SFR2500001024FR500

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Through Hole Resistors are an essential type of resistors used in electronics and computers. They are usually cylindrical in shape and have an internal wire that is wrapped around a body of metal or ceramic. The number of turns determines the resistance and there are a variety of sizes and materials available. The SFR2500001024FR500 is a through hole resistor used in applications where accuracy and high power dissipation are required. The main features of this resistor include high power dissipation, high accuracy, and ceramic encapsulation.

The SFR2500001024FR500 is used in a variety of applications that require accurate resistance and high power dissipation. Some of the common applications include motor drives, power amplifiers, regulators, and industrial controls. It is also used in audio and video circuits and telecommunications equipment. The SFR2500001024FR500 has a power rating of 10W and an operating temperature range of -55°C to +125°C.

The SFR2500001024FR500 has a ceramic body filled with carbon pellets and a solid wire element. The wire filaments are woven together to form a helical winding inside the body. This helical winding is wound in several layers, each with its own resistance. The end of the helical winding is connected to the end of the wire element and then to the printed circuit board.

The SFR2500001024FR500 works by converting the electrical energy into heat energy. As current passes through the resistor element, it absorbs the electrical energy and converts it into heat energy. The heat energy generated is then dissipated into the surrounding atmosphere. The resistance of the element increases as the temperature rises and decreases as the temperature drops. The amount of heat generated by the resistor is limited by the thermal rating of the resistor.

The SFR2500001024FR500 is a through hole resistor that provides high accuracy and dissipates large amounts of heat. The metal or ceramic body provides the necessary heat dissipation, while the helical winding design ensures accurate and uniform resistance. The thermal rating of the resistor is dependant on the material used and the number of turns in the winding. The SFR2500001024FR500 is suitable for applications requiring accuracy and high power dissipation in environments with wide operating temperatures.

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