FSOT4009E1K000KE

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Chassis-mounted resistors are highly reliable and durable resistors. Their performance is so reliable that they have been used in automotive, medical, aerospace, industrial, and other heavy industries for years. The FSOT4009E1K000KE is a high-performance chassis-mount resistor that provides excellent resistance to high temperature, vibration, and shock.

The FSOT4009E1K000KE is a high-power resistor that can handle currents of up to 1 amp. It is an 100 mΩ insulated wirewound resistor that can withstand temperatures up to 250°C. The resistor element is made of a non-corrosive nickel-chrome alloy, ensuring excellent corrosion resistance. The non-magnetic materials used in the resistor element guarantee excellent RF performance.

The FSOT4009E1K000KE provides excellent stability and precision performance, with an inductance as low as 0.001 mH. It is available in a variety of standard sizes to meet the needs of different applications. The resistor also has a short-circuit protection feature that can protect against accidental short-circuits.

As its name implies, the FSOT4009E1K000KE is designed to be mounted directly onto a chassis. This allows it to be easily connected to the circuit board for maximum performance. Additionally, it can be mounted to the chassis in a variety of positions with a variety of mounting accessories, including screws and nuts.

The FSOT4009E1K000KE operates on the principle of ohmic resistance. This means that it will resist the current flowing through it, resulting in a voltage drop across the resistor. This voltage drop can then be used to calculate the current flowing through the circuit. By using the resistor\'s resistance value, the current flowing through the circuit can be precisely measured.

The FSOT4009E1K000KE is an excellent choice for applications requiring high-power and robust resistance. It is suitable for automotive, medical, aerospace, industrial, and other heavy industry applications where precision and reliability are essential. The resistor offers an excellent combination of temperature, noise, and shock resistance, making it an ideal choice for nearly any environment.

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