CoolSiC™ MOSFETs

Infineon CoolSiC™ MOSFETs are built on a state-of-the-art trench semiconductor process optimized to allow for both the lowest losses in the application and the highest reliability in operation. The discrete CoolSiC portfolio in TO- and SMD-housings comes in 650V, 1200V, and 1700V voltage classes, with on-resistance ratings from 27mΩ up to 1000mΩ. CoolSiC trench technology enables a flexible parameter set, which is used to implement application-specific features in respective product portfolios. These features include gate-source voltages, avalanche specification, short-circuit capability, or internal body diode rated for hard commutation.

結果: 30
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說明 規格書 供貨情況 定價 (TWD) 基於數量按單價篩選表中結果。
數量 RoHS ECAD模型 安裝風格
封裝/外殼
晶體管極性
通道數
Vds - 漏-源擊穿電壓
Id - C連續漏極電流
Rds On - 漏-源電阻
Vgs - 閘極-源極電壓
Vgs th - 門源門限電壓
Qg - 閘極充電
最低工作溫度
最高工作溫度
Pd - 功率消耗
通道模式
公司名稱
Infineon Technologies 碳化矽MOSFET SILICON CARBIDE MOSFET
規格書
47庫存量
240預期2026/12/31
最少： 1
倍數： 1

Through Hole TO-247-4 N-Channel 1 Channel 650 V 39 A 64 mOhms - 5 V, + 23 V 5.7 V 33 nC - 55 C + 150 C 125 W Enhancement CoolSiC
Infineon Technologies 碳化矽MOSFET CoolSiC 1700 V SiC Trench MOSFET in TO-263-7 package
規格書
10,990預期2026/7/9
可選用MouseReel
最少： 1
倍數： 1
: 1,000

SMD/SMT TO-263-7 N-Channel 1 Channel 1.7 kV 5.2 A 1 Ohms - 10 V, + 20 V 4.5 V 5 nC - 55 C + 175 C 68 W Enhancement CoolSiC
Infineon Technologies 碳化矽MOSFET CoolSiC 1200 V SiC Trench MOSFET in TO-263-7 package
規格書
2,512在途量
可選用MouseReel
最少： 1
倍數： 1
: 1,000

SMD/SMT TO-263-7 N-Channel 1 Channel 1.2 kV 13 A 294 mOhms - 7 V, + 20 V 5.1 V 9.4 nC - 55 C + 175 C 83 W Enhancement CoolSiC
Infineon Technologies 碳化矽MOSFET CoolSiC 1200V SiC Trench MOSFET in TO247-3 package
規格書
1,440在途量
最少： 1
倍數： 1

Through Hole TO-247-3 N-Channel 1 Channel 1.2 kV 26 A 117 mOhms - 7 V, + 23 V 5.7 V 21 nC - 55 C + 150 C 115 W Enhancement CoolSiC
Infineon Technologies 碳化矽MOSFET SILICON CARBIDE MOSFET
規格書
無庫存前置作業時間 52 週
最少： 1
倍數： 1

Through Hole TO-247-4 N-Channel 1 Channel 650 V 28 A 94 mOhms - 5 V, + 23 V 5.7 V 22 nC - 55 C + 150 C 96 W Enhancement CoolSiC