The Xantrex XDC80 is a digitally controlled programmable DC power supply engineered for automated test equipment, production testing, burn-in, and OEM integration. It delivers 0–80V output with clean, regulated power and advanced sequencing capability through an embedded controller. The XDC80 employs zero voltage soft switching technology and integrated power factor correction, enabling operation from 3-phase AC input with minimal harmonic generation and superior efficiency.
Technical Specifications
• Output Rating: 0–80V; current models include 75A and 150A variants; 6 kW and 12 kW power options available
• Line Regulation: Voltage ±0.01% of Vmax (8 mV); Current ±0.1% of Imax (150 mA)
• Load Regulation: Voltage ±0.15% of Vmax (120 mV); Current ±0.5% of Imax (750 mA)
• Switching Architecture: Zero voltage soft switching with integrated PFC
• Input: 3-phase AC (208 VAC specified for certain models)
• Form Factor: 3U rack height for 6 kW models; 6U for 12 kW models
– Key Features
• Auto-Sequencing: Menu-driven programming supports up to 10 distinct test programs with up to 99 voltage steps per program; step durations range from milliseconds to days
• Constant Power Mode: Supported across operating range
• Parallel Operation: Current sharing capability for multi-unit configurations
• Protection: Nine self-protection mechanisms including OVP, OCP, OPP, OTP, under-voltage, under-current, under-power, and sense protection
• Display: Bright vacuum fluorescent readout with front-panel software calibration
• Configuration Storage: Up to 10 setpoint configurations retained in memory
– Interfaces & Control
• Primary: RS-232 serial communication
• Analog Programming: Fully isolated analog control (standard)
• Optional: GPIB module available
• Test Execution: Manual trigger, external trigger, or RS-232 command initiation
• Software Support: LabVIEW and LabWindows driver packages included
• Remote Sense: Line-loss compensation over 5V lines
– Typical Applications
Automated test equipment (ATE), high-current production testing, burn-in operations, bulk power distribution, and OEM subsystem integration.
