GW Instek PSW-720L25 DC Power Supply, Dual Channel
Request a quote
GW Instek PSW-720L25 dual-channel programmable switching DC power supply with 720W output, 40V/160V voltage combinations, and CC/CV priority mode for device protection.
Product details
| Model | PSW-720L25 |
| Manufacturer | GW Instek |
| Category | DC Power Supplies |
| Availability | Made to order |
Description
Overview
The GW Instek PSW-720L25 is a dual-channel programmable switching DC power supply from the PSW-Multi Series. With a maximum output power of 720W, it delivers flexible voltage combinations of 40V/160V and features advanced control modes designed to protect sensitive components during testing and manufacturing.
Key Features
- Dual-channel design with maximum 720W output power
- 40V/160V voltage combinations for diverse testing requirements
- CC/CV priority mode selection for optimal protection during power-on transients
- Adjustable slew rate for controlled voltage and current rise/fall times
- Over-voltage protection (OVP) and over-current protection (OCP) with user-defined thresholds
- Standard LAN and USB Host/Device interfaces
- Optional GPIB-USB and RS232-USB connectivity
- Advanced web server for remote SCPI command execution
- LabVIEW driver and data logging software support
- Analog control and monitoring connector on rear panel
Applications
- LED and battery characterization with inrush current protection
- Capacitive and current-intensive load testing
- Manufacturing test sequences for lighting and power devices
- I-V curve verification with smooth voltage transitions
- Automated test sequences via USB flash drive storage
Specifications
| Number of Outputs | Dual Output |
| Output Voltage | 40V, 160V |
| Output Current | 27A, 7.2A |
| Power Rating | 720 W |
| Input Voltage | 85-265 VAC |
| Interface | USB, LAN |
| Display | LED |
| Series | PSW-Multi Series |
| Standards | CE Compliant |
| Warranty | 2 Years |
Request a quote
GW Instek PSW-720L25 DC Power Supply, Dual Channel
Response within 24 hours
No obligation
Direct communication