Electronic Engineering Department, The Chinese University of Hong Kong - Home

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Microwave and Wireless Communications
  • MMIC & RFIC Design
  • Novel Design of High Efficiency High Linearity Power Amplifiers
  • Electromagnetic Analysis Classification
  • Multi-Chip-Module Technologies
  • RFID Technologies
  • Advanced Antenna Design Techniques
VLSI and ASIC
  • Mixed Signal IC Designs
  • System-on-Chip and Network-on-Chip
  • Ultra-Low Supply Circuit Techniques
  • Low-Power Designs
  • Power-Management IC Designs
  • Data Converters
Energy Conversion
  • Power Converter Design
  • Modulation and Control
  • Grid Interfering and Power Quality
  • Thermal Management
  • Clean Energy Harvesting and Conversion

The research focus of the Circuits and Systems group is to introduce state-of-the-art innovations, which cover various technologies such as digital, analog and mixed-signal ICs, MMIC/RFIC, antennas, electromagnetic modelings and integrated multi-chip-modules into the design and implementation of modern electronic products/systems such as smartcard, RFID, software radio and WiMAX.

Our group is also actively engaged in industrial projects including the development of advanced RFID systems and components for consumer electronics products. In the last few years, the group has received over HK$ 25 Million from external funding agencies including industry and ITC (government-owned).

Our department is the first among all institutions in Hong Kong to introduce ASIC design into our undergraduate program and as a specialised field of research. Our major facility includes the most advanced RF Radiation Research Lab that is equipped with a 128-probe SATIMO near field spherical scanner, the most comprehensive communication tester and DASY5 dosimetric assessment systems which allows compliance testing of mobile phones with SAR limits. It is CTIA compliant and supports both TIS (Total Isotropic Sensitivity) and TRP (Total Radiated Power) measurements. It is ideal for testing mobile terminals, base station antennas as well as automotive antennas.

The VLSI and the microwave research laboratories are installed with a large number of workstations, PCs and a comprehensive and industrial standard suite of design software including Cadence, Mentor Graphics, Synopsys, ADS (advanced design system) and CST. State-of-the-art testing equipment such as logic analyzer, network/spectrum analyzer, multi-function signal generator, digital scopes, probe station, SAR tester and EMC chamber are also available.


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微波與無線通訊
  • 智能天線、MIMO天線、相控陣天線及其在5G/6G無線通信網中的應用
  • 射頻 、微波、毫米波、太赫茲集成電路和無線系統及其在通信、物聯網和遙感中的應用
  • 計算電磁學(CEM)與基於機器學習(ML)的電磁建模方法
  • 針對高速芯片和複雜電路的信號完整性(SI),功率完整性(PI),電磁兼容(EMC)與電磁幹擾(EMI)的設計方法
  • 微波合成孔徑雷達系統與遙感
  • 微波無線電力傳輸技術
  • 無線射頻識別及其在物聯網中的應用
  • 衛星天線
超大型積體電路與特殊應用積體電路
  • 超大型積體電路與特殊應用積體電路
  • 系統晶片與晶片網路
  • 超低電源電路技術
  • 低功耗電路設計
  • 電源管理集成電路設計
  • 數據轉換器集成電路
能量轉換
  • 電源轉換器設計
  • 電源轉換器設計
  • 電網干擾與電力質量
  • 電網干擾與電力質量
  • 可再生能源採集解決方案與轉換

研究重點是引入創新的技術,包括數字,模擬與混合訊號集成電路, 微波集成電路與射頻集成電路,天線,電磁學模型與多晶片模組技術等。研究包括電子產品和系統的設計和應用(如智能卡,射頻識別和WiMAX)。我們團隊是首批將特殊應用積體電路設計引入香港本科課程和研究領域。

我們團隊還積極參與各式各樣的工業項目,包括開發先進的射頻識別系統和消費電子產品。在過去幾年中,已從外部資金機構(包括行業和創新科技署(政府擁有))獲得超過2,500萬港元的資金。

我們團隊的主要設施包括最先進的射頻輻射研究實驗室,該實驗室配備128 個探頭的SATIMO 近場掃描儀 SG128。SG128 設施符合CTIA標準,並支持TIS(總全向靈敏度)和TRP(總接收功率)測量,非常適用於測試移動終端,基站天線以及汽車天線,是測量超大型天線的理想工具。設施也包括全面的通信測試儀和电磁波吸收比值測試系統,可以對移動電話進行SAR限值的測試。

其他設施還包括邏輯分析儀,網絡/頻譜分析儀,多功能信號發生器,數字示波器,探針台和電磁兼容性室等最先進的測試設備。 超大型積體電路和微波研究實驗室安裝了多台工作站和高效能電腦,軟件包括 Cadence,Mentor Graphics,Synopsys,ADS和CST等工業標準設計軟件。


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