RIGOL DP2031 DC Power Supply
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- Number of Channels: 3CH
- Total Power: 222W
- Output per Channel: 32V/3A || 32V/3A || 6V/5A
- Programming Resolution: 1mV/0.1mA
- Display Resolution: 1mV/0.1mA
- Readback Resolution: 0.1mV/0.1mA
- Communication Interface: USB, LAN, RS232, Digital IO
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Low ripple noise: <350uVrms / 2mVpp
One of the major advantages of linear DC power supply is the output purity. In the bandwidth of 20Hz-20MHz, DP2000 ripple and noise index is less than 350μVrms or 2 mVpp, ultra-low noise design, purer output, minimizing any interference to the load and providing high purity signal to your equipment.
Fast transient response time: < 50us
With a transient response capability of less than 50us, the DP2000 is able to cope with changing loads and protect your tests.
High Speed Arb Mode
Emulate dynamic power signals for reliability and robustness testing Emulate dynamic power signals for reliability and robustness testing With high-speed arbitrary mode, engineers can create a function or waveform of up to 512 points with a minimum dwell time as low as 1 millisecond. Create sine waves, pulses, ramps, or custom shapes to output on the power supply channel in either voltage or current. Set up the waveform to repeat or trigger using the digital IO or bus communication. Combine high speed arb mode and sampling for complete analysis of a test device’s power performance.
Automatic Series & Parallel Connections
Simplified wiring and connections for fast and easy setup Simplified wiring and connections for fast and easy setup Channels 1 & 2 can be internally connected via the utility menu either in parallel or series. This allows engineers to get voltage or current from both channels with only a connection to the channel 1 terminals. With all 3 fully isolated channels it is easy to configure the instrument for your application.
Millisecond editing, meticulous output
The new power supply has achieved a thousand-fold improvement in the standard arbitrary wave function. The waveform dwell time is as short as 1ms. It has multiple built-in output templates covering different ranges of voltage, current, dwell time, number of repetitions, and number of data points. You can freely edit the output sequence to achieve a more detailed arbitrary wave.
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Low ripple noise: <350uVrms / 2mVpp
One of the major advantages of linear DC power supply is the output purity. In the bandwidth of 20Hz-20MHz, DP2000 ripple and noise index is less than 350μVrms or 2 mVpp, ultra-low noise design, purer output, minimizing any interference to the load and providing high purity signal to your equipment.
Fast transient response time: < 50us
With a transient response capability of less than 50us, the DP2000 is able to cope with changing loads and protect your tests.
High Speed Arb Mode
Emulate dynamic power signals for reliability and robustness testing Emulate dynamic power signals for reliability and robustness testing With high-speed arbitrary mode, engineers can create a function or waveform of up to 512 points with a minimum dwell time as low as 1 millisecond. Create sine waves, pulses, ramps, or custom shapes to output on the power supply channel in either voltage or current. Set up the waveform to repeat or trigger using the digital IO or bus communication. Combine high speed arb mode and sampling for complete analysis of a test device’s power performance.
Automatic Series & Parallel Connections
Simplified wiring and connections for fast and easy setup Simplified wiring and connections for fast and easy setup Channels 1 & 2 can be internally connected via the utility menu either in parallel or series. This allows engineers to get voltage or current from both channels with only a connection to the channel 1 terminals. With all 3 fully isolated channels it is easy to configure the instrument for your application.
Millisecond editing, meticulous output
The new power supply has achieved a thousand-fold improvement in the standard arbitrary wave function. The waveform dwell time is as short as 1ms. It has multiple built-in output templates covering different ranges of voltage, current, dwell time, number of repetitions, and number of data points. You can freely edit the output sequence to achieve a more detailed arbitrary wave.