ALSR05200R0JE12

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Through Hole Resistors

Through hole resistors, also known as axial lead discrete resistors, have become the go-to components for electronic circuit designers looking for reliable performance combined with a reasonable cost. They are available in a range of different packages, sizes, and power ratings and their flexibility make them a popular choice among engineers from all disciplines. One of the most popular through hole resistors is the ALSR05200R0JE12.

Applications

The ALSR05200R0JE12 resistor is an axial lead resistor that provides excellent performance when used in high current applications. The ALSR05200R0JE12 is silkscreen printed with the resistance value and tolerance to easily identify the component. The resistor is commonly used in motor control applications, over-current protection circuits, power supplies, TTL clock signal circuits, and signal conditioning applications to control noise and voltage spikes.

Working Principle

Resistors are the building blocks of any electronic circuit and are essential components for controlling the flow of electrical current. Through hole resistors or axial lead resistors are constructed by embedding resistive material in ceramic or glass in order to inhibit current flow. Their main purpose is to limit or alter the current or voltage in a circuit and help maintain consistent performance. The ALSR05200R0JE12 resistor features a high-temperature coefficient of resistance which makes it suitable for high current applications. The ALSR05200R0JE12 is capable of handling maximum power up to 2W and carries a maximum rated voltage of 200V.

The ALSR05200R0JE12 is composed of an inner core of resistive material encased in a metallic shell to provide mechanical durability and additional heat dispersion. The resistance value of the ALSR05200R0JE12 is determined by the size and type of resistive material used and is marked directly on the resistor. The resistor also includes a heat sink that helps dissipate heat away from the resistive element and provides additional protection against thermal runaway. It also features a precision tolerance of ±5% which ensures that its actual performance is always within a certain range.

Conclusion

Through hole resistors, such as the ALSR05200R0JE12, provide reliable performance and have a range of applications for controlling current and voltage in electronic circuits. With their precision accuracy and high temperature coefficient of resistance, they are a popular choice among engineers who need to ensure consistent performance in high current applications. Through hole resistors also provide an easy way to identify components since the resistance value and tolerance are printed directly on the component.

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