FMP100FTE52-110K

Through hole resistors provide stability and reliability over a variety of applications, and the FMP100FTE52-110K resistor is no exception. This component is specifically designed for use in high temperature, high-power applications, and is ideal for use in a wide range of applications such as automotive, industrial, and aerospace.

The FMP100FTE52-110K resistor has a power rating of 100W, and is designed for high temperature operation up to 155°C. It features an RMS voltage rating of 52V, and a resistance value of 0.10Ω (100Ω at room temperature). The component also has a uniquely designed termination system, with a lead-free, tin-plated finish. This makes it resistant to corrosion, oxidation, and other environmental factors.

The FMP100FTE52-110K resistor is constructed of metal alloy, with a tin-plated finish. This provides a low inductance to help reduce EMI and RFI emissions. The component also has an electrostatic discharge (ESD) rating of 8KV and a surge rating of 16KV. This provides added protection against electrical damage in high voltage applications.

The FMP100FTE52-110K resistor is designed to operate at a variety of temperatures. It can handle extremely high-heat applications, such as automotive engines and ignition systems, with a safety margin of 110K. This component also has excellent stability and reliability in cryogenic temperatures, making it suitable for use in aerospace and other long-term storage applications.

The working principle of the FMP100FTE52-110K resistor is simple. As current passes through the component, a small voltage drop is generated. This voltage drop is a function of the type of resistor and its resistance value. By carefully selecting the type of resistor and its resistance value, a specific voltage drop can be achieved, allowing for precise current control in the application.

The FMP100FTE52-110K resistor is a versatile and reliable component, designed for a variety of applications. It has a wide temperature range, excellent ESD protection, and robust construction, making it suitable for automotive, industrial, and aerospace use. The component is also suitable for cryogenic and long-term storage applications, and is designed for high-power and high-temperature use.