Dalroad Norslo’s Post

3-Phase Driver IC + MOSFETs from AOS is a winning solution for BLDC motor drive applications ranging from cordless power tools to eMobility.

Exciting News for #BLDC Motor Applications! 🚀 Introducing the AOZ32063MQV Gate Driver: Looking for superior performance and efficiency in your BLDC motor applications? Alpha & Omega Semiconductor latest innovation, the AOZ32063MQV gate driver, is here to revolutionize your projects. Compact yet powerful, the AOZ32063MQV comes in a sleek 4mm x 4mm QFN-28L package. This highly integrated 3-phase driver IC boasts exceptional driving ability, customizable deadtime, and sleep mode support. With these cutting-edge features, you can expect heightened motor operation efficiency and significantly reduced standby power consumption, making it ideal for cordless power tools and e-mobility applications, where battery life is paramount. But that's not all – the AOZ32063MQV is tailored to meet the demands of 3-phase BLDC motor drives. Equipped with advanced protection functions such as input under-voltage protection, short-circuit protection, over-current protection, and thermal shutdown, it ensures the utmost safety and reliability in operation. Featuring a wide input voltage range from 5V to 60V and supporting 0.8A source and 1A sink driving capability, the AOZ32063MQV is versatile and adaptable to various voltage requirements. Plus, its impressive operating ambient temperature range (-40°C to +125°C) and high-side 100 percent duty cycle operation support further enhance its reliability and performance. Don't miss out on unlocking new possibilities in efficiency and #reliability. Get in touch to learn more! Reach out to Sourceability for more information. #BLDCMotor #GateDriver #Innovation #Efficiency #cordless #battery #emobility #powertools

Come learn more about it next week at #apec2024.

⚡ Webinar Starting Soon: How to Design Safe and Reliable Systems for EVs - Register for free: https://lnkd.in/ePrwrpxr Current electric vehicle trends focus on enhancing energy efficiency, extending range, and optimizing performance. However, challenges persist, particularly concerning the reliability and safety between control circuits and high voltage and power semiconductor devices. Instances of unreliable or unsafe systems can jeopardize vehicle operation and pose significant safety risks. Join our expert speakers from EBV Elektronik and Broadcom today at 3pm CEST to discover some of the major challenges that automakers are currently facing in the EV space, and the new technologies and solutions that are helping to develop safer and more reliable systems for electric vehicles. Register your free place: https://lnkd.in/ePrwrpxr

Wireless charging contributes to the overall in-cabin user experience for both driver and passengers. An evolution in semiconductor-enabled electronics is underway to enable convenient, efficient, and more accessible in-cabin charging solutions. indie’s latest #blog dives into how the automotive industry can take wireless charging to the next level with standards such as Qi 2.0, featuring Magnetic Power Profile (#MPP) from the Wireless Power Consortium (#WPC) and the growth opportunities for wireless charging system-on-chips (#SoC) solutions. Read on to learn more: https://lnkd.in/eYgzUtA7 #incabinux #wirelesscharging #indiesemi #qi2power

Just one week left until our Broadcom webinar! Register now and unlock the secrets to Designing Safe and Reliable Systems for EVs. Gain insights into the latest electrification advancements, key EV components, and technologies ensuring safer, more reliable electric vehicles. 🗓️ May 07 🕒 15:00 CEST 🔗 Learn more: https://bit.ly/3wj0tXb #broadcom #EV #technology #webinar

Introducing the HiSAT-COT® Control 600mA Step-Down DC/DC Converter – World's Smallest Solution at just 3.15mm²! This little powerhouse is all about efficiency and space-saving. It's not only the smallest IC but also minimises the space it takes up on your PCB, thanks to its compact inductor (0.8x0.45mm) and ceramic capacitor (0.6x0.3mm). Despite its size, it operates at a high efficiency rate even at 6MHz. Perfect for small devices without sacrificing performance! The high-speed transient response allows for a substantial reduction in the large capacitance usually required with conventional PWM controllers. Unlike traditional PWM phase compensation, load capacitance CL can be reduced, further supporting a significant reduction in effective capacitance due to the bias effect of ultra-small ceramic capacitors. Find out more about this solution here https://bit.ly/47yqnnq Avnet Silica Farnell Electronics Farnell Global #semiconductors #dcdc #semiconductor #semiconductorindustry #wearables #wearabletech

The more electronics, the more testing protocols. The automotive industry has a number of different tests for reliability, innovation and regulatory requirements. See the different tests that use EA Elektro-Automatik DC programmable power supplies, including battery, relays and sensors, traction inverter, charge system and more. https://hubs.ly/Q02hs_Rc0 #automotivetesting #batterytesting #automotivemanufacturing

#NAND #flash #memory, such as e-MMC, is the preferred memory for #EV #charging station #applications due to its non-volatile nature. It retains #data even when the power is disconnected. This ensures that critical information and settings are preserved, providing a seamless charging experience for EV owners. Discover #KIOXIA e-MMCs that are commonly used in #wallboxes: https://lnkd.in/eEKNNQSS KIOXIA Europe GmbH #kioxiaeurope Toshiba Memory Europe #toshibamemory #flashmemory #flashstorage #embeddedmemory #embedded #nandflash #emmc #business #b2b #storagesolutions #storage #reliable #reliability #durability #electricvehicles #hybridvehicles #emobility

The MC33774A is a lithium-ion battery-cell controller IC designed for automotive applications, such as electric vehicles (EV) and hybrid electric vehicles (HEV). It can be used in industrial applications, such as energy storage systems (ESS) and uninterruptible power supply (UPS) systems. The MC33774AxP1 (MC33774ATP1 for TPL isolated communication/MC33774ASP1 for SPI communication) is the premium version of the MC33774AxA1 (MC33774ATA1 for TPL isolated communication/MC33774ASA1 for SPI communication) for higher battery voltage and improved accuracy. These devices support ISO 26262 ASIL D compliant high-precision cell voltage and temperature measurements, along with various cell-voltage balancing strategies. Aside from a SPI interface to enable direct communication with the host MCU, they alternatively provide a daisy-chain communication interface (TPL), which supports capacitive and inductive isolation between nodes.