A programmable power supply includes a processor, voltage and current programming circuitry, a current shunt, and a readback circuit for voltage and current. Additionally, a programmable power supply may include overvoltage , overcurrent, and short circuit protection as well as temperature compensation.

You can find programmable power supplies in various form factors including modular, benchtop, floor mount, and rack mount. A programmable power supply often uses SCPI as the programming language or it may include software provided by the manufacturer. Additionally, many users use LabView software to control their

Programmable Power supplies are found in many applications including automated equipment testing and intelligent debugging. Many bench power supplies include capabilities that allow the user to define several user profiles, allowing the user to define duration and outputs of multiple steps and then allow the instrument to automatically step through the predetermined sequence(s) .

The full range of models support multiple stacking and parallel connection by handily designing “leg” plug-in. Fit with rack mount kit to achieve the perfect use.

 It has a wide range of application values and is suitable for a variety of applications such as research and development, design verification and automatic test systems intergration.