ROHM Semiconductor High-Density SiC Power Modules
ROHM Semiconductor High-Density Silicon Carbide (SiC) Power Modules are designed to support high-efficiency power conversion in automotive and industrial applications. The lineup includes several package platforms such as TRCDRIVE pack™, HSDIP20, and DOT-247, each optimized for different power classes and system requirements. These packages integrate SiC MOSFETs into compact module structures that enable high power density, stable switching performance, and efficient thermal management. Depending on the package, configurations such as 2-in-1, 4-in-1, and 6-in-1 are available, providing flexibility for a wide range of power conversion and motor drive applications.
Many SiC modules in ROHM’s portfolio support operating voltages up to 1200V with high current capability. The devices are used in applications, including inverters, converters, onboard chargers, and power factor correction (PFC) circuits. Advanced module structures and substrates are designed to promote effective heat dissipation and reliable operation in high-power environments. These modules can be used to implement common power converter architectures, while multilevel topologies such as 3-level NPC, 3-level T-NPC, and 5-level ANPC can be realized at the system design level.
By combining advanced SiC technology with optimized module packages, ROHM's high-density SiC power modules help reduce board space and simplify system layouts. These solutions support a wide range of automotive and industrial applications where efficiency, reliability, and a compact design are critical.
Features
- 1200V SiC power module platform
- High current capability for demanding power systems
- Available in DOT-247 and HSDIP20 packages
- Compact, high-density module designs
- 2-in-1, 4-in-1, and 6-in-1 configurations
- Supports PFC, LLC, inverter, and motor drive topologies
- Optimized thermal performance for high-power operation
- Enables reduced board space and simplified system design
- Suitable for automotive and industrial environments
Applications
- Automotive onboard chargers (OBC)
- EV and HEV inverters
- Automotive power conversion systems
- EV charging stations and V2X systems
- Industrial motor drives and AC servos
- PFC circuits
- LLC resonant converters
- PV inverters and power conditioners
- Uninterruptible power supplies (UPS)
- Semiconductor relays
| Parça Numarası | Veri Sayfası | Vds - Tahliye-Kaynak Arıza Voltajı | Pd - Güç Dağılımı | Id - Sürekli Tahliye Akımı | Kanal Sayısı | Yükseliş zamanı | Düşüş Zamanı | Tipik Kapatma Gecikme Süresi | Tipik Açılma Gecikme Süresi |
|---|---|---|---|---|---|---|---|---|---|
| BST400D12P4A101 | ![]() |
1.2 kV | 1.667 kW | 394 A | 2 Channel | 102 ns | 42 ns | 198 ns | 119 ns |
| BST47T1P4K01-VC | ![]() |
750 V | 227 W | 47 A | 6 Channel | 23 ns | 15 ns | 103 ns | 24 ns |
| BST70B2P4K01-VC | ![]() |
1.2 kV | 385 W | 70 A | 4 Channel | 36 ns | 15 ns | 153 ns | 36 ns |
| BST91B1P4K01-VC | ![]() |
750 V | 385 W | 90 A | 4 Channel | 39.3 ns | 14.2 ns | 213.2 ns | 49.3 ns |
| BST91T1P4K01-VC | ![]() |
750 V | 385 W | 90 A | 6 Channel | 39.3 ns | 14.2 ns | 213.2 ns | 49.3 ns |
| SCZ4011KTAC23 | ![]() |
1.2 kV | 361 W | 106 A | 2 Channel | 19 ns | 16 ns | 133 ns | 24 ns |

