MJ1690FE-R52

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Through Hole Resistors, or Forced conductive materials, are one of the most versatile types of resistors used in electrical circuits today. The MJ1690FE-R52 is an excellent example of a through-hole resistor that finds application in a wide variety of applications, from low voltage to high, such as automotive, marine, and industrial. In this article, we will take a closer look at the application fields and working principles of the MJ1690FE-R52.

The MJ1690FE-R52 Application Fields

The MJ1690FE-R52 is a through-hole resistor that offers up to 300V of voltage and up to 16A of current. As a result, this versatile resistor can be used in a wide variety of applications, from low to high voltage, such as:

• Sensing circuits
• Lamps and LED light applications
• AC circuits
• DC motor control systems
• DC voltage stabilizers
• Industrial Process Controllers
• Automotive Electronics
• Marine Electronic Systems

The MJ1690FE-R52 can also be used in many other applications, such as power supplies, thermal control, and line protection circuits, among others.

The Working Principle Of The MJ1690FE-R52

The MJ1690FE-R52 is a three-terminal through-hole resistor and works on the principle of resistive-voltage division. when an electrical signal or current is supplied to its terminals, the signal is divided into two parts by the resistive strip present in the resistor. One part of the signal passes through the resistor at a predetermined voltage level and the other part passes through without any resistance.The resistive element of the MJ1690FE-R52 is a metal oxide layer, which can be easily charged and discharged in response to the applied voltage. As the current passes through the resistive element, its resistance value changes, thus producing a varying voltage drop across the resistor. This varying voltage drop creates a feedback signal, which is used to adjust the operating current of the circuit and to control its operational parameters.

Conclusion

The MJ1690FE-R52 is an excellent example of a through-hole resistor that finds application in a wide range of low to high voltage applications. It has the capability of withstanding up to 300V of voltage and up to 16A of current with its resistive metal oxide layer. As a result, it is well suited for sensing circuits, DC motor control systems, industrial process controllers, automotive electronics, and marine electronic systems. Understanding its application fields and working principle are essential for proper usage of the MJ 1690FE-R52.

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