The Ametek/Elgar 40V Mod. Master Power Module is a plug-in DC power module engineered to deliver stable 40V output within modular power supply systems. This component integrates into Ametek/Elgar master chassis platforms—such as the AT8000 series or ReFlex Power systems—to create scalable, multi-module power architectures for test, measurement, industrial, and R&D applications. The module operates as a controlled power stage within a larger system framework, where the master unit manages input conditioning, control logic, and remote programming capabilities.
Technical Specifications
• Output Voltage: 40V DC
• Output Power: Determined by system configuration; power ratings vary across compatible modules
• Output Current: Dependent on specific model variant and chassis configuration
• Ripple and Noise: Modules utilizing Zero Voltage Switching (ZVS) technology achieve ripple as low as 2.5 mV rms and noise as low as 15 mV p-p
• Form Factor: Plug-in module; comparable modules measure 1U high, half-rack wide
– Key Features
• Modular architecture enables flexible system scaling and redundancy
• Zero Voltage Switching (ZVS) technology minimizes electromagnetic interference and thermal stress
• Low output ripple and noise performance suitable for precision analog and mixed-signal applications
• Master unit integration handles universal AC/DC input conditioning and system-level control
• Supports remote programming and monitoring through master unit control interfaces (GPIB, RS-232C, or equivalent)
– Typical Applications
• Multi-output power distribution in test equipment racks
• Modular power architectures for R&D laboratories
• Industrial process control and instrumentation power
• Systems requiring redundant or paralleled power stages
– Compatibility & Integration
Designed exclusively for integration with Ametek/Elgar master power supply chassis and control mainframes. Specific compatibility depends on master unit model and module slot configuration. Input voltage handling, system sequencing, and control protocol management are provided by the master unit.
