FMP300JT-52-30R

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Through Hole Resistors are resistive components with two main categories with wirewound and composition resistors. These two categories of resistors are widely used in various electronic circuits and their applications must be carefully considered accordingly with the ratio between the currents of the circuit and the voltage applied to it. FMP300JT-52-30R is a through hole resistor specifically used for industrial and medical applications. In this article, we will discuss FMP300JT-52-30R\'s application field and working principle.

As a through-hole resistor, it is used for insulation and burn-out protection. It protected by an epoxy coating on the end of the resistor that insures that all parts are securely mounted. FMP300JT-52-30R resists against voltage drops and reduces the risk of burning out. Furthermore, this resistor contributes to controlling the current flow and helps maintain stable and consistent production operation.

FMP300JT-52-30R is mainly used in industrial and medical equipment applications like laser cutters, optical sensors, medical imaging, and X-Ray equipment. This resistor is rated for a voltage of 300 volts with a maximum current of 52 milliamperes and a power rating of 30 watts. It is designed with an insulation sleeve with an inherent peak temperature of 95°C. Moreover, it is designed with a non-inductive construction that makes it suitable for use in high frequency applications. Lastly, FMP300JT-52-30R is designed for easy installation in any circuit.

The working principle behind FMP300JT-52-30R is fairly simple. The resistor consists of two terminals, with each terminal providing an electrical output. A resistor is a passive device, meaning that it does not require a power source. It works by restricting the flow of current through the two terminals in order to create a resistance. The amount of current that can pass through the resistor is dependent on the resistance in the device. The higher the resistor’s resistance, the less current will be able to pass through it.

FMP300JT-52-30R also has a temperature coefficient, which is the amount of change in the resistance of the resistor when the temperature changes. This: a change in temperature causes the resistance of the resistor to change. As temperature increases resistance decreases. Conversely, if temperature decreases the resistance will increase. This is an important factor in designing electronic circuits and understanding circuit behavior.

In conclusion, FMP300JT-52-30R is a through hole resistor used for industrial and medical applications. It is designed with an insulation sleeve and is rated for a voltage of 300 volts with a maximum current of 52 milliamperes and a power rating of 30 watts. It is mainly used for insulation and burn-out protection. Its working principle is fairly simple as it restricts the flow of current through two terminals by creating resistance. FMP300JT-52-30R also has a temperature coefficient, which is the amount of change in the resistance of the resistor when the temperature changes. Therefore, choosing the right, high quality through-hole resistor is very important for the electrical design of any circuit.

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