FMP200FBE52-324R

The FMP200FBE52-324R is a Through Hole Resistor which is designed for use in a variety of applications. This resistor is suitable for both low and high voltage applications and is available as a plain or encapsulated resistor. The FMP200FBE52-324R provides good thermal stability and excellent EMC performance. It also offers a high level of temperature stability when used in a wide temperature range.

The FMP200FBE52-324R can be conveniently used in a wide range of current and voltage applications. It can be used in power management and conversion systems, lighting systems, high-frequency systems, automotive electronics, and communication products. It can also be used in motion control applications. The resistor can provide good heat and EMC performance as well as a high level of temperature stability. The resistor is available in various power ratings so it can be used for both low and high current applications.

The FMP200FBE52-324R is a Through Hole Resistor. This type of resistor is used to provide electrical resistance between two electrical terminals. It works by creating a small amount of resistance in a circuit, thereby limiting current and voltage. Through Hole Resistors consist of a core material surrounded by a metal or carbon-filled ceramic body. The core material can be made from a variety of materials, such as resistive film, metal alloy, carbon, or resistor rods. The resistor is constructed by coating the core material with a conducting material, usually gold or silver, and then encasing it in a plastic or ceramic body.

The FMP200FBE52-324R is a Through Hole Resistor which is suitable for a variety of current and voltage applications. This type of resistor works by creating a small amount of resistance in a circuit, thereby limiting current and voltage. It is an encapsulated resistor which provides good thermal stability and EMC performance as well as being temperature stable over a wide temperature range. The resistor is available in a range of power ratings and is suitable for both low and high current applications.