項目及活動

How2GaN夏季研討會

2022年7月20日星期三 - 2022年9月1日星期四
How2GaN夏季研討會
地點:Online

How2GaN Summer Series – Summer of GaN 日期: 參看以下的各個研討會的日期
時間:下午10時(北美太平洋標準時間)

我們誠意邀請你齊來與宜普電源轉換公司的GaN專家一起參加夏季網路研討會,讓你在設計方案中,發揮氮化鎵元件的最高性能。每節課程爲一小時,包括與GaN專家互動和問答時間。網路研討會將在7月、8月和9月舉行,主題包括設計技巧、氮化鎵元件的可靠性、馬達控制參考設計和DC/DC轉換器參考設計。

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2022 Conference on Advanced Power Systems for Deep Space Exploration (APS<sup>4</sup>DS)

2022年8月30日星期二 - 2022年9月1日星期四
2022 Conference on Advanced Power Systems for Deep Space Exploration (APS4DS)
地點:Virtual Event

Next Generation Radiation Hard GaN Power Devices Speaker: Dr. Robert Strittmatter, EPC Space

Exploration of the solar system is entering its seventh decade. Along the way, innovations in power systems have played a critical role in expanding this exploration campaign. Innovation continues to drive an ever-growing list of mission enhancing and mission enabling technologies for deep space exploration, including higher efficiency power electronics, low irradiance/low temperature solar cells, radioisotope and fission power systems, and advanced energy storage technologies. Join your APS4DS colleagues, which include program managers, mission planners and architects, power system engineers and power technologists.

Now in its third year, the 2022 Conference on Advanced Power Systems for Deep Space Exploration (APS4DS) will include all topics related to power for deep space missions to the Moon and beyond.

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SEMI 化合物半導體汽車應用發展研討會

2022年9月6日星期二 16:50 - 17:20
SEMI 化合物半導體汽車應用發展研討會
地點:中國安徽蕪湖

氮化鎵元件可滿足三維成像中驅動光達所需愈來愈快的速度 講者:策略技術銷售副總裁Steve Colino

本演講將探討測量飛行時間光達對雷射驅動器的要求,並探索識別物體的距離需要增速的元件和佈局,以及決定所需的功能和安全性。

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ESSDERC – ESSCIRC 2022

2022年9月19日星期一 - 2022年9月22日星期四
ESSDERC – ESSCIRC 2022
地點:Milan, Italy

Gallium Nitride in Power Electronics converters. Motor drive, DC-DC, and Lidar Speaker: Marco Palma, Director of Motor Drive Systems and Applications

GaN devices, such as discrete GaN FETs and integrated circuits entirely made of GaN technology, are widely being adopted across different applications and are becoming well recognized in the power electronics industry. In the workshop, the basics of the GaN technology will be presented, to share basic knowledge and to depict the main difference vs. MOSFET technology. During the talks in the workshop, the GaN approach and its related advantages will be presented for dc-dc converters, motors, and Lidar systems.

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Automotive LIDAR 2022

2022年9月20日星期二 - 2022年9月22日星期四
Automotive LIDAR 2022
地點:Online

Automotive LIDAR 2022 5th Annual Conference and Exhibition

LIDAR has been in use for over 60 years in military, aerospace, robotics, and meteorological fields. Today it is experiencing a flurry of interest due to the expectation that it will be one of the key sensors to enable autonomous driving. With more than $5.6 billion raised to date, more than 95 companies are developing automotive grade LIDAR sensors using their unique approaches. This conference is the only event in the world exclusively focused on automotive LIDAR technologies and applications.

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Microchip 2022 e-Mobility 智慧移動解決方案研討會

2022年9月26日星期一 - 2022年9月30日星期五
Microchip 2022 e-Mobility 智慧移動解決方案研討會
地點:Various

面向e-Mobility智慧移動應用的雙向DC/DC轉換器 - Microchip/EPC解決方案 日期:請參看以下各研討會日期
時間: 11:15 – 12:00

美國微芯科技公司(Microchip Technology)的數位信號控制器(DSC)與宜普電源轉換公司(EPC)的超高效氮化鎵元件(eGaN®FET)相結合,可實現最佳功率密度 (730 W/in3),從而實現高效、低成本的DC/DC轉換器。

在 e-Mobility解決方案中,Microchip和EPC携手應對e-Mobility 的挑戰性要求,以實現更高的效率、更高的功率密度和穩健的設計,而EPC的參考設計可協助您在產品開發上更便捷,也讓您的產品更具競爭力。

Microchip公司的Edward Lee將於以下日期舉行的研討會與您分享面向e-Mobility應用、基於氮化鎵元件的EPC9151、EPC9137 和 EPC9163C可展示雙向DC/DC轉換器的最新技術發展:

9月26日 – 台中
9月28日 – 高雄
9月29日 – 新竹
9月30日 – 臺北

不要錯過以上的研討會,歡迎蒞臨我們在研討會會議室外的展臺與我們會面,就有機會贏取最新出版的《GaN功率元件和應用》書本!

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IECON 2022 Conference

2022年10月17日星期一 - 2022年10月20日星期四
IECON 2022 Conference
地點:Brussels, Belgium

Dead Time Reverse Conduction Investigation in GaN-Based Inverter for Motor Drives Presenter: Marco Palma, Director of Motor Drive Systems and Applications

The paper deals with the reverse conduction during the dead time of low-voltage GaN FETs in inverters for motor control applications. The variation of the current, caused by the sinusoidal modulation in an AC motor drive leads to a different dead time losses mechanism with respect to the DC-DC converter application, which is worth investigating. The reverse conduction is correlated with both current variation and GaN technology in inverter legs applications. Furthermore, the GaN FET device's reverse conduction is also compared to equivalent low-voltage MOSFET devices considering the different static and dynamic characteristics. This work aims to provide to inverter designers an investigation and a guideline on the dead time selection and its limits in an inverter leg for motor control with the last generation of GaN FET devices.

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WiPDA 2022

2022年11月7日星期一 - 2022年11月9日星期三
WiPDA 2022
地點:Redondo Beach, CA

9th IEEE Workshop on Wide Bandgap Power Devices and Applications

The IEEE Workshop on Wide Bandgap Power Devices & Applications (WiPDA) provides a forum for device scientists, circuit designers, & application engineers from the Power Electronics & Electron Devices Societies to share technology updates, research findings, experience & potential applications.

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