The GW Instek PSW-1080H668 is a powerful triple-channel programmable switching DC power supply that delivers high performance, safety, and flexibility in advanced test environments. Featuring three independent outputs rated at 250V, 250V, and 800V, with a total capacity of 1080W, this unit is well-suited for applications that require a mix of medium-voltage and high-voltage outputs within one instrument.
Supporting independent, series, and parallel operation, the PSW-1080H668 enables users to configure voltage and current combinations for a wide variety of test scenarios. Its programmable sequencing and multi-channel synchronization simplify complex setups, while the large LCD interface ensures precise monitoring and user-friendly operation. Remote control is enabled via USB, LAN, RS232, and optional GPIB, making it suitable for both manual and automated testing environments.
Safety features including Over Voltage Protection (OVP), Over Current Protection (OCP), Over Temperature Protection (OTP), and reliable CC/CV operation protect both the instrument and connected devices.
Key Features:
Triple outputs: 250V / 250V / 800V
Total power capacity: 1080W
Independent, series, and parallel channel operation
High-resolution LCD display with programmable sequencing
Remote interfaces: USB, LAN, RS232, optional GPIB
Safety protections: OVP, OCP, OTP, CC/CV modes
Compatible Applications:
High-voltage electronics testing
Power electronics and industrial validation
Renewable energy and energy storage system research
Academic and research laboratories requiring versatile outputs
Included Accessories:
AC power cord
USB interface cable
Quick start manual
Software utilities CD (where applicable)
Compliance:
ISO and GLP compliant
CE certified to international safety standards
Benefits for Lab Users:
Combines medium (250V) and high-voltage (800V) outputs in one instrument
Multi-channel design reduces the need for multiple power supplies
Remote programmability improves efficiency and automation
Safety protections ensure consistent, reliable, and secure operation





