MJ1371FE-R52

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Through Hole Resistors are one of the most commonly used and fundamental components of an electrical circuit. Their most basic function is to control the current flowing through that circuit, by limiting or altering the flow of electricity. The MJ1371FE-R52 is a 2-watt, surface mount, through-hole resistor designed with a combination of electrically isolated and non-isolated wiring for maximum heat dissipation.

The MJ1371FE-R52 features a PCB-mounted radial leaded metal oxide film element that is insulated on the bottom side to protect from shock and vibration, as well as ensure longer life expectancy. The resistor has an operating temperature range of -55°C to +85°C, and a maximum power rating of 3 W. It is one of the most robust and efficient resistors on the market, making it ideal for many different applications.

The MJ1371FE-R52 resistor is an ideal choice for a variety of applications, including: motor and power supply control, power converters, DC-DC power supplies, load-cell power supplies, and lighting applications. It is also suitable for use in medical imaging, automotive electronics, military and aerospace applications. Furthermore, it is a great choice for temperature sensing, current sensing, and voltage-level monitor circuits.

The working principle of theMJ1371FE-R52 is straightforward. The resistor works by limiting the current flow in a circuit. When the current passes through a resistor, it will be converted to heat due to the resistance of the resistor. The amount of heat is related to the resistance and the current passing through it. By controlling the resistance, current can be controlled. By altering the resistance of the resistor, the current can be modulated and the power output of the system can be varied.

The MJ1371FE-R52 is one of the most useful resistors for a wide range of applications. Its design makes it extremely reliable, robust, and efficient. The combination of its isolation and non-isolation wiring also ensures maximum heat transfer and long-term operation. With its wide temperature range, it is ideal for many different applications including motor control, power supply control, medical imaging, automotive electronics, military and aerospace electronics.

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