| Brand | RIGOL |
|---|---|
| Channels | 3 fully isolated |
| Total Power | 210 W |
| Ripple & Noise | < 350 µVrms / 2 mVpp |
| Series/Parallel Mode | one-key expandability |
DP900 Tripple Output Linear DC Power Supplies
The Rigol DP900 Triple Output Linear DC Power Supply is a programmable power source designed to provide precise and stable power for multi-rail embedded systems and IoT devices. It delivers high-performance output with up to 210 W total power and exceptionally low ripple of < 350 μVrms / 2 mVpp. One-key series/parallel functions and arbitrary waveform capability offer unmatched versatility for dynamic voltage and current simulations.
Key Specifications & Features
- Outputs: 3 fully isolated channels
- Total Power: Up to 210 W maximum
- Low Noise: < 350 μVrms / 2 mVpp ripple and noise
- Resolution: Up to 1mV/1mA high-resolution capability
- Dynamic Testing: Arbitrary waveform capability with customizable dwell times
- Configuration: One-key internal series/parallel routing
- Connectivity: Standard USB and LAN interfaces
- Transient Response: Fast response time for dynamic load changes
| DP900-ARB | 100ms output interval option |
| DP900-DIGITALIO | Digital IO option |
| DP900-HIRES | High resolution option |
| DP932A | 210 W, Tripple, 32V/3A, 6V/3A, 1mV/1mA |
| DP932E | 198 W, Tripple, 30V/3A, 6V/3A, 10mV/10mA |
DP900 Tripple Output Linear DC Power Supplies
The Rigol DP900 Series provides a high-performance solution for engineers requiring multiple isolated outputs in a single, compact chassis. These triple-output linear supplies deliver up to 210 W of total power, making them ideal for powering complex embedded systems, IoT hardware, and multi-rail PCB designs. With a focus on signal purity, the series maintains industry-leading low ripple and noise levels to ensure accurate measurements and protect sensitive electronic components. The series is built with advanced programmable features, including arbitrary waveform generation for simulating battery discharge cycles and complex power-up sequencing. One-key series and parallel functions simplify high-voltage or high-current setups by routing outputs internally, eliminating the clutter and safety risks of external wiring. Integrated USB and LAN interfaces, along with optional digital I/O, facilitate seamless connection to automated test environments and remote monitoring systems. The series includes the DP932A, which offers 210 W and 1mV/1mA resolution, and the DP932E for 198 W applications requiring standard precision. Users can further customize their units with options such as high-resolution modes, digital I/O for logic-level integration, and 100ms arbitrary output intervals for faster simulations. This flexibility ensures the DP900 Series can be tailored to meet the specific demands of professional research labs, educational facilities, and automated production lines.Triple Isolated Outputs
Provide three independent channels for safe and flexible testing of multi-rail electronic systems.
Low Ripple and Noise
Ensures clean power delivery with less than 350 μVrms for the most sensitive electronic components.
One-Key Series Parallel
Enables quick expansion of voltage or current capacity through internal routing without external wiring.
High Resolution Programming
Delivers precision control down to 1mV and 1mA for demanding laboratory and design applications.
Advanced Waveform and Dynamic Simulation
The DP900 series features arbitrary waveform capability, allowing users to create custom voltage and current profiles with variable dwell times. This functionality is essential for simulating real-world power conditions, such as battery discharge cycles or complex power-up sequences for automotive and mobile electronics. With the optional 100ms output interval, engineers can achieve precise timing control for high-speed dynamic testing scenarios.
Simplified Connectivity and Automated Integration
Standard USB and LAN interfaces provide robust connectivity for modern lab environments and fully automated test sequences. The series also supports an optional Digital I/O module, enabling sophisticated trigger-based interactions with other bench instruments and peripheral hardware. These features, combined with professional-grade channel isolation, ensure reliable and repeatable performance in both benchtop and rack-mounted configurations.
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