NXP claims world's first sub 1 milliOhm MOSFET in a Power S08 package
NXP Semiconductors has unveiled the world's first n-channel sub 1 milliOhm 25 V MOSFET, PSMN1R2-25YL, and is claiming the lowest ever RDSon and best in class Figure of Merit.
The company says the device is the lowest ever RDSon MOSFET in a Power-SO8 package (Loss Free package: LFPAK) and is an extension to NXP's existing MOSFET portfolio. The newest generation MOSFET combines the high performance Power-S08 LFPAK package with latest Trench 6 generation silicon and offers numerous performance and reliability advantages in a wide variety of demanding applications such as: power OR-ring, motor control and high efficiency synchronous buck-regulators.
John David Hughes, Senior International Product Marketing Manager of NXP, said: "We are using innovative techniques in the new Trench 6 process which further reduce the on-resistance. There are many advantages of the new Trench technology to our customers such as improved switching efficiency from the silicon and superior electrical and thermal resistance from the package. NXP's Power-S08 (LFPAK) package is compatible with all widely accepted Power SO-8 PCB footprints."
NXP's Trench 6 MOSFETs, PSMN1R2-25YL, has a typical RDSon of 0.9 mOhm for a 25 V part in Power-S08 (LFPAK), and 1.0 mOhm (typical) for a 30 V part.
In addition to launch of the world's lowest RDSon MOSFET, NXP has announced a new portfolio of products aimed at power supply, motion control, and industrial markets. The range includes products with operating voltages of 25, 30, 40 and 80 V, packaged in Power-S08 (LFPAK) and TO220.
PSMN1R2"25YL is now available at $0.80 (for 1000 pieces).
Datasheet for: NXP's Trench 6 MOSFETs
- Can garnet ceramics unleash high-energy lithium batteries
- 200-mA power supply supports 64 DALI device network
- Can Big-data solution free EVs from range anxiety?
- Next generation aqueous hybrid ion battery delivers 40 percent more energy
- 40V, 400mA output, step-down regulator has dual tracking LDOs
- IP builds low power memory for LCD drivers and touch screen controllers
- ConvenientPower partners Qualcomm to accelerate wireless charging ecosystem
- Graphene aerogels promise enhanced energy storage performance
- Supercomputer simulations point path to better Mg-ion batteries
- Simpler circuit design unlocks power of superconducting devices
- Automotive-grade, integrated power regulators from Altera/Enpirion
- Ultra-low-power touch button controller for battery-powered applications
- Breakthrough for traction batteries? Ultra-fast battery charges in 2 minutes
- TDK expands UK-based power supply R&D facilities
- 2D material underpins world’s thinnest electric generator
- Can a liquid battery make renewables more competitive?
- World’s first solar battery promises cost savings
- A guide to selecting power supplies for LED lighting applications
- Trends in power supply packaging – advances in component integration
- Top 5 things to know about wireless power design
- Cordless power tool adopts wireless charging solution
- EC puts true cost of energy in the spotlight
- Using IGBT thermal calculations to optimize power designs
- 'Smart' lithium-ion battery alerts users to fire risk
- Ultra-fast charging batteries are capable of lasting 20 years
- Airbus bring back lithium-ion batteries on A350-900 fleet
- Is FPGA power design ready for concurrent engineering?
- Position encoding in battery-powered electronics
- 2D photonic crystal boosts solar energy harvesting potential
- Breaking the 'electrode barrier' promises lower-cost organic PVs
- A Novel Approach to Industrial Rectifier Systems
- Smartphone SoC Power Efficiency - DVFS Capacitor Switching
- Power Modules: The New Super Power
- Digital Power Management Reduces Energy Costs While Improving System Performance
- How to Charge Supercapacitor Banks for Energy Storage
- Comparing harmonics mitigation techniques
- New Linear Regulators Solve Old Problems