, consumer electronics, and electronic controlling.

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