CW01025K00JE123

Through hole resistors are a type of resistor that consists of two electronic conductors of the same material going through a hole drilled into an insulating substrate material. They are also referred to as “through hole” or “THK” resistors because of the through hole in the substrate. They are typically used in electronic and radio frequency circuits, as well as in circuit protection.

The CW01025K00JE123 through hole resistor is an example of a through hole resistor. It is a carbon-loaded resistor, meaning that the material used to form the resistor electrode is carbon, such as resistin or graphite. It also has an oxide-film resistor coating that helps to minimize temperature effects. The CW01025K00JE123 through hole resistor has a specified resistance of 10kOhms and is rated for a power rating of 5W.

The application field of the CW01025K00JE123 through hole resistor is primarily in electronic and radio frequency circuits, such as filters, amplifiers, oscillators, and power supplies. It is commonly used for impedance matching, frequency tuning, circuit protection, and voltage divider networks. The resistor is also used in audio-related circuits, such as audio power amplifiers and preamplifiers.

The working principle of the CW01025K00JE123 through hole resistor is simple. When current is passed through the resistor, some of the current is dissipated as heat. The amount of current that is dissipated is determined by the amount of resistance present in the resistor. The higher the resistance, the more current is dissipated. This is why it is important to choose the right resistor for the application, as too much or too little resistance can cause the circuit to fail and potentially damage the other components of the circuit.

The CW01025K00JE123 through hole resistor is a reliable and cost-effective solution for many electronic and radio frequency circuits. It is rated for a power rating of 5W and has a specified resistance of 10kOhms. It is commonly used for impedance matching, frequency tuning, circuit protection, and voltage divider networks. The working principle is simple; when current is passed through the resistor, some of the current is dissipated as heat, depending on the amount of resistance present.