The AT8000A is a 1200 watt DC Electronic Load from Elgar. Simulate loading on an electronic circuit including power supply testing, ATE applications, LED testing, and more.
Additional Features:
High-Density Programmable Multi-Ouput Power Supply System
GPIB (IEEE-488) Interface
Full ATE Qualified - MATE & CIIL Programmability
Programmable Current, Voltage w/ Remote Sense Terminals
Integrated Output Relay and also Independent SCR Crowbar for Rapid Grounding (Discharge)
Elgar’s AT 8000A programmable multi output DC power system accepts both power supply and electronic load modules simultaneously in a single high density 5-1/4" mainframe. Up to six fully independent channels of linear DC power and/or DC loads can be accommodated in one 19" wide rackmount chassis.
The system can be expanded to 16 channels in master/ expansion chassis configurations. It can be controlled either locally from the front-panel keyboard or remotely via IEEE-488 GPIB using one selectable bus address.
With the built-in test option, readback capability is available for voltage and current readings on DC power modules, Auxiliary Drive Modules (ADM’s) and electronic DC loads.
The AT8000A is a 1200 watt DC Electronic Load from Elgar. Simulate loading on an electronic circuit including power supply testing, ATE applications, LED testing, and more.
Additional Features:
- High-Density Programmable Multi-Ouput Power Supply System
- GPIB (IEEE-488) Interface
- Full ATE Qualified - MATE & CIIL Programmability
- Programmable Current, Voltage w/ Remote Sense Terminals
- Integrated Output Relay and also Independent SCR Crowbar for Rapid Grounding (Discharge)
Elgar’s AT 8000A programmable multi output DC power system accepts both power supply and electronic load modules simultaneously in a single high density 5-1/4" mainframe. Up to six fully independent channels of linear DC power and/or DC loads can be accommodated in one 19" wide rackmount chassis.
The system can be expanded to 16 channels in master/ expansion chassis configurations. It can be controlled either locally from the front-panel keyboard or remotely via IEEE-488 GPIB using one selectable bus address.
With the built-in test option, readback capability is available for voltage and current readings on DC power modules, Auxiliary Drive Modules (ADM’s) and electronic DC loads.
