MF0204FRE52-107K

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Through Hole Resistors

A through-hole resistor is an electronic component with two or more terminals used to connect a component to ground or a power supply. It is used to reduce or eliminate electrical noises, adjust electronic signals and supply energy to electronic circuits. Typical application areas include amplifiers, power supplies, analog circuits, digital circuits, electronic amplifiers, microprocessors, switching systems, telecommunication systems, television circuits and satellite systems.

The MF0204FRE52-107K through hole resistor is a high quality component with a wide range of applications. It is a low ohm, high power device which is used to control the amount of current in an electrical circuit. Its working principle is simple: as the resistance of a resistor increases, the amount of current flowing through it decreases. Thus, a high resistance resistor is best for controlling high electrical currents and a low resistance resistor is best for controlling low electrical currents.

The MF0204FRE52-107K is designed for a wide variety of applications, including amplifier and switching circuits, power supplies, signal conditioning, linear and digital circuits, current and voltage measurement systems, digital and analog control networks, and power conversion systems. It has a maximum power dissipation of 100mW and a nominal resistance of 15 ohms. It also features a high resistance tolerance of ±5%.

This high-quality device has been manufactured to exacting standards and ensures reliable operation when exposed to high temperatures, shock and vibration. It is also typically used in applications where vibration and temperature cycling are present. Its low profile, small size design ensures that it can be quickly and easily mounted onto PCBs.

The MF0204FRE52-107K through hole resistor is a valuable component for many applications, as it is able to offer reliable performance in a wide range of environments. It is also suitable for various power processes, including signal conditioning, amplifications, linear and digital circuits, current and voltage measurements, power conversion, and digital and analog control networks.

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