CPCP05R5000FB31

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Through Hole Resistors are becoming increasingly popular for their ability to resist high power levels for a wide range of applications. The CPCP05R5000FB31 is one such resistor designed by world-renowned manufacturer EPCOS. This particular resistor is a ceramic molded body with a ceramic core and an internal lead diameter of 0.513 millimeters. It has a working temperature range of -55 to 125 degrees Celsius and a voltage rating of 200 Volts.

The main application of this resistor is in the power electronics industry, as it can be used to control the current and voltage levels of the devices used in the manufacture of a wide range of electronic goods. For example, in the production of laptop computers, this resistor can be used in the control of the power levels of the AC adapters and batteries used. Similarly, it can be used in the automotive industry in the controlled supply of voltage for systems such as direction indicators, headlights and brake lights.

The working principle behind this resistor is relatively straightforward. The resistor is opposite to a wire, because it impedes the flow of current when an electrical potential is applied across it. This means that when a current is passed through the resistor, its resistance creates a barrier to this current, thereby reducing the current and voltage levels flowing through the electronic device.

In addition, this resistor can be used to protect other components in the system from damage caused by over-voltage and over-current. It acts as a safety fuse to dissipate the excessive current as heat in case of voltage or current surges. This feature helps protect expensive electronic components from damage in the case of unexpected power surges, thus reducing repair and replacement costs.

Overall, the CPCP05R5000FB31 is a well-constructed resistor which provides outstanding power capabilities for wide range of applications. Its ability to control voltage and current levels, as well as protect against over-voltage and over-current is essential for the long-term operation of most electronic systems. It is therefore commonly used in the power electronics, automotive and consumer electronics industries.

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