Alumni
Ph.D. 96
K.-Y. Kao
Research: Phase-locked loops, RF Transceiver
Thesis: RF Circuit Techniques for Wireless Transmitter with High Spectral Purity
Current Status: nVidia
MS 109
P.-W. Wu
Research: LNA, mixer, VCO
Thesis: Research on the Wideband Low-noise Amplifier and High-image-rejection-ratio Bi-directional Mixer for the Fifth-generation Mobile Communication Systems
Current Status: Realtek
MS 108
W.-C. Lee
Research: Phase shifter, VGA
Thesis: Research on Millimeter-Wave Phase Shifter for the Fifth Generation Mobile Communication
Current Status: Mediatek
MS 107
H.-B. Liao
Thesis: Research on 24 GHz High Conversion Gain, Low Noise Mixer and Millimeter-wave High Image Rejection Ratio Up-/Down-Conversion Mixer and Module
Current Status: Texas Instruments
MS 109
C.-C. Chen
Research: Switch, LNA, PA
Thesis: Research on Millimeter-Wave Asymmetric High Power T/R Switches and 24 GHz Configurable Single-Pole-Quadruple‐Throw Switch
Current Status: Cadence
MS 107
H.-Y. Huang
Research: PA, high-power PA module
Thesis: Research of Millimeter-Wave Power Amplifier for 5G Mobile Communication System and Micro-Wave High-Power Amplifier Module
Current Status: Mediatek
MS 108
Y.-S. Lai
Research: LNA, PA
Thesis: Research on the Low Noise Amplifiers and High Power, High Efficiency Power Amplifier for Next Generation Wireless Communication
Current Status:
MS 107
Y.-T. Lin
Research: VCO, phase shifter
Thesis: Design and Analysis of Standing-wave Oscillator and Bi-directional Wide-band Phase Shifter for Millimeter-wave Application
Current Status: TSMC
MS 107
B.-W. Huang
Research: Dual-band/Wideband PA
Thesis: Research on Millimeter-Wave Dual-Band and Wide-Band Power Amplifier for 5G Mobile Communication
Current Status: Novatek
Degree: MS 105
M.-S. Yang
Research: Phase shifter, phased array
Thesis: Research on Key Components in Phased Array Systems and Phased Array System for The Fifth Generation Communication Using GaAs pHEMT Process
Current Status: Mediatek
MS 105
P.-Y. She
Research: Radar front-end
Thesis: Research on Antenna Integrated with LNA and K-band FMCW Transceiver System
Current Status: PixArt Imaging
Degree: MS 105
C.-C. Huang
Research: Class-F PA
Thesis: Research on the CMOS Power Amplifier with Enhanced Efficiency for 5G Communication System Applications
Current Status: Mediatek
MS 104
C.-M. Lin
Research: Dual-band oscillator
Thesis: Design and Optimization of Wide Tuning Range, Low Phase Noise Digitally-Controlled Oscillator and Automotive Dual-Band Standing-Wave Oscillator
Current Status: Mediatek
MS 104
J.-H. Hu
Research: Doherty Power Amplifier
Thesis: Research on GaAs and GaN Doherty Power Amplifier
Current Status: Mediatek
MS 103
S.-Y. Huang
Research: Millimeter-wave mixer
Thesis: Research on Wideband IQ Modulator for E-Band Application, Ultra Wideband Down-Conversion Mixer with Low LO Power, and Wideband Down-Conversion Mixer by using Post Distortion Linearity Technique
Current Status: Realtek
MS 103
G.-J. Huang
Research: CMOS PA
Thesis: Research on CMOS Power Amplifier with Transformer Power Combining for WLAN System Applications and K-band Active Antenna Power Amplifier Using CMOS and IPD Process
Current Status: TSMC
MS 102
D.-R. Lin
Research: Millimeter-wave switch and mixer
Thesis: Research on Double-balanced Active Mixer and Millimeter-wave Switch for Beam-steering System
Current Status: Mediatek
MS 102
Y.-C. Chen
Research: Active antenna integrated with PA
Thesis: Research on K-band Active Antenna Integrated with Adaptive-bias Power Amplifier Using CMOS and IPD Process
Current Status: KaiKuTek
MS 102
C.-Y. Chao
Research: CMOS PA
Thesis: Research on Power Combining Technique and Improving Linearity and Back-off Efficiency for CMOS Power Amplifier
Current Status: Mediatek
MS 101
H.-Y. Lin
Research: PA linearization
Thesis: Research on K-Band Power Amplifier Using Modified Multi-Gated Transistor Linearization Technique
Current Status: ITRI
MS 101
G.-W. Chen
Research: GaAs pHEMT LNA
Thesis: Research on GaAs pHEMT Low Noise Amplifiers for Ka-band Applications
Current Status: AMICCOM Electronics
MS 101
J.-H. Lin
Research: Fractional-N PLL
Thesis: Research on Reducing Out-of-Band Phase Noise of Fractional-N Frequency Synthesizer
Current Status: Genesys Logic
MS 100
Y.-C. Yang
Research: Millimeter-wave phase shifter
Thesis: Research on V-band Transmitter and Vector-sum Phase-shifter
Current Status:
MS 99
Y.-H. Chen
Research: PA linearization
Thesis: Research on 24 GHz CMOS Linearized Power Amplifier Using Low Frequency IM2 Feed-forward Method
Current Status: 復華證券
MS 99
K.-W. Chen
Research: PA linearization
Thesis: Research on Pre-distortion Technique for K-Band CMOS Power Amplifier
Current Status: Mediatek
MS 98
T.-C. Tsai
Research: Adaptive-bias PA
Thesis: Research on Adaptive-Bias Technique for K-Band CMOS Power Amplifier
Current Status: Mediatek
MS 98
J.-R. Syu
Research: Image-rejection mixer and frequency multiplier
Thesis: Research on V-band Quadrupler and K-band Tunable IQ Mixer with High Image Rejection Ratio
Current Status: Mediatek
MS 98
C.-H. Tsay
Research: Ka-band PA
Thesis: Research on Broadband Power Amplifiers in Ka Band
Current Status: Texas Instruments (Tuscon)
MS 98
D-R. Lu
Research: Variable gain LNA
Thesis: Research on Millimeter-Wave Low-phase-variation Variable-gain Amplifier and Low-noise Amplifier
Current Status: Mediatek
MS 97
K.-C. Huang
Research: Gain-boosted LNA
Thesis: Design of K-Band CMOS Gain Boosting Low Noise Amplifier and V-Band GaAs pHEMT Cascode Balance Power Amplifier
Current Status: Mediatek
MS 97
I-C. Chang
Research: Power splitter and combiner
Thesis: Design of Power Splitter and Combiner for 60 GHz Applications
Current Status: Grace Connection Microelectronic (GCM)
MS 97
Y.-C. Hsu
Research: PA linearization
Thesis: Research on Linearization Technique for CMOS Power Amplifier
Current Status: Jones Day Law Firm
MS 97
J.-C. Wu
Research: Millimeter-wave phase shifter
Thesis: Design of A 60-GHz Single-ended-to-differential Vector Sum Phase Shifter
Current Status: PHISON ELECTRONICS
MS 97
C.-Y. Hsieh
Research: Variable gain amplifier
Thesis: Design of 60-GHz Buffer Amplifier and Low Phase Variation Variable Gain Amplifier
Current Status: Apple (Germany)
MS 96
J. R. Tseng
Research: Millimeter-wave LNA and VCO
Thesis: Design of Millimeter-wave CMOS LNA and VCO
Current Status: Tubis Technology (Pasadena)
MS 95
J.-Y. Huang
Research: Wideband frequency doubler
Thesis: Design of Doubler for Microwave and Millimeter-wave Applications
Current Status:
MS 95
C.-K. Hsieh
Research: Low noise VCO
Thesis: Design of Microwave and Millimeter-wave CMOS VCOs
Current Status: Mediatek