Mingjiada Electronics [Large Supply, Genuine] Rohm RGS00TS65EHRYC13 650V 50A Ultra-High-Speed Switching IGBT with Built-in Fast Recovery Diode
Product Overview
The RGS00TS65EHRYC13 is a high-performance ultra-high-speed switching IGBT module developed by Rohm Semiconductor, featuring 7th-generation trench gate field-stop technology and an integrated fast recovery diode (FRD). It is specifically designed for high-frequency switching applications such as electric drive systems for new energy vehicles and industrial variable-frequency drives.
Core Features
Ultra-high-speed switching performance
Switching speed improved by 30% compared to conventional IGBTs
Switching frequency up to 50kHz
Optimised gate drive design
Integrated fast recovery diode (FRD)
Reverse recovery time (trr) as low as 80ns
Soft recovery characteristics reduce EMI interference
Optimised matching with IGBT chip
High-performance characteristics
On-state voltage drop VCE(sat): 1.55V @25℃
Turn-off loss Eoff reduced by 20%
Operating junction temperature range: -40°C to +175°C
Technical specifications
Rated voltage: 650V
Rated current: 50A
Package type: TO-247N (standard industrial package)
Thermal resistance: 0.25K/W
Insulation voltage: 2500Vrms
Weight: 38g
Typical Applications
New energy vehicle motor controllers
On-board chargers (OBC)
Industrial variable frequency drives
Photovoltaic inverters
UPS uninterruptible power supplies
Mingjiada Electronics Supply Services
Genuine product guarantee: Direct supply from the original manufacturer, with complete original manufacturer qualifications
Adequate stock: Over 2,000 pieces in stock, supporting emergency orders with 48-hour shipping, and long-term stable supply guarantee
Flexible transaction methods: Support sample requests (starting from 1 piece), small-batch trial production purchases, and large-scale mass production supply
For purchasing RGS00TS65EHRYC13 or obtaining more technical information, please contact the Mingjiada Electronics sales team:
Phone: +86 13410018555
Email: sales@hkmjd.com
Website: www.mjdic.com