Ametek / Elgar AT8000A Programmable DC Power Supply System – Master – No Modules

The Ametek/Elgar AT8000A is a master-chassis programmable DC power system engineered as the control hub for multi-output, configurable power architectures. This mainframe integrates linear DC power supply modules and electronic DC load modules within a single 5-1/4″ rackmount chassis, with GPIB (IEEE-488) interface for remote programming and ATE integration. The system scales from single-chassis operation to 16 independent channels across multiple expansion drawers, delivering total system output up to 19.2 kW.

– Technical Specifications

Chassis and Scalability
• Master mainframe accommodates up to six independent channels per chassis
• Expandable to 16 total channels via up to 15 additional expansion chassis
• Single chassis paralleled power output: 1200 W maximum
• Load module paralleled output: 1800 W per chassis maximum
• Multi-chassis system: 19.2 kW total

Power Module Voltage Ranges
• Eight standard ranges: 0 to 7, 10, 20, 32, 40, 80, 160, and 320 VDC
• Module power ratings: 200 W per DC supply module; 300 W per load module

Electronic Load Operating Modes
• Constant Current (CC), Constant Voltage (CV), Constant Resistance (CR), and Transient Operation
• Programmable slew rates for dynamic load simulation

Output Resolution and Noise Performance
• Modules <100 V: 10 mV and 10 mA, or 1 part in 3972 (whichever is less)
• Modules ≥100 V: 10 mV and 10 mA
• 7 VDC modules: 1.76 mV
• Ripple and noise (voltage mode): 1.5 mV RMS or 0.01% rated voltage (20 Hz to 100 kHz)
• Master-slave configurations: 5 mV RMS or 0.01% rated voltage (20 Hz to 100 kHz)
• Peak-to-peak: 15 mV or 0.05% rated voltage

– Key Features

• GPIB (IEEE-488) remote control with MATE and CIIL programmability
• Accepts both power supply and load modules in single chassis
• Module paralleling for increased output capability
• Independent channel management across expanded systems

– Typical Applications

• Automatic Test Equipment (ATE) systems requiring multi-output power control
• Component and device characterization with simultaneous power and load simulation
• System-level testing with scalable voltage and current requirements

– Compatibility & Integration

• Designed as master controller for AT8000A expansion chassis architecture
• GPIB interface for seamless integration into test automation environments