Difference between revisions of "Research"

From Jenny Yi-Chun Liu
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== 180-GHz high power signal generation ==
 
== 180-GHz high power signal generation ==
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''(to be updated)''
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== Self-Healing 4-Gbps reconfigurable CMOS radio-on-a-chip (DARPA Healics program)==
 
== Self-Healing 4-Gbps reconfigurable CMOS radio-on-a-chip (DARPA Healics program)==
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<gallery>
 
<gallery>
File:self_healing.jpg| Process variations and yield loss
+
File:self_healing.jpg| Process variations and yield loss (DARPA Healics proposal)
 
File:chip_test.jpg|Test setup of the self-healing 60-GHz transceiver
 
File:chip_test.jpg|Test setup of the self-healing 60-GHz transceiver
 
File:chip_large.jpg|Chip photo of the self-healing 60-GHz radio
 
File:chip_large.jpg|Chip photo of the self-healing 60-GHz radio
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== Digital controlled artificial dielectric (DiCAD) ==
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{| border="0"  cellpadding="10" cellspacing="0"
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|-
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| rowspan="2"| [[Image:dicad.jpg|250px|left]]
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| colspan="2" align="left"|
  
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|-
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| ''(to be updated)''
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|-
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|}
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<br>
  
== Digital controlled artificial dielectric (DiCAD)==
 
  
 
== High efficiency power amplifier for 3G cellular phone base station ==
 
== High efficiency power amplifier for 3G cellular phone base station ==
 +
''(to be updated)''
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 +
 +
<br>

Revision as of 06:21, 19 March 2012

My research interests include mm-wave/sub-mm-wave/THz devices, circuits and systems, ultra low power systems, and reconfigurable radio.

Featured PhD projects:

180-GHz high power signal generation

(to be updated)


Self-Healing 4-Gbps reconfigurable CMOS radio-on-a-chip (DARPA Healics program)


Digital controlled artificial dielectric (DiCAD)

Dicad.jpg
(to be updated)



High efficiency power amplifier for 3G cellular phone base station

(to be updated)