PV12T103A01B00

Trimmer Potentiometers are single-turn or multi-turn variable resistors that allow the user to adjust more precise values than commonly available trimming potentiometers with knobs. The PV12T103A01B00 is one example of a trimmer potentiometer. It has a wide range of applications across many industries, from audio equipment to medical devices.

The PV12T103A01B00 is a single-turn, 10-turn, 300 ohm, 5Va trimmer potentiometer. It is constructed with a ruggedized thermoplastic enclosure and is dust- and moisture-resistant. The unit is 0.1” x 0.18” x 0.365” in size, making it well-suited for use in smaller electronics and tight spaces. It also boasts a temperature range of -20°C to +85°C.

The working principle of the PV12T103A01B00 is that it uses a sliding contact and an internal resistor network to provide a resistive value that is adjusted by turning the external adjustment knob. This is a standard function of all trimmer potentiometers. The internal resistor is usually a carbon element or a communication film. The sliding contact is on a wiper, which is connected to the adjustment knob and slides along the length of the resistor.

The PV12T103A01B00 can be used in many different applications requiring the adjustable potentiometer. It is commonly used in musical instruments and amplifiers, audio and video equipment, home theater systems, machine controls, medical devices, and motor speed control. It is also used in high-precision settings for circuit adjustments, matching two circuits, and compensation.

The PV12T103A01B00 is a reliable and accurate single-turn, 10-turn, 300 ohm, 5Va trimmer potentiometer. It is suitable for a multitude of applications and is designed to be used in commercial, consumer, and industrial applications. The unit also features a ruggedized thermoplastic enclosure, dust- and moisture-resistant construction, and temperature range of -20°C to +85°C. The working principle of the unit is based on a sliding contact and an internal resistor network, providing an adjustable resistive value.