RNX02532M4FKR7

Through Hole Resistors

RNX02532M4FKR7 is one of the most commonly used through hole resistors. It is designed with its screw terminals for soldering the resistor into its intended application. The through hole resistors can generally withstand higher power than the surface mounted devices.

Application Field

RNX02532M4FKR7 is designed for various electronic applications in industrial, military, medical, avionic and consumer fields, such as data communication, cordless phone, radio frequency (RF) systems, motion control, SMPS, computer equipment, and surge absorbers. Its broad operating temperature range from -55°C to +150°C and a typical power rating of 10 watts make it an ideal choice for many high power and temperature applications.

This resistor is suitable for various circuits such as high voltage regulators, power management, power supplies, audio and video equipment, and other circuits. It is available in various resistance values and power ratings to meet different application needs. Its superior performance, excellent high frequency characteristics, and reliability make it a perfect choice for many high-density packaging designs.

Working Principle

RNX02532M4FKR7 resistor works by subtracting the current in a circuit from the voltage present. The amount of current is determined by the amount of resistance present in the circuit. The resistor reduces currents from entering the other components, and allows the voltages to stay at the desired level. This helps to make sure the voltage is distributed evenly across the entire circuit.

When a voltage is applied to it, the resistor absorbs some energy, converting it into heat and dissipating it into the air. This is known as resistive dissipation, and it allows precise control over voltage and current in a circuit. The resistance value of the resistor also helps to ensure that the current is flowing in the proper direction.

RNX02532M4FKR7 is a very reliable component and has been used in many circuits over many years. It has become an essential part of the manufacturing process in many industries, helping to make sure the circuit works as intended. Its reliability and wide range of operating temperatures make it the ideal choice for many types of circuits.