CMF501K1000FKEB

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Through hole resistors are passive devices primarily used to reduce current flow, adjust signal levels and divide voltages in electrical and electronic circuits. CMF501K1000FKEB is a through hole resistor made by Stackpole Electronics, Inc. that offers excellent performance in most applications.

This resistor is made from a durable, ceramic core material, making it resistant to high temperatures and other environmental conditions, and able to withstand high current and voltage surges. The CMF501K1000FKEB is available in two configurations, an axial and a radial. Its axial type is composed of three concentric layers of metallized film and ceramics, its radial type is composed of two concentric layers of metallized film and ceramics. The resistor is also available in various sizes to accommodate different potential applications. It is packaged in a lead (Pb)-free package.

The CMF501K1000FKEB withstood surge rating of greater than 120V and can easily protect application circuits from excessive current or voltage. Its optimal voltage breakdown is 6.50V, compared to conventional resistors. It can maintain its electrical properties at temperatures ranging from -55°C to +105°C, and can withstand up to 5,000V of surge voltage.

The CMF501K1000FKEB is used commonly for applications in automotive, industrial, and communications manufacturing. Automotive applications often require high temperature and long life, making the CMF501K1000FKEB an ideal solution. The resistance of this resistor is potentiometers, usually for a control or regulating purpose. For industrial applications, this resistor is suitable for applications where high signal isolation is desired, as it isolates signals from one another and reduces crosstalk among them. In communication applications, this resistor is a perfect choice for applications requiring precise measurements such as in ultrasonic machines, medical equipment, and circuit test systems.

The working principle of the CMF501K1000FKEB starts with the contact to the application. It then conducts the current channeled by its metallized film and ceramics layers, producing the heat energy which reduces the current. From here, the voltage to power the application circuits is limited by the transferring of electrons co-created within a break-down value in the application. It also helps protect the circuit from excessive current and voltage values.

In conclusion, the CMF501K1000FKEB is an excellent through hole resistor for applications in automotive, industrial, and communication fields, it provides optimal performance, excellent temperature and surge ratings, as well as superior signal isolation.

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