PDB12-G4201-103AF

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Rotary Potentiometers and Rheostats are widely used electronic components for signal processing applications. They are especially useful for controlling and measuring electrical signals, such as voltage and current. The PDB12-G4201-103AF is a high precision rotary potentiometer and rheostat which is used in a wide range of applications, such as controlling the level of audio signals, adjusting voltage levels, and for measuring current and voltage signals.

The PDB12-G4201-103AF is a high-precision, low-cost rotary potentiometer and rheostat which is equipped with an integrally-mounted bi-directional mechanical switch. Its terminals are highly shielded and designed to prevent crosstalk between them. It has a 12-bit single-ended analog output with ultra-fast settling time and low-noise operation. This makes it ideal for voltage and current measurement and control applications.

The PDB12-G4201-103AF is designed to provide adjustable resistance values from 0 to 10 kOhm and it has an adjustable resolution up to 12 bits. It has a high-accuracy ratiometric output across its entire operating range, as well as a wide temperature range. Additionally, the PDB12-G4201-103AF is capable of handling up to 350 mA of continuous current, making it an ideal choice for applications that require a robust and reliable signal source.

The PDB12-G4201-103AF works by using a mechanical rotary switch to adjust the resistance values of the potentiometer or rheostat. As the shaft is rotated, the resistance value of the element is changed which results in an output change in the measured signal. This is an extremely useful feature as it allows for adjustable signal control or level setting.

The PDB12-G4201-103AF is an extremely useful rotary potentiometer/ rheostat for signal processing applications which require precision measurement and control. Its wide range of operating capabilities coupled with its high-accuracy ratiometric output make it an ideal choice for various applications. This includes controlling audio signals, adjusting voltage levels, and measuring current and voltage signals among others.

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