Model ATE 6-100DMG, Rear View
- Linear control for low noise: 100 micro-volts typical in voltage mode; and high precision: 0.0005% source effect {regulation} in voltage mode.
- Voltage and current control with equivalent performance. A high speed mode allows fast-recovery current-controlled stabilization into a varying load.
- Overvoltage and overcurrent settings individually programmed by the front panel keypad or remotely by the bus with a programmable delay to allow for reactive-load transients.
ATE-DMG OVERVOLTAGE/OVERCURRENT SETTINGS MODEL NUMBER MAXIMUM OVERVOLTAGE SETTING MAXIMUM OVERCURRENT SETTING ATE 6-100DMG 6.5V 110A ATE 15-50DMG 16.5V 55A ATE 25-40DMG 27V 44A ATE 36-30DMG 39V 33A ATE 55-20DMG 60V 22A ATE 75-15DMG 82V 16A ATE 100-10DMG 110V 11A ATE 150-7DMG 165V 7.7A - Overvoltage crowbar to protect sensitive loads.
- Non-volatile storage of programmed sequences or active settings. The ATE-DMG contains 40 memory locations that store voltage, current, overvoltage, overcurrent, time (how long the parameters are in effect) and the next address in the sequence.
- Full talk-listen control from a GPIB (IEEE 488-2) using SCPI language.
- Master-slave series and parallel operation to provide increased capability.
- Local control: Front panel keypad entries are used for setting and adjusting the output. The keypad can be used to execute commands directly or to introduce a program to be run later or cycled. Calibration of the ATE-DMG is done from the keypad using a password-protected, menu-driven procedure.
