H8787RBZA

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Through Hole Resistors have long been a dependable and common choice for a variety of applications, providing reliable performance for a range of electrical and electronic needs. The H8787RBZA resistor is a type of through hole resistor which offers reliable performance for various applications where higher power and/or heat dissipation is needed.

The H8787RBZA resistor is an axial lead resistor with copper-clad steel leads and a ceramic tube body. Its top-dipping leads allow it to be screwed directly into circuit boards without the need for additional soldering. This makes it a suitable choice for applications requiring frequent assembly and disassembly and easy access to the copper-clad steel leads. The resistor is also shielded with an aluminum oxide coating, which prevents environmental damage from excessive heat or moisture.

In terms of its applications, the H8787RBZA resistor is suitable for many higher power applications, such as switching power supplies, electric motors, automotive electronics, and industrial equipment. Its high operating temperature range of up to 350 degrees Celsius makes it a good choice for environments requiring high power loads. It can also be used in amplifier circuits due to its high COP (Cycle Of Performance) of 10-3. Its temperature coefficient of resistance (TCR) also makes it suitable for precision circuit requirements.

The H8787RBZA resistor also has an excellent working principle. It employs the use of metal oxide film to resist changes in electrical resistance when exposed to varying temperatures. This film, made of aluminum oxide, is deposited using a method known as “electroplating”. The deposited film acts as a barrier, which prevents current from flowing through the resistor. The types of resistance that this resistor is able to offer include high power, precision, and thermal stability.

The H8787RBZA resistor is the perfect choice for applications requiring high power loads and precision circuits. Its ceramic body and copper-clad steel leads make it suitable for applications needing frequent assembly and disassembly. Its excellent working principle, with an aluminum oxide coated film to resist changes in electrical resistance, makes it a reliable choice for many industrial and automotive electronics.

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