2FHD0620• Support up to 1700V SiC-module
• Distributed NTC sampling
• Jitter Time≤ 5ns
• Miller clamping
• Short-circuit protection (soft shut down)
• Intelligent fault management
| Product | Max Breakdown Voltage | Numbers of channels | Comformal coated | Driving Mode | Gate Peak Current（Max） | Gate Turn-off Voltage | Interface Type | Protection Features | Logic Input Voltage | Max Switching Frequecy | Gate Turn-on Voltage | Supported Module Type | Supported Topologies | Power-Ouput/Channels(Max) | Paralleling Supported | Supply Voltage(Typ) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 2FHD0620M17A1C | 1700V | 2 | Optional | Direct/Half-bridge | -15A/20A | -4V~-2V | Electrical | Soft shut down Undervoltage Miller clamp NTC sampling Intelligent fault management | 15V | 100kHz | 15~20V | SiC | 2-level | 6W | 2 | 15V |
Product Information
Product Details
The 2FHD0620 gate driver core is designed for 1700V EconoDualTM SiC MOSFET with 15~20V positive gate voltage and -2~-4V negative gate voltage in on-state.
The 2FHD0620 features dual-channel with electrical interfaces, and supports 2-level topologies.
The 2FHD0620 is a high-performance, dual-channel SiC gate driver developed independently by Firstack based on intelligent chip technology. It can be used individually or in combination with the adaptor board (connected by a set of cables), easily parallelise SiC modules with configurable gate voltages for single modules in the EconoDualTM package or 2 in parallel. The architecture is able to safely and reliably drive the SiC modules with high flexibility and system scalability.
Compact and Highly Integrated
Gate driver core for EconoDualTM SiC MOSFET
Dual-channel
15~20V positive gate voltage
-2~-4V negative gate voltage
6W output power per channel at maximum ambient temperature
-15A/20A gate peak current
Electrical interface
-40°C to 85°C operating ambient temperature
Distributed NTC sampling
Protection
Short-circuit protection (soft shut down)
UVLO
Miller clamping
Intelligent fault management