ALSR05200R0FE12

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Through Hole Resistors are specialized components used in electronic designs and circuits to control and regulate the flow of current. As the name implies, they are mounted to printed circuit boards through the use of a hole in the board instead of using surface-mount methods. Among the most commonly used Through Hole Resistors are the ALSR05200R0FE12 series, which have a range of ratings and capabilities. This article explores the application field and working principle of the ALSR05200R0FE12 series.

Application Field of ALSR05200R0FE12 Resistors

The ALSR05200R0FE12 resistor series was designed to meet the needs of power electronic systems, automotive systems, as well as various types of industrial, medical and consumer applications. As such, it has become a standard part in many of these applications. For instance, the ALSR05200R0FE12 series is used in industrial applications, such as motor drives, to control and regulate the current flow resulting in improved power efficiency and reduced maintenance costs. It is also used in medical applications such as patient-monitoring systems and prosthetics, as well as in consumer products such as TVs, laptops, and smartphones. With its high power rating and excellent temperature stability, the ALSR05200R0FE12 is ideal for modern electronic systems which have demanding power requirements and where temperature fluctuations are a critical factor.

Working Principle of ALSR05200R0FE12 Resistors

Like other types of resistors, the ALSR05200R0FE12 works by limiting the flow of electrons through a component called a resistor. This is done by either increasing the potential difference in the component or reducing the flow of current, depending on the type of resistor used. Most ALSR05200R0FE12 resistors are constructed from a carbon-filled metal alloy that has been plated with a protective layer of tin. This combination of materials provides excellent corrosion resistance as well as increased stability of the resistor. When the resistor is connected to the circuit, its resistance value is determined by the resistance of the carbon element in the alloy. As the current flowing through the resistor increases, the potential difference across the resistor increases, resulting in a decrease in current flow and a decrease in power dissipation.

In order for the ALSR05200R0FE12 resistors to achieve its excellent temperature stability, they are designed with a temperature coefficient of 0.01%. This means that the resistance value of the resistor remains constant over a wide range of temperatures. This is achieved by using an alloy that is more resistant to temperature changes than traditional alloys. Additionally, the resistor is designed with an extended shelf life. As such, the resistor can be used in applications where reliability and consistent performance are critical factors.

The ALSR05200R0FE12 has a wide range of power ratings, ranging from 0.5W to 5W, and a wide range of resistance values, ranging from 0.2Ω to 5.2kΩ. Additionally, the resistors are rated for a wide range of voltages, from 4V to 500V. This makes it ideal for use in a variety of electronic systems.

Conclusion

The ALSR05200R0FE12 is a popular through hole resistor series which is used for power regulation and current control in a wide range of applications. Its combination of a high power rating, excellent temperature stability and extended shelf life make it ideal for modern electronic systems where reliability and performance are critical factors. Additionally, the ALSR05200R0FE12 has a wide range of power, resistance and voltage ratings, making it invaluable for engineers and designers looking for solutions to their electronic needs.

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