Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Thorsten Schmidt said: “Dynamic and static current sharing are crucial for the stable operation
of parallel modules. For the same power output, a system using SCALE-iFlex LT only requires five parallel
modules, while other manufacturers” solutions require six The
technical reason for achieving significant cost and complexity reduction is to ensure that the delay difference
between the turn-on and turn-off commands between modules is less than 20ns, and the current difference between modules is less than 20A when
conducting a rated current of 600A. This allows each module to Operates reliably without the need for current derating,
which is essential in less advanced drive solutions.”
Up to 6 EconoDUAL 3 or equivalent power modules can be connected in parallel from the same Insulated Master Control
(IMC) unit, making them more compact than conventional products. The module adapted gate driver (MAG) form factor
matches the EconoDUAL modules, each of which features two SCALE-2 ASICs (one per channel) to optimize parallel symmetry, increase efficiency and enhance protection.
The new SCALE-iFlex LT reduces switching losses by 3% to 5% because the SCALE-2 ASIC has an integrated push
stage for fast turn-on and turn-off. Power Integrations” Advanced Active Clamping (AAC) protection feature enables higher
DC bus voltages. In addition, a comprehensive set of other protection features including short-circuit protection
are available. The driver can provide 1700V reinforced insulation, and customers can choose whether to apply conformal paint.
The SCALE-iFlex Single Gate Driver uses Power Integrations” SCALE-2™ ASIC technology, which significantly
reduces component count compared to traditional products. The ASIC also provides
Advanced Active Clamping (AAC) overvoltage protection during normal operation, which is a vast improvement
over simple soft shutdown and adds additional protection in the event of a short circuit during turn-on.
VT-VSPA2-1-1X/T1 REXROTH
CSH01.3C-NN-ENS-NNN-CCD-NN-S-NN-FW
HNF01.1A-F240-R0094-A-480-NNNN
HCS02.1E-W0028-A-03-NNNN
HCS02.1E-W0012-A-03-NNNN
HCS02.1E-W0012-A-03-NNNNR91129837
HCS01.1E-W0054-A-03-B-ET-EC-NN-NN-NN-FW
HCS02.1E-W0028-A-03-NNNN
V7768-320001 GE
V7768-320000 GE
V7768-320000 350-9301007768-320000 A0
V7768-320001 350-9301007768-320001 C
V7768-322001/350-9301007768-322001 A2
V7768-322001 GE
HCS02.1E-W0028-A-03-NNNNR911298374
SYHNC100-NIB-22A/W-24-P-D-E24-A012 R900978416
SYHNC100-NIB-23/W-24-P-D-E23-A012 R900978416
SYHNC100-NIB-24-P-D-E23-A012 R900978416
REXRTOH SYHNC100-NIB-2X/W-24-P-D-E23-A012 R900978416
REXRTOH VT-HNC100-1-23/W-08-P-0 R00958999
REXRTOH VT-HNC100-2-30/P-I-00/G02 R901134616
REXRTOH VT-MVTW-1-16/D
REXRTOH VTS0234-47/AP025
REXRTOH HCS02.1E-W0054-A-03-NNNN
IC693CPU363LT GE
IS220YAICS1AJA0C2S7 GE
GE Discrete contact input I/O module IS220YDIAS1AJA4F19X
“ABB P10800K02+HN800K02”
“ABB 3BHE019719R0101 IGCT module”
“ABB 3BHB021400 IGCT module”
“ABB 5SHY4045L0003 IGCT module”
“ABB 5SHY4045L0003 3BHE019719R0101”
“ABB 5SHY4045L0003 3BHB021400”
“ABB 5SHY4045L0003 3BHB021400 3BHE019719R0101 GVC736BE101”
“ABB 5SHX1960L0006 3BHB016120R0002 3BHE019719R0101 GVC736BE101”
“ABB 5SHX1960L0006 GVC736BE101”
“ABB 5SHX1960L0006 3BHE019719R0101”
“ABB 5SHX1960L0006 3BHB016120R0002”
“ABB 3BHE019719R0101 GVC736BE101”
“ABB IGCT module 3BHE019719R0101”
“ABB IGCT module 3BHB016120R0002”
“ABB IGCT module 5SHX1960L0006”
PCD235B101 3BHE032025R0101 ABB
3BHE032025R0101 CPU processor ABB
PCD235B101 CPU processor ABB
HIEE300927R0101 processing module
UBC717AE01 processing module ABB
UBC717AE01 HIEE300927R0101 ABB
XVC724BE101 3BHE009017R0101 ABB
3BHE009017R0101 processing module ABB
XVC724BE101 processing module ABB
3BHB002916R0101 processing module ABB
UFC721AE101 processing module ABB
UFC721AE101 3BHB002916R0101 ABB
UFC719AE01 3BHB00072R0101 ABB
UFC719AE01 3BHB003041R0101 ABB
3BHB00072R0101 processing module ABB
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