ST마이크로, X-CUBE-TCPP 소프트웨어 팩 출시 ST마이크로일렉트로닉스(STMicroelectronics, 이하 ST)가 자사의 USB-타입-C® 포트 보호 IC 및 STM32 인터페이스 IP(Intellectual Property) 포트폴리오를 개선한 최신 X-CUBE-TCPP 소프트웨어 팩을 출시하고, USB PD(Power Delivery) 사양을 활용해 제품 설계를 간소화하도록 지원한다. 사용자는 코드를 실행하는 STM32 MCU가 포함된 모든 STM32 누클레오-64(Nucleo-64), NUCLEO-G071RB,
Tag: USB PD
인피니언, GaN 기반 USB-PD용 고집적 콤보 컨트롤러 IC 출시
인피니언, USB Type-C 충전기를 위한 고집적 USB-C 컨트롤러 제공
파워 인테그레이션스, USB PD 컨트롤러 포함된 InnoSwitch3-PD 플라이백 스위처 IC 출시
Silanna Semiconductor extends power of highest efficiency, highest power density DC/DC converter family to 100W
Silanna Semiconductor, The Power Density Leader, has extended its CO2 Smart Power™ family of wide-voltage, high-frequency point of load converters with a 100W device targeting USB-PD applications designed to deliver industry-leading efficiency. Silanna Semiconductor focuses on ultimate power management challenges with devices that
USB 프로모터 그룹, USB PD 규격 개정판 발표
Silanna Semiconductor delivers highest power efficiency and greatest power density 65W USB-PD charger design at reduced BoM costs
Silanna Semiconductor announced a breakthrough 65W USB-PD reference design, achieving 30W/inch3 uncased power density and over 94% efficiency from an all-silicon design for a universal input AC/DC power adapter, utilizing their expanded portfolio of Active Clamp Flyback Controllers (ACF). Silanna Semiconductor focuses on
Silanna Semiconductor delivers highest efficiency and power density DC-DC converters with unprecedented size and cost reductions
Silanna Semiconductor launched the newest family of wide voltage, high-frequency point of load converters targeting USB-PD applications. Silanna Semiconductor focuses on ultimate Power Management challenges with best in class power density and efficiency performance that delights customers with unprecedented BoM savings. SZPL3102A/3103A family
Diodes’ USB PD controller provides platform for quick charger solutions with low standby power
Diodes announced the availability of the AP43771 USB Type-C® power delivery (PD) controller, featuring an embedded microcontroller with one-time programmable memory. When combined with Diodes Incorporated's complementary technology, the AP43771 forms the basis for offline chargers, delivering between 18W and 33W while