CP000712K00KE66

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Through Hole Resistors are indispensable components of most electronic circuits. In this article we will discuss the application field and working principle of CP000712K00KE66, a through-hole resistor manufactured by TDK Corporation.

CP000712K00KE66 is a fixed non-inductive type, through hole resistor. It has a resistance rating of 12K Ohms and a rated power of 500 mW. The rated temperature coefficient is 25 ppm/°C and the rated tolerances are ±5%. This resistor is made of an alloy composed of Nickel and Chromium. It is also lead (Pb) free, making it suitable for use in RoHS compliant projects and applications.

This through hole resistor is mainly used in power supply, electric appliance, sensing circuits, and communication circuits. It can also be used in general electronic circuits, such as motor drive circuits, battery discharge/recharge control circuits, and medical equipment.

The basic working principle of this resistor is quite simple. When an electric current is applied, it will generate an opposing voltage drop, thus providing resistance in the circuit. This helps to limit the flow of current, which prevents circuit overloads.

The CP000712K00KE66 is a non-inductive type, meaning that it will not generate a back EMF voltage when current is applied.

The CP000712K00KE66 is also capable of handling high power and temperature applications. It is rated for a maximum temperature of 125°C and has a high thermal resistance, which helps to prevent the resistor from overheating in high power applications.

One of the advantages of using through hole resistors is that they are easy to install, as they require no additional drilling or soldering. Additionally, they are highly reliable and have long service lives.

In conclusion, the CP000712K00KE66 is a high performance, through-hole resistor manufactured by TDK Corporation. It is mainly used in power supply, electric appliance, and communication circuits. Additionally, it can also be used in general electronic circuits, such as motor drive circuits, battery discharge/recharge control circuits, and medical equipment. The working principle of this resistor is quite simple, as it generates an opposing voltage drop when current is applied, thus providing resistance in the circuit. This helps to limit the flow of current, which prevents circuit overloads.

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