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전체 가 나 다 라 마 바 사 아 자 차 카 타 파 하

Showing results 1 to 6 of 6

Thesis
A Low-Power Differential Current Reference with Process-Insensitive Temperature Compensation
  • 이동주
  • 2019
  • 이동주. (2019). A Low-Power Differential Current Reference with Process-Insensitive Temperature Compensation. doi: 10.22687/thesis.200000171489
  • DGIST
  • View : 618
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Thesis
A Neural Stimulator With Multi-Channel Energy-Efficient Arbitrary Waveform
  • Jungwook Choi
  • 2019
  • Jungwook Choi. (2019). A Neural Stimulator With Multi-Channel Energy-Efficient Arbitrary Waveform. doi: 10.22690/thesis.200000171485
  • DGIST
  • View : 671
  • Download : 0

A Temperature – and Supply- Variation Robust 2nd-Order Sigma-Delta Modulation for Capacitive Sensing

Thesis
A Temperature – and Supply- Variation Robust 2nd-Order Sigma-Delta Modulation for Capacitive Sensing
  • Jaewoong Kim
  • 2020
  • Jaewoong Kim. (2020). A Temperature – and Supply- Variation Robust 2nd-Order Sigma-Delta Modulation for Capacitive Sensing. doi: 10.22677/Theses.200000287038
  • DGIST
  • View : 621
  • Download : 301

Joint Optimization of Computational Accuracy and Algorithm Parameters for Energy-Efficient Recognition Algorithm

Thesis
Joint Optimization of Computational Accuracy and Algorithm Parameters for Energy-Efficient Recognition Algorithm
  • Lim, Hee Sung
  • 2016
  • Lim, Hee Sung. (2016). Joint Optimization of Computational Accuracy and Algorithm Parameters for Energy-Efficient Recognition Algorithm. doi: 10.22677/thesis.2227453
  • DGIST
  • View : 814
  • Download : 201
Thesis
Low-Power Neural Recording Amplifier Design Based on Advanced Noise Modeling
  • Lee, Tae Ju
  • 2016
  • Lee, Tae Ju. (2016). Low-Power Neural Recording Amplifier Design Based on Advanced Noise Modeling. doi: 10.22677/thesis.2228890
  • DGIST
  • View : 832
  • Download : 0

Ultra-low Power Receivers Based on Injection Locked Oscillators

Thesis
Ultra-low Power Receivers Based on Injection Locked Oscillators
  • Soonyoung Hong
  • 2021
  • Soonyoung Hong. (2021). Ultra-low Power Receivers Based on Injection Locked Oscillators. doi: 10.22677/thesis.200000361957
  • DGIST
  • View : 366
  • Download : 141
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