Author

Chang Fei Yee

Observed names: CF Yee, Yee, Chang Fei

Institutions: Keysight Technologies (Singapore), Keysight Technologies (United States), Keysight Technologies (Austria), Keysight Technologies (United Kingdom)

Observed institutions: Keysight Technologies (Singapore), Keysight Technologies (United States), Keysight Technologies (Austria), Keysight Technologies (United Kingdom), Universiti Malaysia Perlis

ORCID: 0000-0001-6766-0845

Observed ORCID: 0000-0001-6766-0845

OpenAlex ID: A5043056373

Techniques of impedance matching for minimal PCB channel loss at 40 GBPS signal transmission

2019 · Chang Fei Yee, Muammar Mohamad Isa, et al. · Circuit World · 15

Advantages and Challenges of 10-Gbps Transmission on High-Density Interconnect Boards

2016 · Chang Fei Yee, Asral Bahari Jambek, et al. · Journal of Electronic Materials · 12

Achieving Minimal PDN Impedance, SSN and Jitter on PCB with Embedded Capacitance Material

2018 · Chang Fei Yee · IEEE International RF and Microwave Conference · 4

The Advantages of Substituting Decoupling Capacitors on PWB with Embedded Capacitance Technology

2020 · Chang Fei Yee · IEEE International RF and Microwave Conference · 3

Paving the Way for 64 Gbps PCIe 6.0 End to End Physical Link Compliance in Multi-board Digital System

2023 · Chang Fei Yee · IEEE Symposium on Computer Applications & Industrial Electronics (ISCAIE) · 1

Essential board design considerations for 1.6GHz DDR4 transmission

2015 · Chang Fei Yee, Asral Bin Bahari Jambek, et al. · IEEE International RF and Microwave Conference · 1

Achieving Minimal Transmission Loss in Coplanar Waveguide with 100 GHz Bandwidth for Millimeter Wave Communication

2025 · Chang Fei Yee · IEEE Symposium on Computer Applications & Industrial Electronics (ISCAIE)

Study of PWB Metal Surface Roughness Influence on GDDR6 Memory Data Transmission at 16 Gbps

2024 · Chang Fei Yee · IEEE Symposium on Industrial Electronics & Applications (ISIEA)

Achieving minimal PWB link loss due to fiber weave influence for multi-Gigabit transmission

2023 · Chang Fei Yee

Complementary Technique of Flight Time Compensation for 6.4 Gbps DDR5 Transmission Link on Dense PCB

2022 · Chang Fei Yee · International Conference on Engineering and Emerging Technologies (ICEET)

Impact of non-perfect reference plane on multi-gigabit transmission

2017 · Chang Fei Yee, Asral Bahari Jambek, et al. · World Journal of Engineering

高速コンパクト基板設計における埋込みデカップリング容量の利点【Powered by NICT】

2016 · Chang Fei Yee · IEEE Conference Proceedings

Works count: 15

Citation count: 36

H-index: 3

I10-index: 2