MRS25000C4223FCT00

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Through Hole Resistors are a type of resistor that is widely used in power electronics and electrical engineering for applications that require higher power processing and resistance. MRS25000C4223FCT00 is a through hole resistor that is well suited for such applications.

MRS25000C4223FCT00 is a high-end resistor that offers a rating of 25W and a resistance of 4kOhms. It features an insulated cylindrical construction and a rigid outer case that provides excellent electrical insulation. Additionally, it has a coated surface that enables easy installation and superior durability. With its superior performance and excellent features, MRS25000C4223FCT00 makes an ideal choice for high power applications.

MRS25000C4223FCT00 is frequently used in power electronics and other industrial applications due to its high resistivity, wide operating temperature range and excellent stability in the presence of anti-static agents. Its high resistance makes it especially suitable for applications that require high thermal or current ratings, such as high-end electronic devices. Furthermore, its wide operating temperature range makes it a great option for environments where temperature fluctuations are frequent.

The working principle of MRS25000C4223FCT00 is relatively straightforward: the electrical current entering the resistor is divided between the housing and the resistor electrodes. The current then passes through the resistor and is split between the electrodes, causing a voltage drop. The amount of the voltage drop is determined by the resistance value of the resistor and the amount of current passing through it. The voltage drop is then dissipated as heat.

In summary, MRS25000C4223FCT00 is a through hole resistor that is well-suited for high power applications due to its high resistance, wide operating temperature range, and excellent insulation. It is commonly used for power electronics and industrial applications due to its superior performance and stability in the presence of anti-static agents. Additionally, its working principle is relatively straightforward – the electrical current entering the resistor is divided between the housing and the resistor electrodes, causing a voltage drop that is dissipated as heat.

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