The Sorensen XG100-15 is a 1500W programmable DC power supply in a 1U rack-mountable form factor, delivering 0–100V and 0–15A across testing, production, laboratory, OEM, and quality assurance environments. It combines precise voltage and current regulation with automatic CV/CC cross-over, multiple digital and analog interfaces, and comprehensive protection mechanisms for integration into automated test equipment and benchtop systems.
Technical Specifications
Output Performance
• Maximum output: 100V, 15A, 1500W
• Voltage regulation (line): ±0.005% + 2mV across 85–132 Vac or 170–265 Vac at constant load
• Voltage regulation (load): ±0.05% + 2mV from no load to full load
• Current regulation (line): ±0.05% + 2mA across 85–132 Vac or 170–265 Vac at constant load
• Current regulation (load): ±0.2% + 2mA at rated load resistance
• Current ripple (RMS, 300 kHz): 3.5mA
• Guaranteed range: 1% to 100% of rated voltage, current, and power
Protection & Control
• Over-voltage, over-current, and over-temperature protection with programmable OVP/OCP and OTP lockout
• Programmable foldback protection with configurable delay
• External shutdown and loop protection enable/disable
• CV/CC mode indication
Interfaces
• Standard: USB, RS-232/485
• Optional: GPIB (MGA), LXI Ethernet, isolated analog (MIA)
• Analog programming: VCV and VCC modes, selectable control range 0V to 2–10V
• SCPI command support with sequencing for DC waveform programming
Auxiliary Outputs
• AUX1: 5V, 0.5A
• AUX2: 15V, 0.5A
• Front panel and SCPI control; auto-start mode available
– Key Features
• Automatic CV/CC cross-over for transparent load transitions
• High-resolution voltage and current readback
• Built-in waveform sequencing for dynamic test profiles
• Isolated analog control interfaces for demanding integration scenarios
• Dual auxiliary supplies eliminate external support circuitry
– Typical Applications
• Component and module characterization under dynamic load conditions
• Battery and fuel cell testing with programmable current profiles
• Automated production test and quality assurance systems
• OEM equipment and subsystem integration
• Laboratory research and development requiring stable, programmable excitation
– Compatibility & Integration
Digital control via USB, RS-232/485, and optional GPIB or LXI Ethernet enables direct integration with test frameworks and ATE platforms. Analog programming pins support voltage-controlled voltage and current source topologies. SCPI compliance ensures interoperability with standard instrument control software.
