ALSR0520R00JE12

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Through Hole Resistors have long been an important component in circuit designs, offering significantly improved electrical performance in comparison to other passive components. The ALSR0520R00JE12 is a precision Through Hole Resistor that is best suited for high-current applications that require high accuracy and stability. This resistor is available in both axial and radial packages, and provides a variety of options for designers.

The ALSR0520R00JE12 is a through-hole resistor with a metal-oxide film type construction. The film itself is composed of an extremely thin layer of metal oxides such as chromium, titanium, nickel, and molybdenum oxides. This thin metal-oxide film is then vacuum deposited onto a ceramic substrate and then encapsulated in an epoxy resin package. This construction enables the ALSR0520R00JE12 to have significantly better tolerance, creepage, and long-term stability than other Through Hole Resistors.

The ALSR0520R00JE12 is ideal for applications where high-precision and stability is required. Its high accuracy and tolerance ensures that the device will perform consistently over a wide-range of temperatures. Additionally, the ALSR0520R00JE12 can withstand higher application temperatures than other Through Hole Resistors; up to 155°C depending on the type and application. This makes the ALSR0520R00JE12 an ideal device for power electronics designs where high voltage and current observations are required.

Although the ALSR0520R00JE12 is commonly used in high-precision applications, it is also suitable for commercial and industrial electronics designs. The wide-range of tolerance values and resistance ratings make the ALSR0520R00JE12 suitable for applications that require up to 10W of power dissipation.

The usage of the ALSR0520R00JE12 is defined by its working principle. The resistor is constructed on the principle of voltage division, in which the voltage across the resistor is equal to the applied voltage divided by the number of resistors. Additionally, the current through the resistor can be calculated from Ohm\'s Law, which states that the current is equal to the applied voltage divided by the resistance. The resulting current can then be used in the design of the circuit to achieve the desired performance.

In conclusion, the ALSR0520R00JE12 Through Hole Resistor is an ideal choice for a wide-range of applications due to its accuracy, stability, and high power capabilities. Its construction based on the principle of voltage and current division makes it an ideal choice for a variety of applications including high-precision instrumentation, commercial and industrial electronics, and power electronics designs.

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