DI075SIC035TL
SiC MOSFETs
Product information
| Product family | SiC MOSFETs High Speed High Voltage (Power) Switch |
|---|---|
| Article description |
DI075SIC035TL
SiC MOSFET, TOLL, N, 65A, 750V, 35mΩ, 175°C |
| Minimum order quantity | 2.000 |
| Stock | 0 |
| Customs Tariff Number | 85412900 |
| RoHS | compliant with exemption 7(a)-I |
| REACH | declarable |
| Lead free | No |
| Halogen free | No |
Downloads & Links
Distributor Availability
Technical data
| Article number | DI075SIC035TL | |
|---|---|---|
|
||
| Type | SMD | |
| Package | HSOF-8/TOLL | |
| Qualification | Industrial Grade | |
| Config | Single | |
| Life Cycle | engineering sample | |
| ESD sensitive | No | |
| MSL | 3 | |
| Polarity | pol | N |
| Drain current 25°C | ID | 65.000 A |
| Drain current 100°C | ID | 46.000 A |
| Drain source voltage | VDS | 750 V |
| On-resistance 1 | RDSon1 | 0.03500 Ω |
| @ ID | 40.000 A | |
| @ VGS | 18 V | |
| Junction temperature | Tjmin | -55 °C |
| Tjmax | 175 °C | |
| Power dissipation | Ptot | 176.000 W |
| @ TLoc | 25 °C | |
| Location | Junction | |
| Peak drain current | IDM | 253.000 A |
| Threshold voltage | VGSth min | 2.0 V |
| VGSth max | 4.0 V | |
| Rise time | tr | 13 ns |
| Fall time | tf | 9 ns |
| Total switching energy | Etotal | 0.10 mJ |
| ESD protection | ESD protected | No |
| On-resistance 2 | RDSon2 | |
| @ ID | ||
| @ VGS | ||
| Turn-on delay time | tD(on) | 10 ns |
| Turn-off delay time | tD(off) | 17 ns |
| Total gate charge (4.5V) | Qg (4.5V) | |
| Total gate charge (10V) | Qg (10V) | 73.0 nC |
| Gate-drain charge | Qgd | 17 nC |
| Single pulse avalanche energy | Eas | |
| Input capacitance | Ciss | 2206 pF |
| Output capacitance | Coss | 145 pF |
| Reverse transfer capacitance | Crss | 6 pF |
| Reverse recovery charge | Qrr | 170.0 nC |
| Avalanche | No | |
News and Updates
- Filter:
- News Diotec Launches DIF170SIC049: Ultra-Low RDS(on) SiC MOSFET for High-Speed, High-Efficiency Power Systems en > latest-news > diotec-launches-dif170sic049-ultra-low-rds-on-sic-mosfet-for-high-speed-high-efficiency-power-systems
- Application Note Thermal Considerations On Power Semiconductors en > application > application-notes > thermal-considerations-on-power-semiconductors-2
- News Introducing Diotec's New DIF065SIC020: High-Efficiency 650V SiC MOSFET in TO-247-4L Package en > latest-news > introducing-diotec-s-new-dif065sic020-high-efficiency-650v-sic-mosfet-in-to-247-4l-package
- News Industry – Driving Industrial BLDC Motor with Diotec’s DIW120SIC028 en > latest-news > industry-driving-industrial-bldc-motor-with-diotec-s-diw120sic028
- News Diotec Unveils DIW065SIC015: High-Efficiency 650V SiC MOSFET with Ultra-Low 15mΩ RDS(on) in TO-247-3L en > latest-news > diotec-unveils-diw065sic015-high-efficiency-650v-sic-mosfet-with-ultra-low-15mo-rds-on-in-to-247-3l
- News Diotec’s High Power Discretes –Supporting a Reliable, Modern Energy Supply en > latest-news > diotec-s-high-power-discretes-supporting-a-reliable-modern-energy-supply
- Application Note Silicon Carbide MOSFET Roadmap en > application > application-notes > silicon-carbide-mosfet-roadmap
- News Electric Yachts – Emission-Free Aquatics, Motor Drive Powered By the SiC-MOSFET DIF120SIC022-AQ en > latest-news > electric-yachts-emissions-free-aquatics-motor-drive-powered-by-the-sic-mosfet-dif120sic022-aq
- News Need a Charge? SiC MOSFET DIF120SIC053-AQ with Kelvin-Source Speeds Up the Process en > latest-news > need-a-charge-sic-mosfet-dif120sic053-aq-with-kelvin-source-speeds-up-the-process
- Video SiC MOSFET Family en > videos > sic-mosfet-family
- News "Green Wheels": Sustainable buses in the changing landscape of urban transport en > latest-news > green-wheels-sustainable-buses-in-the-changing-landscape-of-urban-transport
- News The Electric Revolution: Rising Demand for Power Fuels the Future of E-Mobility en > latest-news > the-electric-revolution-rising-demand-for-power-fuels-the-future-of-e-mobility-2
- News Now available in TO-247 with 3 or 4 leads, the SiC MOSFET en > latest-news > now-available-in-to-247-with-3-or-4-leads-the-sic-mosfet
Application Reference Diagrams
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