Rooted in China · Global discrete semiconductor supportGlobal semiconductor support

MOT80CH180F SiC MOSFET: Advantage Comparison

MOT SiC MOSFET (MOT80CH180F) has an actual VDS of up to 800 Vs, with an internal blockage of RDS = 180 m, Qg = 28. 8 nC, electricity flow ID = 20A, with an advanced program to make 12 Vs open and 15 Vs fully operational.

MOT article image 1 for MOT80CH180F SiC MOSFET: Advantage Comparison

MOS (MOT20N65HF) has an actual VDS of up to 650 V, an internal blockage of RDS = 350 m, Qg = 54nC, a current ID = 20A, which allows 3V critical open and 12V fully operational.

MOT article image 2 for MOT80CH180F SiC MOSFET: Advantage Comparison

Test Power – MOSFET at 120W power adapter (220AC 1. 5A)

MOT article image 3 for MOT80CH180F SiC MOSFET: Advantage Comparison

Test temperature rise – MOSFET at 120W power adaptor (220AC 1. 5A)

MOT article image 4 for MOT80CH180F SiC MOSFET: Advantage Comparison

Test temperature rise – MOSFET at 120W power adaptor (220AC 1. 5A)

MOT article image 5 for MOT80CH180F SiC MOSFET: Advantage Comparison

In summary:

1 Pyramid MOT80CH180F can also operate on 120W power adapters with an ordinary drive of 12V, with a power conversion of up to 91. 76%;

2. Temperature rises at 6. 2°C compared to MOT20N65HF under the same conditions;

3 MOT SIC MOSFET, with a conventional drive of 12V, and nudist mos, without dispersed hot tablets, at 102°C;

4. Pyramid MOT20N65HF operating with a 12V drive on a 120W power adapter with an operational power conversion of 91. 68%

MOT article image 6 for MOT80CH180F SiC MOSFET: Advantage Comparison