ALSR05R1300JE12

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Through Hole Resistors are essential components in any electrical system, offering electrical resistors with convenient size and high accuracy. They are widely used in all kinds of electronic applications.

One type of Through Hole Resistor is the ALSR05R1300JE12. This resistor is used primarily in applications that need a high precision value, such as industrial equipment, computer systems and precision devices. The ALSR05R1300JE12 is a 12 ohm resistor with a tolerance of ±0.1%. It is made of alloy metal film, and its specific dimensions are 19.80 x 9.00 x 6.20 mm.

The working principle of the ALSR05R1300JE12 is similar to that of other Through Hole Resistors. The resistor is composed of two semiconductor materials - a negative material on one side of the resistor and a positive material on the other side. Current flow is created by the movement of electrons through the resistor circuit. The resistance of the resistor is determined by the type of resistive material, its length, width, and thickness.

The ALSR05R1300JE12 is an excellent choice for a high precision and reliable resistor. Its resistance is consistent, allowing it to be used for repeatable precision in electrical systems. In addition, its tolerance level is especially high, so it is suitable for use in situations where accuracy is paramount. With its tight tolerance and resistance variance, the ALSR05R1300JE12 provides an incredible amount of control for electronic systems.

The ALSR05R1300JE12 is a common choice for various industrial and precision-based applications, as it offers both accuracy and reliability. Its main application fields include automotive, industrial, computer and military systems. In addition, the ALSR05R1300JE12 is used in medical imaging systems, measuring and sensor devices, precision circuit designs, and other electronic systems.

The ALSR05R1300JE12 is an excellent choice for a Through Hole Resistor, offering high accuracy and reliability. The working principle of the resistor is based on the movement of electrons through a resistive material, and its tolerance and resistance variances are incredibly precise. Its main applications are in the automotive, industrial, military, computer, medical, and precision industries, and it can be used for a variety of electronic systems.

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