CF14JB9M10

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Through Hole Resistors are one of the most common types of electrical resistors. The CF14JB9M10 is a through hole resistor designed for use in various industrial and commercial applications. It is suitable for use in high temperature, harsh environments, and is successful in meeting the demanding requirements of industrial duties.

The CF14JB9M10 can withstand an operating temperature of up to 425°C and has a non-corrosive and non-flammable coating. The resistor features a low inductance design, making it ideal for both AC and DC circuits. The resistor has a wide resistance range, making it suitable for all sorts of applications. The maximum resistance range is 9.1MΩ to 11MΩ. The resistor is also available in various other forms such as surface mount, as well as radial and axial leaded.

The primary advantage of using the CF14JB9M10 is its flexibility. Since it is an axial leaded resistor, it can be suitable for both through hole and surface mount applications. It has a wide range of resistances, making it versatile when it comes to different circuits. Additionally, it is made of a durable material that provides reliable performance and ensures a long service life.

In terms of its working principle, the CF14JB9M10 resistor is primarily a conductive material made up of a resistive film between two metal plates. When a voltage is applied to the resistor, the current will travel through the resistive film, creating a resistance. This resistance is determined by the thickness of the resistive film, as well as its composition. The thicker the resistive film, the higher the resistance. The resistive film also determines the size of the resistor, as a thicker resistive film will require a larger resistor.

The CF14JB9M10 through hole resistor is suitable for a variety of applications, including automotive, telecommunications, lasers, and medical equipment. It can be used in AC and DC circuits, is highly reliable, and offers a high temperature resistance making it suitable for harsh environments. The resistor is suitable for surface mount and through hole applications, and has a wide range of resistances. Its working principle involves the use of a resistive film between two metal plates, providing resistance when electricity passes through the resistor.

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