IRF36ER100K

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Fixed inductors are passive electronic devices used for the storage and release of energy in an electric circuit. The IRF36ER100K fixed inductor is a small-profile, high-temperature inductor developed and manufactured by International Rectifier, which is now part of the Infineon Technologies. It is a fixed, non-replaceable inductor that does not require any service after installation.

The Operating temperature range of the IRF36ER100K is from -55°C to +125°C. The IRF36ER100K has a minimum inductance of 10mH and reaches a maximum inductance of 100mH. Its inductance tolerance is +/-20%. The maximum rated DC current is 1.6A, and the maximum DC resistance is 0.15Ω. The inductor has two pins for connection, and it is soldered directly to the board when installed.

The key feature of the IRF36ER100K is its high-temperature characteristic. It is suitable for applications in environments with high ambient temperatures, such as automotive, aviation, and industrial systems. It is designed to operate in a temperature range of -55°C to +125°C, and it can withstand a temperature of 150°C. The high-temperature characteristic also allows it to work in a wide range of frequencies, ranging from DC up to 1MHz.

The applications and working principles of the IRF36ER100K fixed inductor are varied, depending on the type of circuit it is used in. In power supplies, it may act as an inductor to smooth out voltage and current fluctuations in the electrical circuit. It also acts as a filter by suppressing high-frequency noise and boosting low-frequency noise. In combination with a resistor, it can reduce the ripple current of full-wave rectifiers, resulting in better power quality. In DC-DC converters, it can act as an integral part of the flyback inductors and regulate the output voltage and current of the converter.

In short, the IRF36ER100K is a small-profile, high-temperature inductor that is suitable for a range of applications and has an impressive temperature rating. It is a reliable and efficient component that can be used in a variety of circuits to regulate the flow of energy. It is especially useful for use in high-temperature environments, such as automotive, avionic, and industrial systems.

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