CFM14JT2K00

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Through Hole Resistors are a type of electrical component used in many electronic applications. Specifically, the CFM14JT2K00 is one of the most popular through hole resistors used in a wide variety of applications today. This article will explore the application field and working principle of the CFM14JT2K00 through hole resistor.

The CFM14JT2K00 is a two-terminal, surface mount resistor. Its applications include power conversion, power control, EMI/RFI filtering, transient protection, and current limiting. It is designed to be able to handle up to 13A of current at temperatures up to +150°C. Its low-profile flat design allows for easy mounting onto a circuit board, and its high thermal conductivity prevents it from overheating. The CFM14JT2K00 is also highly resistant to shock and vibration, making it ideal for applications with harsh environments.

The working principle behind the CFM14JT2K00 through-hole resistor is relatively simple. The resistor is made up of two metal plates separated by an insulating layer. When a voltage is applied across the two metal plates, a current is passed through the resistor, which is then dissipated as heat. This heat is then conducted away from the resistor by the surrounding environment. As the temperature of the resistor increases, the resistance of the resistor also increases, thereby limiting the current that can flow through it.

In addition to its use as a through-hole resistor, the CFM14JT2K00 can also be used in other applications such as in switch mode power supplies and power converters. In such applications, the CFM14JT2K00 is used to protect sensitive circuitry from high-voltage spikes, and to provide current limiting and voltage regulation. It can also be used to provide EMI/RFI filtering, reduce noise, and as a transient protection device.

The CFM14JT2K00 through-hole resistor is a versatile and reliable component used in a variety of applications. Its low-profile design allows for easy mounting onto a circuit board, its high thermal conductivity prevents it from overheating, and its resistance to shock and vibration make it ideal for applications with harsh environments. Its working principle is relatively simple, as the resistor is made up of two metal plates separated by an insulating layer. When a voltage is applied, the resistance increases, thereby limiting the current that can flow through it.

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