2.5D heterogeneously integrated microsystem for high-density neural sensing applications

Keyphrases

• High Density 100%
• Sensing Applications 100%
• Neural Sensing 100%
• Microsystems 100%
• Integrated Microsystem 100%
• Through Silicon via 80%
• Interposer 80%
• Biosensing 40%
• 16-channel 40%
• Feature Classification 20%
• Feature Extraction 20%
• Front Surface 20%
• Analog-to-digital Converter 20%
• Discrete Wavelet Transform 20%
• Overall Power 20%
• Area-power Efficient 20%
• Brain Function 20%
• Circuit Area 20%
• Analog Front-end Circuit 20%
• Neural Signals 20%
• Probe Array 20%
• Biopotential Acquisition 20%
• In Vivo Test 20%
• Low Power Analogue 20%
• Silicon Interposer 20%

Engineering

• Sensing Application 100%
• Microsystem 100%
• Interposer 83%
• Biosensing 33%
• Feature Extraction 16%
• Back Side 16%
• Front Side 16%
• Analog-to-Digital Converter 16%
• Analog Front 16%
• Front End 16%