3006P-1-102Z

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Trimmer potentiometers are a type of electrical component specifically designed to provide adjustable resistance in a circuit. The most common use of trimmer potentiometers is as adjustable voltage (or current) dividers used to vary the gain of an amplifier, the cutoff frequency of a filter, or many other electronic parameters. The 3006P-1-102Z is a type of trimmer potentiometer designed to be used with linear applications, such as voltage dividers, surge protection, charge pump outputs, and other applications in high-temperature, high-voltage environments.

The 3006P-1-102Z is available in two mounting types—surface mount and through-hole—to suit different applications. It features two terminals, a movable terminal, and a fixed terminal. The fixed terminal is used as the reference point for adjusting the resistor value while the movable terminal slides along a linear track to adjust the resistance value. This type of trimmer potentiometer has a resolution of 0.25W, and its resistance range is from 1KΩ to 51KΩ.

The working principle of the 3006P-1-102Z trimmer potentiometer is relatively simple. When the sliding terminal is moved along the track, a resistance is established between the two terminals, which results in a change in the voltage across the two terminals. This change is then used to control the signal gain of an amplifier or the cutoff frequency of a filter, for example.

The 3006P-1-102Z trimmer potentiometer is highly reliable and highly accurate. It finds use in applications such as amplifiers, display backlighting, LED drivers, motor speed or position control, power converters, voltage reference circuits, and more. Its rugged construction allows it to operate reliably in demanding temperature ranges from -40°C to +150°C.

In summary, the 3006P-1-102Z trimmer potentiometer is an indispensable type of adjustable resistor with wide applications in various high-voltage, high-temperature environments. It is available in two mounting types—surface mount and through-hole—and offers a resistance range of 1KΩ to 51KΩ as well as a high degree of accuracy and reliability. It uses a straightforward working principle to create voltage dividers and thus adjust the gain of an amplifier or the cutoff frequency of a filter, among many other uses.

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