MJ1652FE-R52

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Through Hole Resistors consist of a wide range of components designed for specific applications. The MJ1652FE-R52 is one such component. When incorporated into proper circuit designs, this type of Through Hole Resistor can perform a variety of functions that help in the proper functioning of electronics.

The MJ1652FE-R52 is a fixed-value resistor with an estimated lifetime of over 30000 hours. It has a resistance value of 52 ohms, making it suitable for use in current limiting and voltage dividing circuits. The structure of the resistor consists of an epoxy molded case on the outside and an orange-colored semiconductor material beneath it. This semiconductor material is known as the resistor element and is usually made up of stainless steel, nichrome, or for higher temperature applications, nickel alloy wire. This element is then enclosed with a coating to protect it from oxidation and physical damage. Finally, the ends of the element are connected to two metal or plastic leads.

The main application of the MJ1652FE-R52 is in current-limiting and voltage-dividing circuits. Using this type of Through Hole Resistor, it is possible to control the flow of electricity through a circuit. By changing the resistance value of the Resistor, the current can be adjusted. This is useful in applications such as resistors for controlling the brightness of LEDs, dimming incandescent lights, and controlling the speed of motors.

The Working Principle behind a MJ1652FE-R52 is quite simple. When a voltage is applied to the Resistor, it will cause a current to flow through it. This current will depend on the resistance of the Resistor. The higher the resistance, the less current will flow. This can be used to control and limit currents in a circuit and can be valuable in providing a degree of safety from overcurrent situations.

The MJ1652FE-R52 is one of the many Through Hole Resistors available on the market today. By using this type of component, engineers can build useful and reliable circuits that can provide great performance for many years. This type of Resistor can be used in a variety of applications, from controlling the brightness of LEDs to controlling the speed of motors. Knowing the Working Principle behind this type of Resistor will help engineers in creating circuits that are both reliable and safe.

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