CMF501K8000JNEB

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Through Hole Resistors are components designed to control and limit current in a circuit or device. The CMF501K8000JNEB is one such component, and is commonly used for applications that require a precise, high-temperature rating. The component is made up of resistive material which determines its gauge, or resistance, as well as a mechanical body which controls current. Its precise configuration of resistive material and mechanical body allows for unparalleled performance over a wide range of temperatures and current levels.

The CMF501K8000JNEB’s resistance range is from 2 ohms to 10 megohms, allowing for a wide range of applications. The maximum power rating is 1/4 watt, providing sufficient heat dissipation to prevent overheating. The maximum voltage rating is rated at 50V, and the component is rated to operate over a temperature range of -55°C to +150°C.

The working principle of the CMF501K8000JNEB is based on its material composition, which consists of a mixture of conductive and resistive materials. The resistance of the component is determined by the concentration of resistive materials in the mixture, and is specified by the Resistor Marking Code. The mechanical body of the component redirects current and absorbs heat dissipated by the resistive material, which keeps the component within its thermal rating.

The CMF501K8000JNEB has a variety of applications, ranging from industrial to consumer devices, including voltage control, current control, signal interconnection, and filtering. It is commonly used in telecom and automotive industries for power supplies, voltage regulation, and signal control. The component is also used as a noise-suppressing resistor in audio, video, and communication equipment.

Because of its precise gauge, wide operating temperature range, and 1/4 watt power rating, the CMF501K8000JNEB is an ideal Through Hole Resistor for many applications. The component’s precise resistance and mechanical body allows it to be used in a wide range of temperature and current levels, making it suitable for many applications. Additionally, its mechanical body offers sufficient heat dissipation, ensuring quality performance in high-temperature environments.

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