CMF651M1000FKEB

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 offer a variety of applications to those seeking reliable and robust components for their projects. A common example of this would be the CMF651M1000FKEB. This resistor is a common, yet powerful component and can be a valuable asset for almost any project.

The CMF651M1000FKEB belongs to the Metal Film Through Hole resistor classification. These resistors are made from metal oxides, such as iridium, which are placed on a ceramic substrate. The end result is an extremely stable resistor which is often used in projects that require very precise values. This resistor has a TCR or temperature coefficient rating of ±25ppm/°C — meaning its resistance is almost constant over a wide temperature range. In addition, these resistors also have a maximum operating temperature of up to +105°C.

In terms of performance, the CMF651M1000FKEB is an excellent component with a power rating of 1/2W at an ambient temperature of 25°C and a voltage rating of 500V. This is due to the resistors construction and material which, in comparison to other components, is incredibly efficient. The part also offers very good performance over a wide range of frequencies and a temperature coefficient of 155°C/W.

The CMF651M1000FKEB is also available in various sizes and can be used in a wide range of applications. These include high-end audio circuits for critical audio stages and filter networks, medical and industrial systems, instrumentation and control, and any application that requires a precision resistor. This resistor can also be used as a voltage divider that can accurately measure different voltage levels. Furthermore, this component is able to withstand the most hostile environmental conditions, while still maintaining their superior performance.

In terms of the resistor’s working principle, it is very simple and can be easily understood. This type of component has an “electrode” on its centre, which is connected to a pair of “leads”. When an electric current is applied through the resistor, a voltage drop is generated resulting in a resistive force. This force, in turn, generates a magnetic field, which affects the flow of electrons. This effect creates a resistance, which increases the voltage drop across the resistor and reduces the power of the electric current. As a result, the component serves as a voltage regulator and is able to provide more stable signals.

Overall, the CMF651M1000FKEB is a great component for various applications. From providing precision resistors for high-end audio equipment to being used as a voltage divider, this component offers a variety of uses. Furthermore, its robust design and construction make it able to withstand even the toughest conditions. All of these features, along with its working principle, make it an ideal component for almost any type of projects.

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