Inhouse product
The Rigol DP813 is a high-performance programmable linear DC power supply engineered for precision, flexibility, and reliability in demanding testing and development environments. With dual output channels delivering up to 8V/10A and 30V/1A, the DP813 offers a total power output of 200W, making it ideal for applications that require high current or finely regulated voltage.
This bench power supply features a low-noise linear design, ensuring stable and clean power for sensitive electronics. The bright color LCD display provides real-time monitoring and control, while intuitive menu navigation allows for fast setup and operation.
Equipped with advanced protection features—including over-voltage protection (OVP), over-current protection (OCP), and over-temperature protection (OTP)—the DP813 safeguards both the instrument and connected devices. Multiple output modes (independent, series, and parallel) add further flexibility for complex test setups.
Key Features:
Dual isolated outputs: 8V/10A and 30V/1A
Total output power: 200W
Low ripple and noise linear regulation
Color display with real-time data
Output modes: Independent, Series, Parallel
Advanced protection: OVP, OCP, OTP
Remote control via USB, LAN, and optional GPIB
SCPI command support for automation
Applications:
Research and development labs
Embedded systems and electronics testing
Circuit prototyping and validation
Educational and training environments
Industrial QA and production testing
Power-sensitive device evaluation
Technical Specifications:
Specification | Description |
---|---|
Model | Rigol DP813 |
Output Channels | 2 (Isolated) |
Channel 1 | 0–8V / 0–10A |
Channel 2 | 0–30V / 0–1A |
Total Output Power | 200W |
Display | High-resolution color LCD |
Ripple & Noise | Low (linear design) |
Output Modes | Independent, Series, Parallel |
Protection | OVP, OCP, OTP |
Interfaces | USB, LAN, Optional GPIB |
Dimensions | 295 × 143 × 413 mm |
Weight | Approx. 7.5 kg |
Login Or Registerto submit your questions to seller
No none asked to seller yet