FM0204JT-52-130R

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Through Hole Resistors are a type of resistor component used in both analog and digital electronics, particularly in telecommunications, audio, and video processing. These resistors are a combination of discrete resistors or resistive elements in a single package, typically with clear plastic or metal covers. Their main purpose is to reduce the current, voltage level, or other electrical signals, depending on their purpose. They can also be used to protect sensitive circuits, also known as current limiting, and to reduce crosstalk between adjacent circuits.

FM0204JT-52-130R is a type of through-hole resistor, consisting of a ceramic body with metal terminals through which current passes and provides resistance. The component consists of a ceramic base material, typically alumina, with an accompanying resistor element, typically a metal-oxide film. Its working principle is based on the fact that, when a current is forced to pass through an resistive element, it loses some energy as heat (Ohm\'s Law); thus as current passes through an FM0204JT-52-130R resistor, a portion of it is converted into heat, reducing the voltage and current at the other end of the resistor.

Due to its robust construction and highly reliable performance, FM0204JT-52-130R is suitable for a wide range of applications including medical and industrial equipment, telecommunications, consumer electronics, power supplies, audio and video, and automotive equipment. While the device offers low power consumption, excellent noise reduction, high stability, and minimal current leakage, some of its major applications include current sensing, signal conditioning, and temperature sensing.

Overall, FM0204JT-52-130R through-hole resistors are versatile and reliable components, allowing for the efficient control of current, voltage, and signals in many electronic applications. The resistor is constructed with a ceramic body and metal terminals, providing resistivity against the electric signals, and converting a portion of the current into heat, allowing for safe use in a wide variety of applications.

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