CMF6016R000BHR6

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Through-Hole Resistors are a type of resistor that consists of an element encased between two terminals, which are then wired to a printed circuit board. They are divided into two main categories, surface mount and through hole. Whereas surface-mount resistors attach to the surface of a printed circuit board, through hole resistors are inserted into the board’s holes and the terminals are soldered to the copper tracks on the other side of the board. Since they are higher in wattage and come in a range of shapes and sizes, they are a popular choice for many applications. One example of a through hole resistor is the CMF6016R000BHR6.

The CMF6016R000BHR6 is a wirewound resistor with a power rating of 16W. It has a resistance range of 0.001 ohms (milliohms) to 20 MOhms (Megohms) and a temperature coefficient of ±100ppm/°C (parts per million per degree Celsius). It also has a maximum voltage rating of 600 V and a maximum temperature of 175°C (347°F), giving it the ability to handle high temperatures and power levels without reducing the accuracy of its readings. The resistor comes with insulation sleeves that protect it from short circuits and also increase its operational life.

The CMF6016R000BHR6 resistor is used in power systems, radio frequency communication systems, and laboratory applications. In power systems, it is used for controlling the flow of current and preventing voltage spikes, while in radio frequency communications it is used to regulate signal levels and prevent distortion. In laboratories, the resistor is used for tasks such as calibration, static testing, and circuit debugging. In each of these applications, the resistor’s ability to withstand high temperatures and power levels, as well as to maintain high accuracy, make it an ideal choice.

The working principle of a CMF6016R000BHR6 resistor is simple. When connected to a power source, the resistor acts like a funnel, directing the flow of electricity through its enclosure. The higher the power, the more electricity is funneled through the resistor, causing it to heat up. This in turn causes a change in the resistor’s resistance, which is measured as a voltage drop. The voltage drop is then used to adjust the flow of electricity, and the resistor itself. This is why it is important to use a resistor with a maximum wattage rating higher than the expected power load; to ensure that it will be able to withstand a higher load without becoming damaged.

Through Hole Resistors are a useful and reliable component for a variety of industrial and laboratory applications. The CMF6016R000BHR6 is one such resistor. By harnessing the predictable, linear relationship between resistance and temperature change, and by providing high and accurate power levels, the resistor provides valuable control and signal regulation for power systems, communication systems, and laboratory applications.

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