1 D. Yoon, "Mirrored Current-Conveyor Transimpedance Amplifier for Home Monitoring LiDAR Sensors" 21 : 5589-5597, 2021
2 S. Voinigescu, "High-frequency integrated circuits" Cambridge University Press 2013
3 Säckinger Eduard, "Broadband circuits for Optical Fiber Communication" Wiley 2005
4 A. Baharmast, "A Wide Dynamic Range Laser Radar Receiver Based on Input PulseShaping Technique" 67 (67): 2566-2577, 2020
5 X. Wang, "A Low Walk Error Analog FrontEnd Circuit With Intensity Compensation for Direct ToF LiDAR" 67 (67): 4309-4321, 2020
6 H. Zheng, "A LinearArray Receiver Analog Front-End Circuit for Rotating Scanner LiDAR Application" 19 (19): 5053-5061, 2019
7 C. Hong, "A Linear-Mode LiDAR Sensor Using a Multi-Channel CMOS Transimpedance Amplifier Array" 18 (18): 7032-7040, 2018
8 J. -E. Joo, "A CMOS optoelectronic receiver IC with an on-chip APD for home-monitoring LiDAR sensors" 21 (21): 4364-, 2021
9 S. Kurtti, "A CMOS Receiver-TDC Chip Set for Accurate Pulsed TOF Laser Ranging," 69 (69): 2208-2217, 2020
1 D. Yoon, "Mirrored Current-Conveyor Transimpedance Amplifier for Home Monitoring LiDAR Sensors" 21 : 5589-5597, 2021
2 S. Voinigescu, "High-frequency integrated circuits" Cambridge University Press 2013
3 Säckinger Eduard, "Broadband circuits for Optical Fiber Communication" Wiley 2005
4 A. Baharmast, "A Wide Dynamic Range Laser Radar Receiver Based on Input PulseShaping Technique" 67 (67): 2566-2577, 2020
5 X. Wang, "A Low Walk Error Analog FrontEnd Circuit With Intensity Compensation for Direct ToF LiDAR" 67 (67): 4309-4321, 2020
6 H. Zheng, "A LinearArray Receiver Analog Front-End Circuit for Rotating Scanner LiDAR Application" 19 (19): 5053-5061, 2019
7 C. Hong, "A Linear-Mode LiDAR Sensor Using a Multi-Channel CMOS Transimpedance Amplifier Array" 18 (18): 7032-7040, 2018
8 J. -E. Joo, "A CMOS optoelectronic receiver IC with an on-chip APD for home-monitoring LiDAR sensors" 21 (21): 4364-, 2021
9 S. Kurtti, "A CMOS Receiver-TDC Chip Set for Accurate Pulsed TOF Laser Ranging," 69 (69): 2208-2217, 2020