RLR07C2002GPR36

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Through Hole Resistors

Through Hole Resistors, also known as THRs, are machined components incorporating resistance elements such as wirewound ceramic discs. They are usually used in low-current, high-voltage applications, including in medical and telecom equipment, GPIO pins, audio and video equipment, and in many consumer electronics. RLR07C2002GPR36 is a type of through hole resistor.

RLR07C2002GPR36 mainly uses an alloy film as a medium, using its own resistance characteristics and physical process to control the movement of current, and the current is proportional to the voltage applied to the two ends, thereby achieving the purpose of controlling and stabilizing the current. It is mainly used in all kinds of electronic products such as precision instruments, power supplies/ rectifiers, micropower LED lighting, medical equipment, industrial instrumentation and precision control.

Application Field

The main application field of RLR07C2002GPR36 is in precision instruments, power supplies/ rectifiers, micropower LED lighting, medical equipment, industrial instrumentation and precise control. The characteristics that make this resistor type especially suitable for these applications are stability, accuracy, temperature drift, noise, low cost and small size.

Working Principle

RLR07C2002GPR36 works on the principle of electrochemical resistors which consists of a non-metallic material like semiconductor oxide, carbon, ceramic or plastic. These materials have electrical properties that react when exposed to electric current. The current changes the material\'s molecular structure, causing it to resist more or less current according to the amount of current passing through it. This change of resistance creates a stable and predictable voltage-current flow.

The RLR07C2002GPR36 are made up of two active layers; one is anode and the other is cathode. Anode is made of a conducting material, usually copper which is energy absorbent. The cathode is made of a non-conducting material, which is usually oxide based. When a voltage is applied, the anode and cathode will create an electrochemical reaction which controls the flow of current through the resistor. The amount of current will depend on the resistance of the material and the applied voltage.

Conclusion

Overall, RLR07C2002GPR36 is a type of through hole resistor with a wide range of applications in precision instruments, power supplies, LED lighting, medical equipment and industrial instrumentation. Its main advantage is the stability, accuracy, temperature drift, noise, low cost and small size. It works on the principle of electrochemical resistors, changing its resistance level when exposed to electric current.

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