The HP/Agilent 6294A is a benchtop DC power supply delivering 0–60 VDC at 0–1 A with up to 60 W output. Dual-mode CV/CC operation with automatic crossover provides stable, adjustable voltage and current for electronic testing, prototyping, and laboratory development. A precision 10-turn front panel control and dual-range meter (0–7 V / 0–70 V; 0–0.12 A / 0–1.2 A) enable fine adjustment and direct readout. All-silicon circuitry ensures reliability, while transient recovery under 50 µs and 15 mV settling tolerance support dynamic load changes. Output impedance of 15 mΩ in series with 1 µH minimizes overshoot on turn-on, turn-off, or power removal. Floating outputs with front and rear terminals accommodate flexible test configurations. Remote sensing and remote programming provisions support automated and distributed measurement setups. Load and line regulation are specified for stable performance across input and load variations.
Technical Specifications
• Output Voltage: 0–60 VDC
• Output Current: 0–1 A DC
• Maximum Power Output: 60 W
• Output Impedance: 15 mΩ + 1 µH
• Transient Recovery Time: <50 µs to within 15 mV (CV mode)
• Meter Ranges: 0–7 V / 0–70 V and 0–0.12 A / 0–1.2 A (selectable)
• Voltage Control: 10-turn potentiometer
• Output Configuration: Floating, front and rear terminals
• Output Protection: No overshoot on turn-on, turn-off, or power removal
– Key Features
• Constant Voltage / Constant Current operation with automatic crossover
• Dual-range metering for precise voltage and current monitoring
• Remote sensing capability for accurate load regulation
• Remote programming interface for system integration
• All-silicon design for stable, long-term performance
• Low output impedance for transient-rich applications
– Typical Applications
• Electronic circuit prototyping and design validation
• Component and subsystem functional testing
• Laboratory research and development
• System integration and burn-in procedures
– Compatibility & Integration
• Rack mounting kits 14513A and 14523A available
• Remote sensing and programming connectors for automated systems
• Improved binding posts on output terminals for enhanced insulation
