3386C-1-253LF

Trimmer Potentiometers are devices used to adjust electric signals in electronic circuits. They vary an applied voltage or current in a controlled manner and are widely used for adjusting circuit parameters such as frequency, power and resistance levels. Trimmer Potentiometers are also known as trimpots, adjpots or trim caps.

The 3386C-1-253LF Trimmer Potentiometer is an excellent choice for precision adjustment of electrical and electronic components. It has a unique design that offers a high degree of accuracy and stability. This trimmer is suitable for a wide range of applications, including frequency, voltage and current adjustments.

The 3386C-1-253LF Trimmer Potentiometer has a rotating shaft with three terminals. The three terminals are connected to a resistive element and are used to adjust the resistance through turning the shaft. There is also a special terminal that allows for a zero-potentiometer, which is an adjustable voltage divider, to be connected to the trimpot for precise and indirect adjustment. This terminal also allows for additional inductive or capacitive loads to be connected.

The 3386C-1-253LF Trimmer Potentiometer is suitable for use in a wide range of application fields that require precise adjustment and stability. For example, it can be used as an adjustable resistor for setting the output voltage of power supplies. It can also be used as an adjustable gain control in audio amplifiers and frequency dividers or as an adjustable limiter in peak detectors.

The working principle of the 3386C-1-253LF TrimmerPotentiometer involves the use of a resistive element inside the device. As the shaft is turned, the resistance of the element changes. This change in resistance affects the voltage or current that flows through the device, allowing for precision adjustment. The level of current or voltage generated can be calibrated through the use of a voltage divider circuit connected to the trimpot with the special terminal.

The 3386C-1-253LF Trimmer Potentiometer is an excellent solution for adjustable resistors in electronic circuits. It has a unique design that offers precision and stability. This trimmer is suitable for a wide range of applications, including frequency, voltage and current adjustments. Its working principle involves the use of a resistive element that changes resistance as the shaft is adjusted, allowing for precise control of electric signals.