CMF6535R700FKEB

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Through Hole Resistors are a type of electronic component used to detect, regulate, and guide current flow in an electrical circuit. They usually come in the shape of cylindrical coils with two leads, one at each end. In many cases, they are used to limit the current through a particular circuit. Many of these resistors come in different sizes, shapes, and power ratings, and the CMF6535R700FKEB is one such example, an axial leaded resistor package designed for general purpose applications.

The CMF6535R700FKEB is a through hole resistor designed for many general purpose applications. It has a standard size, with a diameter of 1.3mm and a length of 3.5mm. The resistor is made from a flame retardant material, making it ideal for a variety of applications requiring protection against fire. It is rated for a maximum power of 0.6W, and can withstand temperatures of up to 125°C.

The CMF6535R700FKEB is specifically designed for general purpose applications. It is often used in solar panel circuits, automotive electronics, and other general purpose circuits. It is also the most popular choice for all sorts of electronic sensing applications, such as temperature sensors and strain gauges. In addition, it is also frequently used in commercial and consumer electronics for applications such as battery and USB charging.

The working principle of the CMF6535R700FKEB is relatively simple. When power is applied to the resistor, it converts the current flowing through it into heat. The heat is then dissipated through the resistor, which helps to regulate the current in the circuit. The heat transfer is further regulated by the flex resistance of the material used in the resistor. This resistance can be adjusted by using different materials, such as metal film, zinc oxide, or carbon film.

In conclusion, through hole resistors are a vital component in any electronics project. The CMF6535R700FKEB is an excellent example of these, as it is designed for general purpose applications and can withstand high temperatures. The resistor works on the principle of converting current into heat and dissipating it through the resistor, which helps to regulate the current in a variety of circuit applications.

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