FMP200FBE52-52R3

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Through hole resistors are widely used in many electronic circuits. The FMP200FBE52-52R3 is one of these resistors and is applicable to a variety of scenarios and applications. This article will discuss the various application fields and the working principle of the FMP200FBE52-52R3 through hole resistor.

The FMP200FBE52-52R3 is a through hole resistor, which means that the resistor is powered by a wire directly soldered into the circuit board. This makes the resistor highly practical in application as it is easier to install and maintain compared to surface-mounted resistors, which involve a more complex process of attachment. In terms of its electrical parameters, the FMP200FBE52-52R3 has a maximum capacity of 200 Watts and is rated for use in a temperature range between -55 to +85 ° C, with a nominal power dissipation of 4 Watts.

The FMP200FBE52-52R3 is suitable for use in a wide variety of devices and applications; in radio and audio receivers, it can be used to control circuit gain of automatic gain control (AGC) circuits; in video devices, it can be employed as an over-temperature protection device; in radar systems, it can be used to provide signal level control; in automotive components, it can be employed to control the ignition circuit voltage; and in other industrial machines, it can be used to control the power circuit.

The core working principle of the FMP200FBE52-52R3 is based on the combination of Ohm’s Law, Faraday’s Law of Electromagnetic Induction, and Joules Law, all of which revolve around the concept of electrical current and the resistance created by the passing of electrical current through the resistor. The internal construction of the FMP200FBE52-52R3 consists of wire or a metal film which is coated with metal oxide. When a suitable voltage is applied across the resistor, the wire or the film generates heat as a result of the current passing through it.

The resistor then responds to this heat in accordance with its defined thermal resistance coefficient, which essentially determines the rate at which the heat is transferred away from the resistor. Thus, the amount of heat dissipated within the resistor is determined by the voltage applied to it and the resistor’s thermal resistance coefficient, and it is this combination of factors which determines the electrical parameter of the FMP200FBE52-52R3. In addition to this, the resistor also has an internal temperature-dependent resistance coefficient, which allows it to regulate its resistance according to changing temperatures.

The FMP200FBE52-52R3 is an excellent choice for use in a variety of applications where a reliable and consistent power control is required. Its versatility and easy installation make it the ideal component for any project. Its robust design ensures a long working hour life and with its wide temperature range and maximum power capacity, the FMP200FBE52-52R3 is one of the most trusted and reliable resistors.

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