H8562KDCA

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Through hole resistors offer distinct advantages, such as excellent coefficient of thermal expansion, rugged construction, and package convenience. The H8562KDCA resistor is a type of through hole resistor specifically designed for high frequencies and for applications where more power is needed. This resistor is well suited for use in many industries and applications, including aerospace, automotive, military, medical, and industrial.

The H8562KDCA resistor has a very low thermal coefficient of resistance. It features an exceptionally high degree of stability even when exposed to high temperatures, shocks or vibrations. It is also resistant to humidity, corrosion, and general deterioration. It has a lead-free construction and is RoHS-compliant. A major feature of this resistor is its high-voltage capability, which makes it suitable for applications with heavy circuit loading and higher frequencies.

The H8562KDCA resistor is also designed to handle large currents, meaning it can withstand large torsional forces and can be used in high-power applications. It has an excellent operating temperature range, withstanding temperatures up to 200°C. The resistor also has a maximum power rating of 200W, which means that it can handle substantial power. It is suitable for use in RF (radio frequency) applications such as satellite communication systems, antenna systems, cellular applications, signal base stations, and microwave ovens.

The H8562KDCA resistor is a definite work horse for any application in need of a stable, high-voltage, and high-power through-hole resistor. It is a great choice for applications in aerospace, automotive, military, medical, and industrial, where its excellent coefficient of thermal expansion and rugged construction offer an easy-to-install, economical, and reliable solution. The resistor also performs exceptionally well in power electronics, radios, and communications hardware such as RF (radio frequency) antennas.

The working principle behind the H8562KDCA resistor is based on the heated bimetal strips. This type of resistor is made from two metal strips, usually with different thermal coefficient of expansion (TCE) values, joined together and heated by a current. The two strips, when heated, will bend in an opposing motion. This action works to transfer current to the external circuit, thereby creating a resistance.

The H8562KDCA resistor is an excellent choice for applications in aerospace, automotive, military, medical, industrial, power electronics, radios, communications hardware, and RF (radio frequency) antennas. Its excellent coefficient of thermal expansion and rugged construction offer an easy-to-install, economical, and reliable solution. The working principle behind the resistor is based on the heated bimetal strips, and it is able to withstand temperatures up to 190°C and a maximum power rating of 200W. These features make it an ideal candidate for any application requiring a stable, high-voltage, and high-power through-hole resistor.

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