CW010130K0JE733

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Through Hole Resistors play a critical role in most electrical circuits. They are designed to limit or control the flow of electrons through circuits, and can be used to increase, decrease, or stabilize the voltage in a circuit. The CW010130K0JE733 is an example of a specific type of resistor called a wirewound resistor, and its application and working principle are discussed below.

Application: Wirewound resistors are generally used in applications such as power supplies, high-current circuits, and power electronic circuits, where large voltage drops and power dissipation are required, and where low resistance values are critically needed. The CW010130K0JE733 is suited for high temperature applications (up to 150°C) and is capable of handling up to 2W at a resistance of 130kΩ, with a tolerated voltage of 30V.

Working Principle: Wirewound resistors have a design that ensures reliable performance over long periods of time. The CW010130K0JE733 is a type of wirewound resistor that uses a manganin wire coated in a layer of insulating friction sealant material. The manganin wire acts as a core, and the insulating layer helps to protect the wire from the environment, while dissipating heat more efficiently. The resistance of the CW010130K0JE733 is determined by the length and diameter of the manganin wire, and the number of turns of the core. The total resistance is the sum of the resistances of all the individual turns of the core. Additionally, the wirewound resistor has a higher tolerance than other types of resistors, and is more resistant to thermal overloads, heat, and vibration.

In conclusion, the CW010130K0JE733 is a type of through hole resistor that is suited for high temperature applications and can be used in a variety of circuit applications. Its design utilizes a manganin wire wound around a core and covered in an insulating layer, and its resistance is determined by the number of turns of the core and the length and diameter of the wire. Finally, its high-tolerance and resistance to heat and vibration makes it a reliable component in circuits.

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