CMF5513K300FEBF

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Through hole resistors are electrical components which have a value of resistance that can be used to control current when placed in the circuit. By placing resistors on a circuit board, electrical current is divided in terms of the resistance value and it helps reduce voltage in the circuit. There are five different types of resistors that are commonly used in electronic circuits; through hole, wire wound, carbon composition, metal oxide film and surface mount. The CMF5513K300FEBF through hole resistor is a type of through hole resistor characterized by a high-reliability, high-stability, and a wide temperature range.

The CMF5513K300FEBF through hole resistor has a resistance value of 300 ohms and an operating temperature range of -55°C to +125°C. It is a type of high-precision resistor that is designed to withstand a wide range of temperatures. The resistor is designed to display a low-temperature coefficient of resistance which allows it to be used in a number of application fields, including harsh industrial, medical, and space environments.

The CMF5513K300FEBF through hole resistor is constructed from a metal ceramic core with three different layers; a resistive layer, a dielectric layer and a protective layer. The resistor comprises a flat metal frame with a crown, on top of which two resistive chips with silver paint are placed. The resistive chip and the crown are connected by a lead wire. The chip and the lead wire are coated with a protective layer to prevent any short circuit between the chip and the lead wire.

The working principle of the CMF5513K300FEBF through hole resistor is based on the conductance of the resistive material. When a voltage is applied across this resistor, the electrons in the resistive material have to overcome the resistance and consequently, a current flow is established. This current flow is proportional to the magnitude of the voltage applied across the resistor and is inversely proportional to the resistance, according to Ohm’s law.

The resistive material of the CMF5513K300FEBF through hole resistor is doped with metal oxides such as titanium and magnesium, which increase its stability and long-term performance. This resistor adopts a sputtering technology that helps the resistive chips to maintain low temperature coefficients over a wide temperature range. The resistor also offers a high degree of stability in terms of voltage and temperature.

The CMF5513K300FEBF throughhole resistor can be used in a variety of applications, such as motor speed control, timing circuits, power supply regulation, voltage stabilization, current sensing and filtering. It is widely used in industrial and medical applications where it is subject to prolonged exposure to extreme temperatures and pressure. The resistor is also used in high-reliability and extended temperature range applications.

In conclusion, the CMF5513K300FEBF through hole resistor is a type of high-precision resistor designed for use in a variety of application fields where reliability and stability are key considerations. It is constructed from a metal ceramic core, has a wide temperature range and a low temperature coefficient of resistance. Additionally, its working principle is based on the conductance of the resistive material, and it offers a high degree of stability in terms of voltage and temperature. With its extensive range of uses, the CMF5513K300FEBF through hole resistor is an invaluable electrical component to have in any circuit.

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