The Kikusui PAN16-50A is a 1000 W DC power supply engineered for R&D, quality control, and production environments. It combines a series regulator with phase control pre-regulation to deliver stable, low-noise output from 0–16 VDC at 0–50 A. The unit features automatic constant voltage/constant current crossover, adjustable overvoltage protection, remote sensing to ±0.6 V per side, and dual LED displays for real-time monitoring of output voltage and current.
## Technical Specifications
• **Output Voltage:** 0–16 VDC
• **Output Current:** 0–50 A
• **Output Power:** 1000 W
• **Line Regulation (CV):** ±0.005% + 1 mV
• **Line Regulation (CC):** ±0.005% + 1 mA
• **Ripple Noise Voltage:** 0.5 mVrms
• **Ripple Noise Current:** 2 mArms
• **Temperature Drift (CV):** 100 ppm/°C
• **Transient Response:** 50 μs
• **AC Input Options:** 110, 120, 200, 220, 230, 240 VAC (configurable)
• **Isolation Voltage to Ground:** ±250 VDC
• **Insulation Resistance:** >30 MΩ at 500 VDC (input to chassis)
## Key Features
• Constant voltage/constant current automatic crossover
• Adjustable overvoltage protection from 10% to 110% of rated output voltage
• Overcurrent protection at approximately 110% of rated current
• Overheat protection with semiconductor heatsink shutdown at 100°C
• Remote voltage and resistor-based control
• Remote sensing with 0.6 V per-side compensation
• Output ON/OFF remote capability
• Parallel and series operation support (single control for identical units)
• 10-turn potentiometers for precise voltage and current adjustment
• Forced air cooling
• Thermal fuse protection on main and sub-transformer
• Input/output fuse protection
• ALM indicator for OVP circuit activation
## Typical Applications
Precision voltage and current control in laboratory testing, semiconductor device characterization, battery charging systems, and production burn-in procedures.
## Compatibility & Integration
Optional GPIB interface available via PIA3200 adapter for system integration. Rack mount kits available with blank panel requirements for thermal management.
