The Keysight N6700B Low-Profile Modular Power System (MPS) Mainframe is a 1U rack-mountable chassis that configures into a 1- to 4-channel DC power supply or electronic load system. It accepts up to four N6700 series DC power modules, enabling users to build custom power delivery solutions by mixing modules with different voltage, current, and power ratings. The mainframe delivers up to 400 W total output power and supports voltage combinations reaching 350 V and current combinations up to 100 A. Each module includes built-in voltage and current measurements, fast command processing, and programmable voltage slew rate control from maximum speed down to 10 seconds. Individual module sequencing with delayed turn-on/off is supported, scalable across multiple mainframes for complex test scenarios.
Technical Specifications
• Mainframe Capacity: Up to 4 N6700 series DC power modules
• Maximum Total Output Power: 400 W (100–240 VAC input)
• AC Input: 100–240 VAC nominal; 86–264 VAC operating range; 50/60/400 Hz
• AC Input Power Consumption: 1000 VA typical
• Module Compatibility: Over 30 N6700 series DC power modules (20 W to 300 W per module)
• Output Voltage (series combination): Up to 350 V
• Output Current (parallel combination): Up to 100 A
• Programmable Voltage Slew Rate: Maximum speed to 10 seconds
• Built-in Measurements: Voltage and current per module
– Key Features
• Form Factor: 1U high; 44.45 mm (H) × 432.5 mm (W) × 585.6 mm (L)
• Rack Mountable: Yes; side air vents allow instrument stacking without ventilation compromise
• Output Sequencing: Programmable per-module on/off with delay; multi-mainframe coordination supported
• Module Protection: Over-voltage, over-current, and over-temperature per module
• Protection Response: INH input 5 µs shutdown initiation; coupled output fault < 10 µs shutdown initiation
– Interfaces
• GPIB (IEEE 488.2)
• LAN (LXI Core/Class C compliant)
• USB
• Web Browser Control: Integrated web server for monitoring, control, and setup
– Typical Applications
Automated test equipment (ATE) systems requiring flexible, modular DC power delivery with precise voltage and current control, sequencing, and integrated measurement capabilities.
