FMF200FRE73-620R

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Through Hole Resistors are an essential component of any electronic system. The FMF200FRE73-620R is a through-hole resistor, which is designed for use in demanding high-reliability applications. It is a low-noise, high-stability component with an extremely low failure rate, making it an ideal choice for military, medical, and aerospace applications, as well as for any system where extreme levels of reliability are a top priority.

The FMF200FRE73-620R is a precision metal films resistor, manufactured using a proprietary process and featuring high levels of accuracy and stability. It has an operating temperature range of -57°C to +250°C and features insulation protection that exceeds MIL-STD-202 requirements. It has a maximum power dissipation capability and a very low nominal noise level. The component is rated to survive up to 1000V of surge voltage, making it a rugged and reliable choice for power electronics applications and automotive electronics.

The working principle of the FMF200FRE73-620R is simple but effective. When a current passes through the resistor, the electrical resistance of the resistor causes some of that current to dissipate as heat, and this heat is dissipated by the resistor itself as well as by the surrounding components. This heat is known as Joule heating, and helps to ensure that the resistor is not overloaded. The resistor also acts as a voltage regulator, as it will drop a certain amount of voltage depending on the size and type of resistor. This is useful for regulating levels of current or voltage in a circuit, as well as for providing protection when certain components are exposed to high voltages or currents.

The FMF200FRE73-620R is a reliable and highly effective through-hole resistor, suitable for use in a wide range of high-reliability applications. Its insulation protection, low noise levels, and high power dissipation capabilities make it an excellent choice for demanding environments, and its accuracy and stability ensure that it can maintain its performance for many years. In addition, its low failure rate makes it an ideal choice for military, medical, and aerospace applications.

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