HHV1WSFT-73-14M3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are components used in electronics for their strong resistance to current flow, and their ability to maintain stable performance despite extreme temperatures and other environmental factors. The HHV1WSFT-73-14M3, with its 14-pin through-hole design, is an excellent choice for through-hole resistors.

The HHV1WSFT-73-14M3 is a metal oxide film resistor, constructed of an aluminum oxide film dielectric substrate. This dielectric substrate is an excellent material for withstanding voltage and temperature fluctuations, and is highly resistant to breakdown and other issues associated with high-density power applications.

One of the main advantages of the HHV1WSFT-73-14M3 is its high accuracy even in high-power applications. It has a very tight tolerance, with a maximum of 0.5%. This ensures very precise resistance over a broad temperature range. In industry standard testing, the HHV1WSFT-73-14M3 proved to be within tolerance up to 150 °C with a 6kV accelerometer.

The HHV1WSFT-73-14M3 is also highly resistant to thermal shock, making it the ideal solution for high-power applications. The aluminum oxide encoding technology ensures it can handle temperature changes of more than 200 °C/min with no damage or reduction in performance.

The HHV1WSFT-73-14M3 is further designed to reduce thermal noise and increase efficiency. The aluminum oxide design ensures that the resistor can be most efficient even when operating at temperatures ranging from -55 to +250 °C. This makes it ideal for applications where consistent and accurate currents and voltages need to be balanced over high temperatures.

The HHV1WSFT-73-14M3’s working principle is based on Ohm’s Law. In Ohm’s Law, there is a direct relationship between voltage, current, and resistance. In the case of the HHV1WSFT-73-14M3, the voltage applied across the unit will cause a current to flow through it, with the current being determined by the amount of resistance offered by the resistor. The greater the resistance, the less the current.

The amount of resistance offered by the resistor is dependent on the amount of material present, which in the case of the HHV1WSFT-73-14M3 is aluminum oxide. The greater the amount of aluminum oxide present, the greater the resistance offered by the unit. This in turn determines the current flowing through it.

The HHV1WSFT-73-14M3 has many possible applications requiring high-accuracy in high-power applications, due to its high accuracy and thermal stability. It is most commonly used in power supplies, motor control systems, and high-temperature test systems. Its thermal stability also makes it suitable for high-end computing and telecom systems, as well as high-specification medical and consumer electronics.

Overall, the HHV1WSFT-73-14M3 is an ideal choice for through-hole resistors. Its high accuracy, tight tolerance, and excellent thermal stability make it ideal for a range of high-power applications requiring precise resistance in a range of temperatures.

The specific data is subject to PDF, and the above content is for reference