MOX200001005FE

Through Hole Resistors are electric components used to control current in an electronic circuit. MOX200001005FE is a unique type of through hole resistor with a wide variety of applications and a relatively simple working principle. This article will discuss in detail the application field and working principle of this device.

Application Field of MOX200001005FE

MOX200001005FE is designed primarily for discrete power conversion applications. This includes tasks such as controlling the flow of power from a power supply to various electronic goods, or from one type of power supply to another. The thermal properties of this component make it well-suited to situations in which heat build-up must be controlled, and the low-profile construction makes it easy to mount on circuit boards. The resistance value of MOX200001005FE is also very stable over time, making it suitable for use in long-term designs.

For example, the MOX200001005FE can be used in Switch Mode Power Supplies (SMPS) to control the current driving the power supply. The resistor also finds application in audio circuits for volume control. It is also widely used in timer circuits as it offers a reliable and stable resistance value over time. Additionally, MOX200001005FE can be used in lighting circuits to control the current and voltage in the circuit. Lastly, this type of resistor is also used in motor control circuits, as it offers protection against current leakage and over currents.

MOX200001005FE Working Principle

The working principle behind MOX200001005FE is fairly simple. When voltage is applied across its ends, it acts as an electrical conductor through which electricity can pass. However, due to its resistive material, MOX200001005FE has a higher resistance than regular conductors, which limits the amount of current that can run through it.

The resistance of MOX200001005FE is controlled because of how its components are constructed. At the very core, this type of through hole resistor consists of a metal and ceramic substrate, along with a metal-coated ceramic body. This creates a series of electrical connections with a certain amount of resistance between them, resulting in a circuit with a fixed amount of resistance.

The amount of resistance of MOX200001005FE is determined by its structure and the selection of materials used in its construction. For example, the thickness of the metal-coated ceramic body and the dimensions of the circuit are important factors that affect the resistance value of the resistor. By adjusting these characteristics, it is possible to produce MOX200001005FE with different resistance values.

Conclusion

MOX200001005FE is a Through Hole Resistor designed for a wide range of applications. Its versatility is due to its reliable resistive qualities and its low-profile design. Additionally, its working principle is fairly simple: by virtue of its structure and the materials it is made of, it can act as an electrical resistor with a fixed amount of resistance. As such, it is an important connector in power conversion applications, audio circuits, timer circuits, lighting circuits, and motor control circuits.