AMETEK DCS-E 1KW Series User Manual
Page 12

Contents
Sorensen DCS Series 1kW and 1.2kW Supplies
viii
M362500-01 Rev H
Load Conductor Ratings ................................................................... 2-8
Load Connection and Grounding ...................................................... 2-8
Inductive Loads ................................................................................ 2-9
Remote Sensing ............................................................................. 2-10
Negative Output Operation ............................................................. 2-11
Single Supply Operation (Local Mode) ......................................................... 2-11
Series Operation ............................................................................. 2-12
Parallel Operation ........................................................................... 2-12
Split Supply Operation .................................................................... 2-13
Front Panel OVP Operation ............................................................ 2-13
Remote Programming of OVP With External Voltage Sources ....... 2-14
Remote Programming of OVP with an External Resistance ........... 2-15
Remote Programming of OVP with External Current Sources ........ 2-16
Remote OVP Sensing..................................................................... 2-17
Remote ON/OFF by Contact Closure ............................................. 2-18
Remote Programming of Output Voltage and Current Limit ......................... 2-18
Programming With External Voltage Sources ................................. 2-19
Programming With an External Resistance .................................... 2-20
Programming With an External Current Source .............................. 2-22
Remote Monitoring and Status Indicators ..................................................... 2-23
SECTION 3 THEORY OF OPERATION ................................................ 3-1
Basic Off-Line Switching Regulator Theory ...................................... 3-1
Simplified Full Bridge Converter Theory ........................................... 3-3
Detailed Circuit Description ............................................................... 3-3
Current Meter ................................................................................. 3-10