MFR200FRE52-10K

Through Hole Resistors: MFR200FRE52-10K Application Field and Working Principle

Through Hole Resistors, also known as through-hole technology (THT), are used in the assembly of electronic circuits and other components. Through-Hole Resistors have two conducting terminals that are connected through a hole in the component. They are used to limit the flow of electricity in a circuit. MFR200FRE52-10K through hole resistors are one of the most popular types of through-hole resistors.

MFR200FRE52-10K is a surface mount resistor, also known as an SMT resistor. They are used in a wide variety of electronic applications, including power systems, medical devices, communications systems, and instrumentation. These resistors provide very high precision, and their resistance range can be accurately measured. They can be used in high-frequency circuits where high-frequency currents and voltages are present.

Application

MFR200FRE52-10K through-hole resistors can be used in a wide variety of applications. In medical devices, such as pacemakers and X-ray machines, they are used to provide precise control over the amount of current or voltage. In power systems, they are used as current-limiting components. In communications systems, they are used to provide impedance matching between components. They are also used to provide an impedance match in instrumentation when a circuit\'s load requires operating at a certain ohmic value.

MFR200FRE52-10K through-hole resistors can also be found in telecommunications, industrial control systems, automotive and aerospace applications, consumer electronics, computer and robotic systems, and more.

Working Principle

Through hole resistors work on the principle of resistance. Resistor is an electrical component that resists the current flowing through it. It converts electrical energy into heat energy by creating a voltage drop. When an electrical current passes through a resistor, it encounters resistance. This resistance converts the electrical energy into heat energy, which can then be dissipated to the environment or absorbed by the resistor. The resistor\'s resistance is determined by its size, shape and the type of material used in its construction.

MFR200FRE52-10K through-hole resistors use a non-inductive construction and an insulating material to achieve very low resistance values. They are capable of tolerances as low as 1%, which makes them highly accurate and reliable for use in precision circuits. They are widely used in industrial, military and aerospace applications.

Temperature Effects

Through hole resistors have a wide range of temperature coefficients. Temperature coefficient is the ratio of the change in the resistance to the change in temperature. This coefficient is used to determine how the resistance value will change with changes in the operating temperature. In general, through hole resistors have a positive temperature coefficient. This means that as the temperature increases, the resistance increases. This is important to consider when designing and operating an electronic circuit.

MFR200FRE52-10K through-hole resistors are designed to handle the highest temperatures encountered in the most demanding applications. Their resistance values and tolerances remain consistent from -55°C to +155°C.

Conclusion

MFR200FRE52-10K through hole resistors are highly accurate and robust resistors used in a variety of applications. They offer very low resistance values and a high degree of precision. These components can be used in high-precision industrial control systems, power systems, medical devices, communications systems and many other applications. Because of their high temperature coefficient, they are also well-suited for use in extreme temperatures.