The Sorensen DCS150-7E is ideally suited for a wide range of applications requiring DC power in a small form factor. Applications range from manufacturing test and burn-in of automotive components, avionics electronics, telecommunications and consumer products to beam steering, process control and laboratory R&D use. The unique design is available in a variety of maximum voltages to 150V and maximum currents to 7A with low ripple and noise.
The 16-bit resolution of the Ethernet programming and hardware triggering allows for detailed sequencing associated with battery fluctuation simulation. The tight load regulation capability of the Sorensen DCS150-7E makes it a superior source for validation and acceptance testing and burn-in of automotive components. The high power density of the DCS150-7E makes it ideal for ATE System integration. The wide variety of control methods possible, allows easy integration into legacy systems as well as high speed systems.
Features:The Sorensen DCS150-7E is ideally suited for a wide range of applications requiring DC power in a small form factor. Applications range from manufacturing test and burn-in of automotive components, avionics electronics, telecommunications and consumer products to beam steering, process control and laboratory R&D use. The unique design is available in a variety of maximum voltages to 150V and maximum currents to 7A with low ripple and noise.
The 16-bit resolution of the Ethernet programming and hardware triggering allows for detailed sequencing associated with battery fluctuation simulation. The tight load regulation capability of the Sorensen DCS150-7E makes it a superior source for validation and acceptance testing and burn-in of automotive components. The high power density of the DCS150-7E makes it ideal for ATE System integration. The wide variety of control methods possible, allows easy integration into legacy systems as well as high speed systems.