Rugged 40-V to 75-V automotive-qualified MOSFETs offers low on-state resistance for heavy load applications
The AUIRL1404S is a logic level gate drive MOSFETs offered at 40 V and other devices included in the new family are standard gate drive MOSFETs offered at 40 V, 55 V and 75 V.
The rugged new planar MOSFETs claim to offer good performance in linear mode operation. The wide voltage range also makes them well suited to applications on vehicles using a higher board-net voltage such as trucks.
IR's automotive MOSFETs are subject to dynamic and static part average testing combined with 100 percent automated wafer level visual inspection as part of IR's automotive quality initiative targeting zero defects. AEC-Q101 qualification requires that there is no more than a 20 percent change in RDS(on) after 1,000 temperature cycles of testing.
In extended testing IR's new AU Bill Of Materials demonstrated a maximum RDS(on) shift of less than 10% at 5,000 temperature cycles, showing the strength and ruggedness of the Bill of Materials. The new devices are qualified according to AEC-Q101 standards, feature an environmentally friendly, lead-free and RoHS compliant bill of materials.
Availability and Pricing
Pricing begins at $0.42 each for the standard gate drive AUIRFZ44N in 100,000-unit quantities and $1.22 each in 100,000-unit quantities for the logic level gate drive AUIRL1404S. Production orders are available immediately.
Visit International Rectifier at www.irf.com
- 25-V and 30-V N-channel power MOSFETs offer lowest Rdson in a QFN package
- Infineon Technologies completes International Rectifier acquisition
- ROHM extends Rutronik’s franchise to a global agreement
- Chip-scale bi-directional MOSFETs enable higher capacity lithium batteries
- 600V IGBTs are automotive-qualified for small-motor drives
- 1200V Generation-8 IGBT family steps up efficiency and ruggedness
- Low-voltage MOSFETs optimise footprint with dual-sided cooling packages
- 75V MOSFETs have ultra-low Rds(on) for industrial applications
- Ultra-fast 650-V IGBTs support fast switching applications
- IGBTs and MOSFETs continue to drive power semiconductor growth
- Will airlines tighten rules to prevent battery fires?
- Collaboration deal focuses on batteries with wire-free charging
- Cloud-based online design tool simplifies power part selection
- 100V, automotive-qualified transistors boost power efficiency
- Dual low-side driver IC supports automotive SMPS applications
- First round-the-world solar plane flight prepares for take-off
- Are next generation EV batteries a step closer?
- Are power management researchers really 21st century alchemists?
- Overcoming patient leakage current issues
- Long life aluminium-air battery resolves rechargeable challenges
- Solar-powered radio chip monitors windows to save energy
- How to measure capacity versus bias voltage on MLCCs
- Conquering the 'kink' in sub-threshold power MOSFET behavior: A simple compact modeling approach
- Bamboo bike uses peddle power to recharge smartphones
- Hybrid fuel cell advance boosts power by 20 percent
- Apple Watch spurs wireless charging growth in 2015
- LED buck regulator with current-mode control simplifies compensation
- Product How-to: Ultra-low noise linear regulators for powering PLL/VCO and clocking ICs
- Improved dendrite formation control helps lithium batteries last longer
- Multi-crystalline silicon PV module claims power output world record
- Investigating Die attach Failure in IGBTs using Power Cycling Tests
- Power Systems Design eBook
- Wireless Power User Guide
- 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