The AOZ9530QV SMM is suitable for use in a large number of BLDC fan applications ranging from PC and server fans, seat cooling and home appliances.

You are invited to visit the AOS boothC4-102 to find out more about our new products and technologies, and meet our growing marketing team.

The 650V SiC MOSFETs are ideal switching solutions for industrial applications such as solar inverters, motor drives, industrial power supplies, and new energy storage sy

In the agreement AOS will license and provide engineering support for its proprietary aSiC technology as well as an accompanying supply agreement.

Where: APEC 2023, Orlando, FL at the Orange County Convention Center

The new AOZ7203AV features a high withstand voltage, a self-powered Vcc supply from the AC line, ultra-low operation current, and X-capacitor discharge (CB safety certifi

The AOZ97774QE is offered in a QFN 5mm x 5mm package and provides the industry’s most flexible DC/DC controller supporting 5G Wireless, Networking, Optical Communication,

The AOZ2263VQI-01 and AOZ2263VQI-02 are offered in a QFN 4 x 4 package and offer the industry’s most compact footprint to support VCCIO rails in Intel Rocket Lake platfor

The AOZ527xQI series uses AOS’s latest generation of a flexible smart driver IC and Gen Alpha MOSFET technology to provide benchmark performance in an industry-standard 5

The new products are ideal for Electrostatic Discharge (ESD) protection of Type-C connectors in mobiles, laptops, televisions, and other electronic devices.

The AOM033V120X2Q is a 1200V / 33m. SiC MOSFET based on our second generation αSiC MOSFET platform packaged in an optimized TO-247-4L.

The AOZ13984DI-02 and AOZ13987DI-02 are smart protection switches in a single small thermally enhanced 3mm x 3mm DFN package.

The new devices offer low RDS(ON) (20mohm) back-to-back MOSFETs to isolate the load from the input bus when the eFuse is off.

The AOZ32034AQV offers a higher power rating of up to 50W compared to the previous device in this family, the AOZ32033AQI, that was suited for 30W applications.

As higher power output is required while board space is further reduced, there are no other ways but choosing components with lower losses and small dimensions.