WW1JT680R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors come in different shapes and sizes depending on the application they are built for. WW1JT680R is a type of Through Hole Resistor that is specifically designed for high power applications. It is set apart from the other Through Hole Resistors because of its large size, robust construction and high thermal resistance.

The WW1JT680R Through Hole Resistor consists of a main body made of copper alloy filled with ceramic pellets. The copper alloy used to form the main body is coated with an insulating material to increase the voltage breakdown strength. The ceramic pellets act as a thermal resistor that helps to dissipate heat when exposed to large amounts of power.

The WW1JT680R Through Hole Resistor is often used in computers, industrial equipment, and many other electronic devices. It can handle large amounts of power with high efficiency and without compromising on durability. The thermal resistance of the WW1JT680R Through Hole Resistor is very important to ensure an even distribution of power and heat. By maintaining a high thermal resistance, the through hole resistor can manage large amounts of power without causing component damage or excessive heating.

The working principle of the WW1JT680R Through Hole Resistor is quite simple. The power is fed into the resistor at one end. The current then flows through the body of the resistor and is dissipated as heat through the ceramic pellets. The resistance of the resistor is determined by the size and shape of the main body and the ceramic pellets. The higher the resistance of the resistor, the more current is allowed to flow through it.

In summary, the WW1JT680R Through Hole Resistor is an efficient and durable component that is capable of handling large amounts of power with high efficiency and minimal heat dissipation. Its main body is made of a copper alloy and filled with ceramic pellets that act as a thermal resistor, helping to evenly dissipate heat. The working principle of the resistor is fairly simple, where current is fed into the resistor and then dissipated as heat.

The specific data is subject to PDF, and the above content is for reference