FMP100FTE52-107R

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Through Hole Resistors are a widely used and essential component in many electronic devices. The FMP100FTE52-107R is a through hole resistor with a nominal working voltage of 100V AC and a nominal resistance of 10 ohms. It is designed for general purpose applications, and can be used in many fields including automotive, industrial, military, and medical systems.

The FMP100FTE52-107R Through Hole Resistor is a general purpose, non-inductive, wire wound resistor. It is designed to be mounted and soldered on a printed circuit board. The package size is slightly larger than the other resistors and it\'s rated to withstand up to 100V AC. The pin functions are identical to that of any other regular through hole resistor. The resistor is made of two separate base coils connected by a wire. These coils are wound around a ceramic core, which has a resistor material between it and the coils. This resistor material ensures that the correct resistance is maintained within the resistor. The assembly is then sealed in an epoxy case, which provides protection and insulation from the outside environment.

The FMP100FTE52-107R Through Hole Resistor is designed to be connected to other components on the printed circuit board. The resistor functions as a voltage and current regulator in the circuit, meaning that it will adjust the voltage and current level based on the needs of the other components. When a higher voltage is present, the resistor will release some of the energy in order to reduce the voltage. Similarly, if there is a lower voltage present, the resistor will absorb some of the energy in order to increase the voltage. The resistor will also regulate the current flow by limiting the current level that is passed through the circuit.

The FMP100FTE52-107R Through Hole Resistor is a reliable and highly efficient component which is widely used in various types of electronic applications. Its versatility and durability make it an ideal choice for many circuit designs. It is a cost effective solution which allows for increased design flexibility and reduced time to market.

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