The Keithley 2200-32-3 is a single-channel programmable DC power supply delivering 0V to 32V at 0A to 3A with 96W maximum output. Built for benchtop and automated test system integration, it operates as both a constant voltage and constant current source. The unit features a vacuum fluorescent dual-line display showing programmed and actual values simultaneously, remote sensing for accurate load voltage compensation, and 40 setup memories for configuration recall. List mode capability enables creation of repeatable test sequences with up to 80 steps per list, supporting up to seven independent lists. Each list step defines voltage, current limits, and duration for continuous cycling. Protection circuitry safeguards the Device Under Test from damage. A floating voltage rating up to 100V (DC + peak AC) relative to earth ground accommodates diverse measurement configurations.
## Technical Specifications
**Electrical Output**
• Voltage range: 0V to 32V
• Current range: 0A to 3A
• Maximum power: 96W
• Voltage setting accuracy: 0.03%
• Current setting accuracy: 0.05%
• Voltage resolution: 1mV
• Current resolution: 0.1mA
• Setting change response time: <10 ms typical; <35 ms rise/fall to within 75mV from 1V to 11V transitions at 1A load
**Power Requirements**
• Input voltage (110V AC): 99 VRMS to 132 VRMS
• Input voltage (220V AC): 198 VRMS to 264 VRMS
• Frequency: 50/60 Hz
• Power consumption: 250 VA
## Key Features
• Dual-line display with real-time programmed/actual readout
• Remote sensing for load-point voltage compensation
• 40 saved setups for instant configuration loading
• List mode with up to 80 steps per sequence (7 lists maximum)
• Floating output to 100V DC + peak AC relative to ground
• GPIB and USB interfaces for remote control and integration
## Typical Applications
Electronic component testing, power circuit validation, automated manufacturing test sequences, laboratory prototyping, and device characterization requiring programmable voltage and current sourcing.
## Compatibility & Integration
GPIB and USB connectivity enable integration with automated test frameworks and remote operation. Rear-panel output terminals duplicate front-panel connections. Remote sense lines support high-accuracy load regulation across extended cable runs.
