H8750RFZA

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Through hole resistors are ubiquitous in today’s electronics. They come in different shapes, sizes, and materials, offering a variety of applications. One such application is the H8750RFZA – a resistor specifically designed to run at high temperatures and high frequencies. This article will explore the application field of the H8750RFZA and its working principle.

Application Field of H8750RFZA

The H8750RFZA is specifically developed for high temperature and high frequency applications. It is designed to operate in environments of up to 100°C with a life expectancy of up to 100,000 hours. The main advantage of the H8750RFZA resistor is its compatibility with a wide range of AC and DC power supplies. This makes it a great choice for industrial, medical, and automotive designs. In addition, the resistor is suitable for high-temperature electronics; for example, it can be used in medical implants and other highly sensitive applications where high temperatures and precision are essential.

Working Principle

The H8750RFZA is a two-terminal through hole resistor that works on the principle of direct current conduction through a resistive element. It is constructed from a metal film deposited onto an insulating substrate. This construction creates a very low thermal coefficient of resistance, which enables its use in high temperature and high frequency applications.

The resistive element is thick enough to reduce the effects of temperature changes on the resistor’s resistance level. This makes it well-suited for applications that require consistent resistance over time. Furthermore, the resistor is designed to be highly non-inductive, making it less sensitive to changes in the electromagnetic field surrounding it – an important consideration for high frequency applications.

Conclusion

The H8750RFZA is a two-terminal through hole resistor specifically designed for high temperature and high frequency applications. It is constructed from a metal film deposited onto an insulating substrate and has a low thermal coefficient of resistance, making it well-suited for use in medical implants and other highly sensitive applications. Its low thermal coefficient of resistance also makes it a great choice for industrial, medical, and automotive designs that require consistent resistance over time.

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