CW02B7K000JS70

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Through Hole Resistors encompass a range of resistors that are soldered or “plugged-in” to a PCB and serve as components in a wide variety of PCBs and other electronic circuits. A common example of a through-hole resistor is the CW02B7K000JS70, a resistor used in industrial, military, and medical applications. In this article, we will discuss the application field and working principle of the CW02B7K000JS70.

The CW02B7K000JS70 is a surface mount resistor having a resistance value of 7kΩ. It is an SMT (surface mount technology) resistor and is used primarily in heavy industrial applications. The resistor consists of a metal oxide film layer that is placed between two conductive layers. This allows the resistor to resist changes in AC or DC current and to reduce the power dissipation in high-current electronics. The resistor is also designed to be highly reliable, with a rated power dissipation of 1.5W and a rated thermal resistance of 0.25°C/W. Additionally, the resistor has an inert atmosphere coating, which makes it less susceptible to damage from volatile chemicals and gasses.

The CW02B7K000JS70 resistor adds extra stability and reliability to a circuit. With its high power dissipation, it can serve as a voltage or current limiter in circuits with high power levels. It is used in applications such as electric motors, DC-DC converters, power inverters, communication circuits, and mass storage devices. The resistor is also used in radio, television, and aerospace applications.

The working principle of the resistor is relatively simple. It works by increasing the amount of electrical energy that a circuit must expend when passing a unit of current. This increases the amount of heat generated in the resistor, which in turn dissipates the energy. Different resistors are designed to dissipate various levels of power, from 1 to 25 watts.

The CW02B7K000JS70 is a reliable resistor designed for use in commercial, industrial, and military applications. It is constructed with a metal oxide film layer that provides superior resistance and reliability. Additionally, it is designed to dissipate high amounts of power and is capable of withstanding high temperatures. This makes the resistor suitable for use in a wide range of applications and provides a reliable and cost-effective way of increasing the stability of a circuit.

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