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Institution	Date	Title	Author
元智大學	2020/7/4	A Low Noise Amplifier Design for the Ground Receivers of Low Earth Orbit Internet Satellites	Chih-Chiang Lin; Jeng-Rern Yang
元智大學	2019-04-27	A Low Noise Amplifier Design for Low Earth Orbit Satellite	Yen-Ting Lu; Jeng-Rern Yang
元智大學	2018-05-07	A fully integrated voltage controlled phase shifter with lossless active inductors	Tsung-Ying Wu; Jeng-Rern Yang
元智大學	2018-04-25	A wideband LNA design of 10.7GHz-12.7GHz for Low Earth Orbit Microsatellites	Min-Jung Tsai; Jeng-Rern Yang
元智大學	2018-04-25	High Conversion Gain, low-powernd low-noise front-end receiver operating at 0.4, 0.8 and 0.9 GHz for IoT applications	Wei-Hua Cheng; Jeng-Rern Yang
元智大學	2017-11-05	A multiband fully integrated high-linearity power amplifier using a 0.18-μm CMOS process for LTE applications	Tsung-Ying Wu; Jeng-Rern Yang
元智大學	2017-06-29	Low-Power CMOS LNA 900-MHz LoRa Application Through Parallel-RC Feedback	Cheng-Shian Shiau; Jeng-Rern Yang
元智大學	2017-06-29	Low-Power CMOS LNA 900-MHz LoRa Application Through Parallel-RC Feedback	Cheng-Shian Shiau; Jeng-Rern Yang
元智大學	2017-06-04	A 0.9-GHz Fully Integrated 45% PAE Class-E Power Amplifier Fabricated Using a 0.18-μm CMOS Process for LoRa Applications	Yu-Ting Tseng; Jeng-Rern Yang
元智大學	2017-06-04	A 0.9-GHz Fully Integrated 45% PAE Class-E Power Amplifier Fabricated Using a 0.18-μm CMOS Process for LoRa Applications	Yu-Ting Tseng; Jeng-Rern Yang
元智大學	2017-05-23	Low-power Low-noise inductorless Front-end for IoT applications	Yu-Chu Yang; Jeng-Rern Yang
元智大學	2017-05-23	Low-power Low-noise inductorless Front-end for IoT applications	Yu-Chu Yang; Jeng-Rern Yang
元智大學	2016-12-03	A Voltage control Phase Shifter With Active Inductor	Ko-Wen Yang; Jeng-Rern Yang
元智大學	2016-12-03	A Voltage control Phase Shifter With Active Inductor	Ko-Wen Yang; Jeng-Rern Yang
元智大學	2016-08-25	Low power through body biasing to realize a 3.9-mW CMOS inductorless LNA for LoRa applications	Yu-Chu Yang; Jeng-Rern Yang
元智大學	2016-08-25	Low power through body biasing to realize a 3.9-mW CMOS inductorless LNA for LoRa applications	Yu-Chu Yang; Jeng-Rern Yang
元智大學	2016-06-23	A 0.5-3.5GHZ Wideband CMOS LNA for LTE Application	Wei-Rern Liao; Jeng-Rern Yang
元智大學	2016-06-23	A 1.8/2.6 GHz CMOS High Linearity Power Amplifier for LTE application	Chih-Huang Lin; Jeng-Rern Yang
元智大學	2015-11-26	應用於LTE雙頻帶(1.8/2.6GHz) CMOS 高線性度功率放大器之研製	潘冠諭; 楊淯筑; Jeng-Rern Yang
元智大學	2015-06-04	Improving Linearity Of CMOS Power Amplifier For LTE Application	Tso-Yu Wu; Jeng-Rern Yang
元智大學	2015-05-04	A dual-band CMOS power amplifier at 1.8 GHz and 2.6 GHz for LTE applications	Guan-Yu Pan; Jeng-Rern Yang
元智大學	2015-05-04	The implementation of 1.8GHz dual channel switched beam-former with active inductors phase shifters	Ming-Shiuan Wen; Jeng-Rern Yang
元智大學	2014-10-28	A 23.2 dBm linear power amplifier using pre-distortion technique for LTE applications	Chung-Ching Lin; Tso-Yu Wu; Jeng-Rern Yang
元智大學	2014-06-19	A Dual Channel Switched RF Beamformer for LTE small Cell Base Station Receiver	Ying-Lou Chiang; Jeng-Rern Yang
元智大學	2014-05-07	A 28.5 dBm switched beamforming transmitter for LTE small cell base station application	Chung-Ching Lin; Jeng-Rern Yang
元智大學	2014-04-26	A High Linearity Mixer Using Enhanced Derivative Superposition Method for Application in LTE Small Cell Basestation	Chung-Ching Lin,; Jeng-Rern Yang
元智大學	2014-04-26	A 1.8 GHz CMOS High-Linear Power-Combining Power Amplifier Using On-Chip Transmission Line Transformer	Ming-Yi Chen; Jeng-Rern Yang
元智大學	2014-01-16	Integrated Switched Beamformer for 802.11ac application,	Jhu-Jyun Jhang; Chung-Ching Lin; Ying-Lou Jiang,; Jeng-Rern Yang
元智大學	2013-08-05	A high coupling factor transformer at 2.4 GHz in 0.18 μm CMOS	Jhu-Jyun Jhang; Jeng-Rern Yang
元智大學	2013-06-05	Low voltage High Linearity CMOS up-conversion Mixer for LTE Applications	Yuan-Hao Shu ; Jeng-Rern Yang
元智大學	2013-06-05	Low voltage High Linearity CMOS up-conversion Mixer for LTE Applications	Yuan-Hao Shu ; Jeng-Rern Yang
元智大學	2013-03-25	LTE Mixer Array of 0.5W High Output Power	Pang-Hsing Chen; Yen-Heng Chen; Jeng-Rern Yang
元智大學	2013-03-25	Design of a Highly Linear Low-noise Amplifier with Noise and Distortion Cancelation	Pang-Hsing Chen; Jeng-Rern Yang
元智大學	2013-03-25	A 2.4GHz Array Combination High-power Amplifier	Chien-Hua Lai ; Jeng-Rern Yang
元智大學	2013-03-25	LTE Mixer Array of 0.5W High Output Power	Pang-Hsing Chen; Yen-Heng Chen; Jeng-Rern Yang
元智大學	2013-03-25	Design of a Highly Linear Low-noise Amplifier with Noise and Distortion Cancelation	Pang-Hsing Chen; Jeng-Rern Yang
元智大學	2013-03-25	A 2.4GHz Array Combination High-power Amplifier	Chien-Hua Lai ; Jeng-Rern Yang
元智大學	2013-03-23	1V UWB CG LNA at 3-8GHz with Bulk-bias Method	Yen-Heng Chen ; Jeng-Rern Yang
元智大學	2013-03-23	1V UWB CG LNA at 3-8GHz with Bulk-bias Method	Yen-Heng Chen ; Jeng-Rern Yang
元智大學	2012-05-27	A Highly Linear Broadband CMOS LNA with Noise Cancellation	Pang-Hsing Chen; Jeng-Rern Yang
元智大學	2012-05-27	A Highly Linear Broadband CMOS LNA with Noise Cancellation	Pang-Hsing Chen; Jeng-Rern Yang
元智大學	2012-05-05	Design of 3.5GHz Low Supply Receiver Front-Ends for WIMAX Application	Chia-Chien Li; Yi-Chen Chen; Jeng-Rern Yang
元智大學	2012-05-05	Design of 3.5GHz Low Supply Receiver Front-Ends for WIMAX Application	Chia-Chien Li; Yi-Chen Chen; Jeng-Rern Yang
元智大學	2012-05-05	A 3.1-10.6GHz CMOS Low-Voltage Mixer with Active Balun Designed for UWB Systems	Chien-Hua Lai; Jeng-Rern Yang
元智大學	2012-05-05	Design of 3.5GHz Low Supply Receiver Front-Ends for WIMAX Application	Chia-Chien Li; Yi-Chen Chen; Jeng-Rern Yang
元智大學	2012-05-05	A 3.1-10.6GHz CMOS Low-Voltage Mixer with Active Balun Designed for UWB Systems	Chien-Hua Lai; Jeng-Rern Yang
元智大學	2012-03-27	An Ultra-wideband CMOS LNA for 3-10GHz with Low Power Consumption	Chien-Hua Lai; Jeng-Rern Yang
元智大學	2012-03-27	An Ultra-wideband CMOS LNA for 3-10GHz with Low Power Consumption	Chien-Hua Lai; Jeng-Rern Yang
元智大學	2011-12-12	A 3-10GHz Low Power Ultra-Wideband CMOS LNA	Pang-Hsing Chen; Jeng-Rern Yang
元智大學	2011-12-12	A 3-10GHz Low Power Ultra-Wideband CMOS LNA	Pang-Hsing Chen; Jeng-Rern Yang

Showing items 1-50 of 62 (2 Page(s) Totally)
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