21J180E

Through Hole Resistors

The 21J180E is a type of through hole resistors. Through hole resistors, also known as through-hole or through-hole resistors, are resistors whose resistive element is usually formed with resistive materials that are embedded in a hard ceramic core. It has two main components - a resistor and a terminal, or lead, which is used to connect the resistor to the circuit. Through hole resistors are typically connected to a printed circuit board (PCB) by soldering, and are designed for use in applications that require very reliable electrical connections.

The 21J180E has a variety of uses. It has a wide range of resistance values and is used in many applications, such as power supplies, DC to DC converters, audio amplifiers, and automotive applications. It is designed for use in high temperature and high frequency applications. It is also used in high voltage and power applications, such as high voltage switching and high power noise filters.

The 21J180E working principle is simple. When the current passes through the resistor, it creates an electrical field which, in turn, creates a magnetic field. Both the magnetic field and the electrical field carry energy, and these two fields cause a resistive force between them. This resistive force is what forms the resistor.

The 21J180E is designed to handle high temperatures and high frequencies. It is also designed to handle high voltages and large power levels. The resistor is able to handle high-temperature applications due to its high temperature coefficient, which reduces resistive power at higher temperatures. It is also highly stable and reliable because of its high self-insulating properties. This makes the 21J180E ideal for electrical applications that require stable and reliable connections.

In conclusion, the 21J180E is a type of through hole resistors. It is designed for use in high temperature and frequency applications. It is also suitable for high voltage and power applications. It is highly stable and reliable due to its high temperature coefficient and high self-insulating properties.