WW1JT4R70

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Through Hole Resistors are resistors that are mounted onto the circuit board with a hole using a through hole technology. They are generally preferred if larger power is required than what can be provided by the surface mount resistors. The Pb-free WW1JT4R70 resistor is one such through hole resistor and is composed of a heavy-duty, heat-resistant epoxy resin which is a good conductor of electricity.

The WW1JT4R70 through hole resistor is designed for applications such as communications and audio equipment, computers and monitors, industrial equipment and microwave ovens. Its reliable performance in such applications is due to its high surge strength, high voltage resistance, high temperature coefficient, and low power dissipation. The application field makes it suitable for a range of across-the-board uses.

The working principle of the WW1JT4R70 through hole resistor is based on its basic electrical resistivity. This resistance comes from the material used to make the resistor, which can be either conductive or non-conductive depending on the number of turns that the resistor has. The higher the number of turns, the higher the resistance that will be provided. When current is passed through the resistor, the electrons travel through the resistor and the resistance creates a voltage drop across the resistor.

The WW1JT4R70 through hole resistor is also designed to be environment friendly in the sense that it contains no carbon compounds or other elements that might be hazardous to human health and the environment. This is because only safe materials are used in its manufacture. Additionally, the resistor contains a self-leads design which reducescarbon formation that may be caused by soldering and therefore improves the reliability of the resistor.

The WW1JT4R70 through hole resistor can be said to be a reliable and safe device for the applications in which it is used. It is designed to meet and exceed industry standards for electrical resistance, temperature coefficient, and operating life. Additionally, its self-leads design reduces the risk of carbon formation due to improper soldering and its reliable performance ensures that it can operate in a variety of applications without any loss in performance. Furthermore, its environmental friendliness makes it an ideal choice for a variety of uses.

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