CMF605R1100FKEB64

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Through-hole resistors, also known as Axial Lead Resistors, are the most cost-effective and commonly used type of resistor. They are designed to dissipate their heat directly through the components themselves. The CMF605R1100FKEB64 in particular is a type of through-hole resistor with specific characteristics that make it well-suited for certain applications.

The CMF605R1100FKEB64 is a high-power, precision, wire-wound ceramic resistor. It is designed to provide high reliability and accuracy in both high-frequency and high-voltage applications. The ceramic core material ensures high-temperature durability while also providing excellent thermal conductivity. It also has a wide range of resistance values, making it suitable for applications requiring a variety of resistance values.

The CMF605R1100FKEB64 has an overload capacity of up to 1.2 Watts, making it highly reliable for applications requiring high power. It can also handle large current surges with excellent stability. This resistor is also designed to withstand high temperatures up to 200°C as well as a wide range of other environmental conditions. The CMF605R1100FKEB64 has a maximum operating voltage of 1KV, ensuring that it can handle high-voltage applications with ease. Additionally, it has excellent ESD protection and can easily handle high levels of humidity.

At its core, the CMF605R1100FKEB64 has a precision wire wound ceramic core that creates the resistance needed for the application. The wire is wound around the ceramic core in a spiral pattern and, depending on the application demands, it is either lacquered or sealed for corrosion protection. The lacquer or sealant helps protect the core from damage due to elements such as moisture, dust, and dirt. The wire-wound core is then encased in a robust, protective material to ensure the resistor remains safe from the environment.

The primary use of the CMF605R1100FKEB64 is for automotive and military applications, as it provides high power and reliability in these critical applications. Additionally, its ESD protection ensures that it can handle a variety of electrical interference as well as temperature and humidity swings. It can also be used in medical and industrial applications, as it provides stable and accurate performance in these scenarios. The wide range of resistance values also makes it useful in a variety of applications.

In conclusion, the CMF605R1100FKEB64 is a versatile, high-performance, wire-wound, ceramic substrate resistor that is ideal for a variety of automotive, military, medical, and industrial applications. It has a wide resistance range, strong overload capacity, excellent stability, and ESD protection, ensuring its reliability and accuracy in demanding environments. The ceramic core material also provides excellent thermal conductivity and high-temperature durability. Overall, the CMF605R1100FKEB64 is an ideal choice for applications requiring robust performance and reliability.

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