68WR2MEGLFTB

Trimmer potentiometers are commonly used to adjust output characteristics of electrical and electronic circuits. They are small, 3-terminal electromechanical devices that can be used to measure and adjust parameters such as voltage, current, resistance, and capacitance. The 68WR2MEGLFTB trimmer potentiometer belongs to this category.

The 68WR2MEGLFTB is a single-turn trimmer potentiometer with a resistance range of 2 Megohms. It is capable of withstanding voltages up to 48 Volts and temperatures ranging from -55°C to +125°C. It has a resistance tolerance of ± 10%. The 68WR2MEGLFTB is equipped with a 6-pin terminal layout and the body has a 0.23" square footprint.

The 68WR2MEGLFTB trimmer potentiometer is mainly used in consumer products and automotive applications. It is often found in audio devices such as car stereos and amplifiers, and in other voltage and capacitance-controlled applications such as medical electronics, metering systems, and electro-mechanical products. It is also used in the automotive industry to adjust the headlights, adjust the timing of the engine, and to adjust the carburetor.

The 68WR2MEGLFTB operates using two main principles. First, it uses a conductive element to measure the resistance across its terminals. This conductive element is the sliding track located inside the trimmer potentiometer. The resistance across the terminals is adjusted by moving the sliding track, which is done by turning the adjustment knob. Second, the 68WR2MEGLFTB uses an internal contact arm to make contact with the sides of the sliding track and measure the resistance. This contact arm is coupled with the adjustment knob and is turned along with the adjustment knob. This causes the contact arm to make contact with the sides of the sliding track and measure the resistance.

In summary, the 68WR2MEGLFTB trimmer potentiometer is a 3-terminal, single-turn device with a resistance range of 2 Megohms. It is designed to be used in consumer products and automotive applications, and operates on two main principles; a conductive element to measure the resistance across its terminals, and an internal contact arm to make contact with the sides of the sliding track and measure the resistance. It is a versatile device that can be used for a variety of applications.