Ametek / Elgar 160V Mod. Master Power Module

The Ametek / Elgar 160V Mod. Master Power Module is a programmable DC power module engineered for demanding ATE, R&D, and manufacturing test environments. This isolated output module delivers ±160VDC with linear design characteristics, offering fast response time and low ripple. It operates in constant voltage or constant current mode and integrates comprehensive protection, programmability, and measurement capabilities within a modular chassis architecture.

– Technical Specifications

• Output voltage: ±160VDC
• Linear design with fast response and low ripple output
• Completely isolated outputs
• Dual-mode operation: constant voltage or constant current
• Integrated output relay for load control
• Independent SCR crowbar for rapid discharge and grounding
• Overcurrent sensing (standard)
• Overvoltage protection with SCR crowbar shutdown (standard)
• Load isolation relays (standard)
• Programmable voltage and current settings
• Remote sense terminals for precision measurement
• Voltage and current readback capability
• Built-in test (BITE) option: measures volts, amps, watts, and frequency
• Module power rating: 200W DC (typical for this class)

– Key Features

• GPIB (IEEE-488) interface for remote ATE integration
• Front-panel keyboard control for local operation
• Full ATE qualification: MATE & CIIL programmability
• Modular plug-in design for 5-1/4″ high, 19″ wide rackmount chassis
• Multiple modules can be paralleled to achieve higher power outputs
• Single chassis supports up to six 200W modules or 300W electronic loads
• Parallel operation delivers up to 1200W per chassis

– System Scalability

Up to 16 independent channels available via master/expansion chassis configurations, enabling multi-chassis setups with combined output of 19.2 kW.

– Compatibility & Integration

Designed for integration into the Elgar AT8000, AT8000A, and AT8000B series multi-output power supply systems. Compatible with ATE platforms requiring modular, isolated DC power with programmable control and rapid protection response.