Navitas Semiconductor NV651x/NV652x 650V GaNSafe™ Power ICs
Navitas Semiconductor NV651x/NV652x 650V GaNSafe™ Power ICs are thermally enhanced bottom-cooled SMD versions of the GaNFast™ power IC family. These are optimized for higher power systems using GaNSafe technology. These devices are ideal for high-frequency, high-power-density, and high-efficiency power systems in data center, solar, industrial, and automotive segments. GaNFast power ICs integrate GaN FET(s) with gate drive to create an easy-to-use power stage building block.The Navitas GaNSafe technology integrates critical protection and performance features, enabling unprecedented reliability and robustness. The TOLL package combines this architecture with industry-standard thermally-enhanced packaging, creating dependable solutions for world-class size/weight, efficiency, and cost.
Features
- VDS 650V continuous/800V transient
- RDSON
- NV6511 - 70mΩ RDS(ON)_TYP_25C and 23A IDS(CONTINUOUS)
- NV6513 and NV6523 - 45mΩ RDS(ON)_MAX_25C and 53A IDS(CONTINUOUS)
- NV6514C and NV6524 - 25mΩ RDS(ON)_MAX_25C and 90A IDS(CONTINUOUS)
- NV6515 and NV6525 - 35mΩ RDS(ON)_MAX_25C and 65A IDS(CONTINUOUS)
- NV6522 - 55mΩ RDS(ON)_MAX_25C and 41A IDS(CONTINUOUS)
- Package
- NV6511, NV6513, NV6514C, NV6515, NV6522, NV6523 - TOLL-4L thermally-enhanced, bottom-cooled
- NV6524 and NV6525 - TOLT-16L thermally-enhanced, top-cooled
- PWM input compatibility 10V to 18V
- Paralleling capability up to 2x power ICs
- Zero reverse-recovery charge
- Turn-ON and Turn-OFF dV/dt programmability
- Up to 2MHz operation
- Short-circuit protection with 350ns latency
- dV/dt immunity up to 100V/ns
- 2kV ESD all pins
- JEDEC and IPC-9701 qualifications
- AEC-Q100 Grade 1 (ordering option)(not available for NV6511)
- RoHS, Pb-free, REACH-compliant
Applications
- AC-DC, DC-DC, CCM or CrM TP-PFC
- Optimized for synchronous half-bridge, full-bridge, 3-phase, or buck/boost operation
- Datacenter CRPS and solar inverter/ESS
- EV OBC, DC-DC converter, and motor drive
Videos
Additional Resources
Block Diagram
Publicado: 2024-11-22
| Actualizado: 2025-04-10
