H8120KFYA

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Through Hole Resistors are widely used components in various electronics fields. One of its most popular products is the H8120KFYA, which is a High Voltage Through Hole Resistor and is designed to offer high temperature stability. Its use is commonly found in medical industry, automobile industry, and home appliances, and its features make it ideal for high voltage applications.

The H8120KFYA Through Hole Resistor is a thick film resistor, which has a high power rating of 10 watts and a tolerance of ± 10%. It has a wide operating temperature range, from -55°C to +150°C, allowing it to be used in various harsh environments. Additionally, it is manufactured using Ni-Sn alloy, which provides excellent electrical and thermal stability. This allows it to maintain its thermal and electrical properties even when exposed to extreme temperatures.

The H8120KFYA Through Hole Resistor offers a high voltage rating of 500VAC (Root Mean Square) or 3000VDC (Direct Current). Its operating voltage is significantly higher than conventional resistors, so it can offer more reliable performance in high voltage applications. Additionally, it also offers good current limiting, which can help protect the circuit from high voltage damage.

The working principle of the H8120KFYA Through Hole Resistor is quite simple. When a voltage is applied, it creates an electrical current that runs through the resistor. The resistor then converts the current into heat, which is dissipated into the surrounding atmosphere. The amount of heat produced is based on the amount of voltage applied and the resistance of the resistor. Once the resistor reaches its limit, it will shut down the circuit, protecting it from damaging or overloading.

The H8120KFYA Through Hole Resistor is a great choice for high voltage applications. Its features, such as its high power rating and wide temperature range, make it an ideal choice for medical, automotive and home appliances. Additionally, its working principle is simple and effective, offering reliable current limiting and protection from overloading or high voltage damage.

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