The EVAL-2ED2748S01GM1 evaluation kit for Battery Powered Applications (BPA) consists of a three-phase inverter power board with the 160 V rated 2ED2748S01G (3 x 3 VSON-10) half-bridge gate driver drives twelve 100 V rated OptiMOS™ MOSFETs IPTC015N10NM5 (in HDSOP-16 package). M1 connector that is used to interface with iMOTION™ Modular Application Design Kit (MADK) control card – EVAL-M1-101T.
Summary of Features
Nominal DC input voltage of 72 V
Maximum 3000 W motor power
Single shunt for current sensing
Sensing of DC-link voltage
+12 V and +3.3 V auxiliary power
M1 interface with iMOTION™
3x 160 V Gate driver: 2ED2748S01G
12x 100 V OptiMOS™: IPTC015N10NM5
1x iMOTION™: IMC101T
Benefits
Widest input voltage range ~140 V
High drive current for parallel switches
Lower system level BOM cost
Superior latchup immunity 160 V SOI
High efficiency control w/ iMotion™
Applications
Cobots
Light electric vehicles (LEV)
The EVAL-2ED2748S01GM1 evaluation kit for Battery Powered Applications (BPA) consists of a three-phase inverter power board with the 160 V rated 2ED2748S01G (3 x 3 VSON-10) half-bridge gate driver drives twelve 100 V rated OptiMOS™ MOSFETs IPTC015N10NM5 (in HDSOP-16 package). M1 connector that is used to interface with iMOTION™ Modular Application Design Kit (MADK) control card – EVAL-M1-101T.
Summary of Features
- Nominal DC input voltage of 72 V
- Maximum 3000 W motor power
- Single shunt for current sensing
- Sensing of DC-link voltage
- +12 V and +3.3 V auxiliary power
- M1 interface with iMOTION™
- 3x 160 V Gate driver: 2ED2748S01G
- 12x 100 V OptiMOS™: IPTC015N10NM5
- 1x iMOTION™: IMC101T
Benefits
- Widest input voltage range ~140 V
- High drive current for parallel switches
- Lower system level BOM cost
- Superior latchup immunity 160 V SOI
- High efficiency control w/ iMotion™
Applications
- Cobots
- Light electric vehicles (LEV)
