FMP300JR-73-3K3

Through hole Resistors are electronic components that limit or regulate electric current in a circuit. The FMP300JR-73-3K3 is a through hole resistor used to reduce or control current in a variety of electrical applications. This resistor has a resistance of 3k3 ohm and features an internal diameter of 3mm. The resistor is designed with a circuit traceable finish and passes detailed inspection rules.

This through hole resistor can be used in a wide variety of applications, such as in power supplies, motors, amplifiers, and radio transmitters. It can also be used in applications such as automotive, medical, defense, and children’s toys. In each application, the resistor regulates the flow of current to ensure the desired results in the circuitry.

The working principle of the FMP300JR-73-3K3 resistor is relatively simple. The resistor is able to resist the flow of electric current through it by introducing a resistance to the circuit. This resistance is caused by the resistor\'s construction, which includes multiple layers of conductive material. The more layers of material, the higher the resistance and the lower the current flow.

This resistor is also designed with a safety feature that kicks in if the current flow exceeds its rated threshold. This feature automatically cuts off the power to the resistor, protecting the circuitry from damage. The FMP300JR-73-3K3 is also designed with two terminals which are connected to the resistor’s body. These terminals allow for easy and secure connection to a power source.

The FMP300JR-73-3K3 through hole resistor is a reliable and cost-effective component used in a variety of electrical applications. The resistor’s resistance can be easily adjusted by using multiple layers of conductive material. Its safety feature ensures the protected operation of the circuit, and its two terminals allow for secure attachment to a power source. Allowing for ease of use and reliable performance, the FMP300JR-73-3K3 is an ideal choice for any electrical application that requires current regulation.