Journal of Systems Engineering and Electronics ›› 2020, Vol. 31 ›› Issue (5): 899-907.doi: 10.23919/JSEE.2020.000059
• Electronics Technology • Previous Articles Next Articles
Boyuan LIU(
), Qingping WANG*(), Weiwei WU(), Naichang YUAN()
Received:2019-08-10
Online:2020-10-30
Published:2020-10-30
Contact:
Qingping WANG
E-mail:233933183@qq.com;wangqingping@nudt.edu.cn;wuweiwei@nudt.edu.cn;yuannaichang@nudt.edu.cn
About author:LIU Boyuan was born in 1991. He received his master's degree from University of Electronic Science and Technology, China. Now he is pursuing his Ph.D. degree in National University of Defense Technology. He is now engaged in projects including Compound Electromagnetic Material and CrossEye Jamming. His research interests include microwave and millimeter wave circuits and system, radar guidance, electronic countermeasures and electromagnetic technology. E-mail: Boyuan LIU, Qingping WANG, Weiwei WU, Naichang YUAN. A transceiver frequency conversion module based on 3D micropackaging technology[J]. Journal of Systems Engineering and Electronics, 2020, 31(5): 899-907.
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Fig 1
Block diagram of the transceiver model"
Fig 2
Block diagram of the transceiver"
Fig 3
Diagram of switch circuit HFSS model"
Fig 4
Simulation result of transmission coefficient"
Fig 5
Simulation result of reflection coefficient"
Fig 6
HFSS model diagram of MEMS bandpass filter"
Fig 7
Actual measurement results of MEMS bandpass filter chip"
Fig 8
Circuit model of electric attenuator"
Fig 9
Each attenuation value of the electric attenuator from 16 GHz to 18 GHz"
Fig 10
S(2, 1) parameter and its standing wave ratio"
Fig 11
S-parameter curve of medium frequency filtering of the FBAR filter"
Fig 12
Design structure of tin ball packer"
Fig 13
HFSS model of tin ball packer shielding"
Fig 14
Simulation results of shielding isolation degree S(1, 2) of tin ball packer"
Fig 15
Component arrangement and physical connection of the circuit"
Fig 16
Photo of module appearance"
Fig 17
Result of receiving channel noise test"
Fig 18
P-1 curve of the receiving path"
Fig 19
P-1 curve of the transmitting path"
Fig 20
Measured results of receiver input, output VSWR (VSWRi, VSWRo) and gain S(2, 1) curves"
Fig 21
Measured result of transmitter input, output VSWR (VSWRi, VSWRo) and gain S(2, 1) curves"
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