95J350E

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Through Hole Resistors are components that are designed to stop and control the flow of electrical current. They are essential to the operation of almost all electrical and electronic devices. The 95J350E is one example of a through hole resistor that is often used in a variety of different applications and is designed to help regulate the amount of current being used. In this article, we will look at the application field and working principle of the 95J350E.

The 95J350E is a through hole resistor that is designed specifically for use in high voltage applications. It is capable of dissipating up to 350 watts of energy when used in systems that operate on 220 volts and above. The 95J350E can also be used in applications that require the regulation of lower voltage systems, such as motor control, protection from overvoltage or undervoltage, and lighting control.

The 95J350E is designed with a variety of features that make it ideal for high voltage applications. For example, its unique design allows for high levels of isolation between the output voltage and the potential insulation faults. This feature allows the 95J350E to safely dissipate large amounts of energy and maintain the integrity of the system. Another feature of the 95J350E is its ability to operate in a wide temperature range and temperatures as low as -10°C without any degradation in performance.

The working principle behind the 95J350E is relatively simple. The device is composed of two main components: a switch and a resistor. When the switch is closed, current flows through the resistor and is regulated by the resistance that the resistor provides, which controls the amount of current that can be used. As the current increases, the resistance of the resistor increases, and therefore the amount of current that is allowed to flow through the system decreases. This allows the 95J350E to be used to regulate the amount of current being used in a system, without sacrificing safety or reliability.

In conclusion, the 95J350E is a through hole resistor that is designed specifically for use in high voltage applications. It is capable of dissipating up to 350 watts of energy when used in systems that operate on 220 volts and above. Its unique design helps to provide high levels of isolation between the output voltage and potential insulation faults, and allows the device to operate in a wide temperature range without any degradation in performance. The device is composed of two main components, and its working principle involves regulating the amount of current that passes through the resistor by increasing the resistance when the current increases.

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