PTV111-1215A-B103

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rotary Potentiometers (also known as ‘pots) are electrical devices commonly used in tuning circuits, to divide voltage into fractions for control purposes. The components are used in audio, radio and instrumentation equipment for setting parameters like volume, bias, transmit and receive gains, level setting, sensitivity and frequency adjustments. Potentiometers consist of a resistive element which is usually made of carbon deposited on a semiconductor wafer; this is then mounted in a plastic housing with a rotating shaft that controls an output voltage.

The PTV111-1215A-B103 is a rotary potentiometer which is suitable for use in all types of communication equipment. It is designed to provide accurate and reliable performance, with a resistance range of 10K ohms (± 10%). The PTV111-1215A-B103 is an easy to use component that offers a good response time when adjusting parameters. This type of device is commonly used in radio and telecommunication systems, as well as medical and industrial systems.

The device is composed of a resistor material which is divided into three sections. These sections include an active area and two terminals (‘wiper’ and ‘pivot’). The active area is divided by the wiper as it moves across the surface of the resistor, creating a resistance at each point along its path. This resistance difference between each point is what controls the output voltage.

The PTV111-1215A-B103 has a maximum operating temperature of 105°C. Its terminal connections are made with soldering lugs and the device is rated for up to 3 Amps at 120V AC. It has a robust construction, with the parts being held firmly together with a robust plastic housing. It also comes with a dust cover to help keep dust away from the internal components.

The working principle of a potentiometer is based on creating a voltage divider circuit. A resistive element consists of two sections with a resistive material between them. The voltage divider circuit allows the input voltage to be divided into two parts, one being the static part and the other being the variable part. The static part is determined by the resistance of the resistor; the variable part is controlled by a rotating shaft that can select any point along the resistor at any given time. The output voltage is the voltage difference between the two sections, or the voltage across the variable component.

The PTV111-1215A-B103 is an example of a rotary potentiometer which has multiple application fields and a specific working principle. It is suitable for use in various communication systems, allowing for accurate and reliable operation. Furthermore, its construction is robust and durable, making it an excellent choice for many applications.

The specific data is subject to PDF, and the above content is for reference