SiC power MOSFETs | SiC bare die portfolio 1,200 V
Benefits
Bosch dual channel trench gate technology for lower RDS(on) × A
Integrated gate resistance for easier paralleling
Front side metallization option for sintering and soldering
Target applications
Inverters in (hybrid) electric vehicles, on-board chargers and DC/DC converters
Technical features – 2nd generation
BT2M1200009BOA | BT2M1200013BOA | BT2M1200022BBA | BT2M1200008BOA | BT2M1200011BOA | BT2M1200034BBA | |
---|---|---|---|---|---|---|
VDS
|
BT2M1200009BOA
1,200 V
|
BT2M1200013BOA
1,200 V
|
BT2M1200022BBA
1,200 V
|
BT2M1200008BOA
1,200 V
|
BT2M1200011BOA
1,200 V
|
BT2M1200034BBA
1,200 V
|
ID max
|
BT2M1200009BOA
175 A
|
BT2M1200013BOA
125 A
|
BT2M1200022BBA
59 A
|
BT2M1200008BOA
185 A
|
BT2M1200011BOA
140 A
|
BT2M1200034BBA
34 A
|
RDS(on) @ 50% IDS max
|
BT2M1200009BOA
9 mΩ
|
BT2M1200013BOA
13 mΩ
|
BT2M1200022BBA
22 mΩ
|
BT2M1200008BOA
8 mΩ
|
BT2M1200011BOA
11 mΩ
|
BT2M1200034BBA
34 mΩ
|
Size mm²
|
BT2M1200009BOA
31
|
BT2M1200013BOA
23
|
BT2M1200022BBA
13
|
BT2M1200008BOA
32
|
BT2M1200011BOA
25
|
BT2M1200034BBA
10
|
Status
|
BT2M1200009BOA
Active
|
BT2M1200013BOA
Active
|
BT2M1200022BBA
Active
|
BT2M1200008BOA
In development
|
BT2M1200011BOA
In development
|
BT2M1200034BBA
In development
|
Technical features – 1st generation
BT1M1200023BBA | BT1M1200031BBA | BT1M1200050BBA | |
---|---|---|---|
VDS
|
BT1M1200023BBA
1,200 V
|
BT1M1200031BBA
1,200 V
|
BT1M1200050BBA
1,200 V
|
ID max
|
BT1M1200023BBA
175 A
|
BT1M1200031BBA
55 A
|
BT1M1200050BBA
35 A
|
RDS(on) @ 50% IDS max
|
BT1M1200023BBA
23 mΩ
|
BT1M1200031BBA
31 mΩ
|
BT1M1200050BBA
50 mΩ
|
Size mm²
|
BT1M1200023BBA
14
|
BT1M1200031BBA
11
|
BT1M1200050BBA
7
|
Status
|
BT1M1200023BBA
Active
|
BT1M1200031BBA
Active
|
BT1M1200050BBA
Active
|
Type
|
Silicon carbide trench MOS
|
Front side metallization
|
|
Drive voltage
|
-5 V ... 15 V or 18 V
|
Miller ratio (QGD/QGS)
|
<1
|
Features
|
|
Tj min [°C]
|
-40 °C
|
Tj max [°C]
|
175 °C (200 °C for t < 100 h)
|
Silicon carbide (SiC) power semiconductors from Bosch – SiC bare dies
Bosch provides a comprehensive silicon carbide (SiC) power semiconductor portfolio designed to meet the demanding needs of high-power applications. Our offerings include bare dies, discretes, and power modules, ensuring that we have the right solution for every application.
Our SiC bare dies are specifically engineered for use in high power applications such as inverter modules. These bare die versions provide the flexibility and performance required for advanced power management systems.