MG2JA3M30

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A through hole resistor, also known as an axial lead resistor, identifies a resistor with leads on opposite ends of its cylindrical body, that are placed through a hole in a mounting board for the purpose of connecting to an external circuit for the purpose of transferring electrical current from one component to the other. The MG2JA3M30 is a through hole resistor, and is a surface mount, top-coil resistor with a power dissipation of 3 Watts. It is primarily used in the field of high temperature protection and controlled inrush current.

The MG2JA3M30 has the capability of working from -55℃ to up to 200℃of temperatures, and features a high operating voltage which prevents it from overworking under pressure due to its voltage limitation. It is a non-inductive type of through hole resistors, which offers better electrical performance than standard inductive style of resistors. The flat design of the resistor allows it to be placed closely to other components, making it easy to route it through the board. The body of the MG2JA3M30 is composed of high-temperature ceramics, and the leads are made of high-temperature aluminum and copper alloy.

The MG2JA3M30 is mainly used in power supply circuits and high-temperature control circuits. It can be used in motor control boards, transformers, and power converters. It is also used as a protection component for current inrush when switching on power repair, and in mechanical pressure controls such as thermostats. The MG2JA3M30 is also used for temperature and load balancing.

The working principle of the MG2JA3M30 is based on the principle of resistance. Resistance is a property of some materials that resists the flow of an electrical current. It is created by the motion of electrons against the voltage or opposing current. In the MG2JA3M30, the resistance is created by the tight compression and insulation of the ceramic body. This creates a barrier that prevents the electric current from flowing unrestricted through the resistor. As a result, the resistor limits the current to a determined amount based on its wattage amount.

The MG2JA3M30 is ideal for applications requiring high temperature control and protection components. It offers better electrical performance than standard inductive type resistors and its flat design allows it to be placed closely to other components for easier routing. It is robust and reliable and is available in a wide range of wattages. It is also easy to install and provides high performance in demanding applications.

In conclusion, the MG2JA3M30 is a robust and reliable through hole resistor that is ideal for applications requiring high temperature control and protection components. It is composed of high temperature ceramics, aluminum and copper alloy leads, and a non-inductive construction offering superior electrical performance. Its working principle is based on the principle of resistance, and it can be used in power supplies, power converters, and motor control boards.

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