OptiMOS™ low-voltage power MOSFET 40V in PQFN 3.3x3.3 Source-Down package with industry leading RDS(on)
Infineon has extended its innovative Source-Down family with the IQE013N04LM6 1.35mOhm, 40V in a 3.3x3.3 PQFN package. This best-in-class power MOSFET optimizes the end user experience by challenging the status quo in power density and form factor.
One target in power tool design is to minimize the internal restrictions of PCB area requirements, enabling a more ergonomic design. Moving the inverter from the handle into the head minimizes the volume of the power tool motor housing while simultaneously keeping the torque of the tool at a reasonably high level for quick and easy action.
Summary of Features
Major reduction in RDS(on) – up to 25 percent
Superior thermal performance in RthJC
Optimized layout possibilities
Standard and Center-Gate footprint
Benefits
High current capability
More efficient use of PCB area
Highest power density and performance
Optimized footprint for MOSFET parallelization with Center-Gate
Potential Applications
Drives
SMPS
Server
Telecom
OR-ing
Applications
48 V intermediate bus converter (IBC)
Telecommunication infrastructure
Designers who used this product also designed with
1EDN7550B | Gate driver ICs
XDPE132G5H-G000 | Digital Multiphase Controllers
XDPP1100-Q024 | Digital Power Controllers
TDA22590 | Integrated Smart Power Stages
IPT013N08NM5LF | N-Channel Power MOSFET
IR3823AMTRPBF | Integrated POL Voltage Regulators
1EDN7550B | Gate driver ICs
XDPE132G5H-G000 | Digital Multiphase Controllers
XDPP1100-Q024 | Digital Power Controllers
TDA22590 | Integrated Smart Power Stages
IPT013N08NM5LF | N-Channel Power MOSFET
IR3823AMTRPBF | Integrated POL Voltage Regulators
1EDN7550B | Gate driver ICs
XDPE132G5H-G000 | Digital Multiphase Controllers
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OptiMOS™ low-voltage power MOSFET 40V in PQFN 3.3x3.3 Source-Down package with industry leading RDS(on)
Infineon has extended its innovative Source-Down family with the IQE013N04LM6 1.35mOhm, 40V in a 3.3x3.3 PQFN package. This best-in-class power MOSFET optimizes the end user experience by challenging the status quo in power density and form factor.
One target in power tool design is to minimize the internal restrictions of PCB area requirements, enabling a more ergonomic design. Moving the inverter from the handle into the head minimizes the volume of the power tool motor housing while simultaneously keeping the torque of the tool at a reasonably high level for quick and easy action.
Summary of Features
- Major reduction in RDS(on) – up to 25 percent
- Superior thermal performance in RthJC
- Optimized layout possibilities
- Standard and Center-Gate footprint
Benefits
- High current capability
- More efficient use of PCB area
- Highest power density and performance
- Optimized footprint for MOSFET parallelization with Center-Gate
Potential Applications
Applications
- 48 V intermediate bus converter (IBC)
- Telecommunication infrastructure
Designers who used this product also designed with
- 1EDN7550B |
Gate driver ICs
- XDPE132G5H-G000 |
Digital Multiphase Controllers
- XDPP1100-Q024 |
Digital Power Controllers
- TDA22590 |
Integrated Smart Power Stages
- IPT013N08NM5LF |
N-Channel Power MOSFET
- IR3823AMTRPBF |
Integrated POL Voltage Regulators
- 1EDN7550B |
Gate driver ICs
- XDPE132G5H-G000 |
Digital Multiphase Controllers
- XDPP1100-Q024 |
Digital Power Controllers
- TDA22590 |
Integrated Smart Power Stages
- IPT013N08NM5LF |
N-Channel Power MOSFET
- IR3823AMTRPBF |
Integrated POL Voltage Regulators
- 1EDN7550B |
Gate driver ICs
- XDPE132G5H-G000 |
Digital Multiphase Controllers
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