onsemi Dual Cool™ MOSFETs
onsemi Dual Cool™ PowerTrench® MOSFETs provide Dual Cool packaging technology that features bottom- and top-side cooling in a PQFN package. The PQFN footprint is an industry standard and provides performance flexibility for the designer. The Dual Cool MOSFETs feature enhanced dual path thermal performance and improved parasitics over wire-bonded predecessors. The use of a heat sink with Dual Cool packaging technology provides even more impressive results. When a heat sink is used with onsemi Dual Cool package technology, synchronous buck converters deliver higher output current and increased power density.Features
- Top-side cooling, lower thermal resistance from junction to top
- Same land pattern as 5mm x 6mm and 3.3mm x 3.3mm PQFN - JEDEC standard
- Allows higher current and power dissipation
- Highest power density for DC-DC applications
- Use with or without a heat sink, reduces the number of qualified components in the BOM
- Multiple suppliers without cross licensing requirements
- High degree of production commonality with standard PQFN packaging
- 25V to 150V portfolio
Applications
- Point-of-load (POL) synchronous-buck conversion
- Servers
- Telecommunications, routing and switching
- Heat path from top only
Maximum Power Dissipation
Videos
View Results ( 7 ) Page
| Teilnummer | Datenblatt | Beschreibung | Id - Drain-Gleichstrom | Pd - Verlustleistung |
|---|---|---|---|---|
| FDMC86520DC | ![]() |
MOSFETs 60V N-Chan DualCool PowerTrench MOSFET | 40 A | 73 W |
| FDMS7650DC | ![]() |
MOSFETs 30V N-Chnl Dual Cool Pwr Trench MOSFET | 47 A | 3.3 W |
| FDMS8320LDC | ![]() |
MOSFETs 40V 130A Dual Cool PowerTrench MOSFET | 44 A | 3.2 W |
| FDMS86200DC | ![]() |
MOSFETs 150V/20V N Channel PowerTrench MOSFET | 28 A | 125 W |
| FDMS86101DC | ![]() |
MOSFETs 100V/20V Nch 2xCool PowerTrench MOSFET | 14.5 A | 125 W |
| FDMS86300DC | ![]() |
MOSFETs 80V N-Ch Dual Cool PowerTrench MOSFET | 24 A | 125 W |
| FDMS86500DC | ![]() |
MOSFETs 60V/20V NCh DualCool PowerTrench MOSFET | 29 A | 125 W |
Veröffentlichungsdatum: 2013-06-04
| Aktualisiert: 2022-03-11

