FMP100FRE52-36K Datasheet/PDFThrough Hole Resistors
The FMP100FRE52-36K is a type of through hole resistor that is designed to withstand extreme temperatures and vibrations for applications in the industrial environment. This device has a wide variety of uses, from current sensing and motor control to temperature control in stepper motor and servo applications. The FMP100FRE52-36K is designed to handle up to 1000ma of current and has a maximum voltage rating of 52V.
Applications
The FMP100FRE52-36K is typically used in the industrial environment to eliminate electrical noise or stabilize power supply lines. It can also be used in motor control, current sensing, stepper motors, and servo applications. In most applications, the resistor can be mounted securely to a PCB, rigidly fixed in place for vibration control, and placed inside an enclosure for extra protection.
Advantages
One of the main advantages of the FMP100FRE52-36K is its wide temperature range. It can withstand temperatures from -55°C to +150°C, which makes it perfect for industrial environments. It also features high wear and vibration resistance. Unlike other through hole resistors, this resistor is not affected by environmental temperature changes or mechanical shocks, and it can withstand mechanical stresses from 4g to 6g.
Working Principle
The FMP100FRE52-36K is a through-hole resistor that works by providing resistance to electric current. This resistance causes the current to be dissipated as heat, and depending on the device’s wattage rating, the resistor will heat up proportionally to the amount of current flowing through it. This heat is dissipated from the resistor’s surface, and this heat transfer helps to reduce the voltage and current that flows through the circuit.
Conclusion
The FMP100FRE52-36K is an extremely reliable through hole resistor that can be used in a variety of applications. It is resistant to high temperatures and vibrations, making it perfect for industrial environments. It is also highly resistant to wear and vibration, and it can handle up to 1000ma of current. The working principle behind this resistor is simple: it provides resistance to electric current, which in turn causes the electricity to be dissipated as heat.