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Microelectrocorticography (µECoG)
Emerging µECoG technologies
- High spatiotemporal resolution
- Fully implantable
- Minimally invasive
- Long-term monitoring
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μ
Flexible Array Modular
Miniaturized Energy-Efficient Integrated Neural Interfaces Chul Kim - - PowerPoint PPT Presentation
Miniaturized Energy-Efficient Integrated Neural Interfaces Chul Kim - - PowerPoint PPT Presentation
Miniaturized Energy-Efficient Integrated Neural Interfaces Chul Kim Department of Bio and Brain Engineering KAIST Microelectrocorticography ( ECoG) Flexible Modular Array Emerging ECoG technologies - High spatiotemporal resolution
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ENIAC:
Encapsulated Neural Interfacing and Acquisition Chip
No external components
- r wires
CICC2017, JSSC2018b, JSSC2018c, JSSC2017, VLSI2015a, VLSI2016, ProcIEEE2017, BioCAS2017
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Slide 3
Neural Recording ADC – State-of-the-Art
Large Gain Max range
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Slide 4
Neural Recording ADC – Improvements
ADC-Direct Front-End
Max range
JSSC2018b
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Neural Recording ADC – Micrograph
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ISSCC2018
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Slide 6
ISSCC2018, JSSC2018b
Neural Recording ADC – in vivo tests
LFPs in marmoset non-human primate
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Slide 7
ISSCC2018, JSSC2018b
Neural Recording ADC – in vivo tests
LFPs in marmoset non-human primate
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Collaboration
Scalp Skull Dura mater Arachnoid Pia mater
Outer skull table Inner skull table
Cortex CSF Diploe
Flexible Array “Modular” µECoG Implants
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1 mm 1 mm