The Agilent/Keysight 6010A is a 1200 W autoranging DC power supply engineered for precision voltage and current delivery across electronic test and development environments. Its 0–200 V, 0–17 A output range with autoranging capability eliminates manual range switching, ensuring maximum power availability across diverse load conditions. The unit operates in constant voltage or constant current modes with integrated overvoltage protection and supports both benchtop and automated test system integration.
Technical Specifications
Output:
• Maximum Power: 1200 W
• Voltage Range: 0–200 V
• Current Range: 0–17 A
• Output Configuration: Single output, autoranging
• Switching Topology: 20 kHz PWM with power MOSFETs
Protection & Control Modes:
• Constant voltage (CV) and constant current (CC) operation
• Adjustable overvoltage protection (OVP) with selectable trip level
• CC mode stability for inductive loads up to 100 mH
• Optional J01 accessory enables operation with inductive loads to 10 H (with specification adjustments)
Front Panel:
• Ten-turn potentiometers for voltage and current adjustment
• Two 3½-digit displays for real-time voltage and current indication
• Push-button interface for programmed value and OVP limit display
• Rear-panel screw terminals for output connections
Input Power:
• Standard: 104–127 VAC, 48–63 Hz, single phase
• Optional 220 V: 191–233 VAC, 48–63 Hz
• Optional 240 V: 209–250 VAC, 48–63 Hz
• Optional 100 V: 87–106 VAC, 48–63 Hz (output derated to 75%)
– Key Features
• Autoranging topology maximizes power delivery across voltage–current combinations
• Remote programming and sensing via Option 002
• Auto-series and auto-parallel configuration support for extended output flexibility
• Precise analog control via ten-turn adjustment potentiometers
– Typical Applications
Component characterization, device burn-in, battery charging protocols, power conversion testing, and automated test sequences requiring stable, adjustable DC output with programmable limits.
– Compatibility & Integration
Supports remote programming interfaces and can be configured in series or parallel topologies. Rear terminal connections accommodate standard screw-on connectors for laboratory and production environments.
