Product Description
Hysol GR15F-MOD2C is a black, epoxy-based molding compound designed for high voltage, high temperature semiconductor applications. It has a very high Glass Transition Temperature (Tg) of 236°C and is in use in 2nd generation silicon carbide (SiC) MOSFET of world’s leading manufacturer of Silicon Carbide based diodes for power control and management.
Hysol GR15F-MOD2C is the world's first high Tg, "Green" Anhydride. Anhydride-based epoxy has traditionally had a low Tg and contained halogens, making it not environmentally "Green". On the other hand, anhydride chemistries have very good HTRB test results because there is very little ion movement at higher temperatures, the traditional cause of HTRB failures. Hysol's new MG15F-MOD2C is a breakthrough product that offers an incredibly high Tg, and is an environmentally "green" product without any halogens (Bromine, Chlorine) or antimony (Sb).
Hysol GR15F-MOD2C is well suited for SiC devices. Older generation silicon Si MOSFETS operated at (only) 600V. New Silicon Carbide devices operate at 1200V. These new 1200V MOSFETS deliver power density and switching efficiency at half the cost per amp of our previous generation MOSFETs. CREE claims that with this new MOSFET platform, that they already have design wins in multiple segments like solar inverters and uninterruptible power supply (UPS) systems. They continue to say that due to rapid acceptance of this 2nd generation of SiC MOSFETs, CREE is shipping pre-production volumes ahead of schedule and ramping volume production in-line with customer demand.
Hysol GR15F-MOD2C has excellent high temperature reliability bias (HTRB) test results. MG15F-MOD2C Outperforms competition on HSOP “plastic RF module” by passing 1500 cycles -65/+200ºC. Furthermore, it is qualified on TO220 & TO247 packages with large silicon carbide die running up to 1200V at an operation temperature.To add to that, Hysol has more than 12 years experience molding HF RF amplifiers guaranteed for 200°C for continuous operation.