Searching for "Implantable Electronics." – sorted by Relevance.
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Controlling neurological disease at the edge of instability
- . 1. Introduction Everyday the dream of treating epilepsy by using implanted electronic devices comes
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ABSTRACT SILVA, PRADEEP CHARLES. Intracellular Recording with Low-power Low- noise CMOS Voltage and Current Clamp Circuits. (Under the direction of
- , the advent of microelectrode arrays has created the need to design low-power implantable electronic systems
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Using a Personal Computer to Perform Real-Time Signal Processing in Cochlear Implant Research
- R. Kaiser 1 1, 2, 3 and Mario A. Svirsky Abstract: Cochlear implants are electronic devices
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S5800B Class E Controller datasheet
- inductor may be used to power remote or implanted electronic devices. Using a patented method, the S5800B
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TRANSDERMAL OPTICAL COMMUNICATIONS Active
- COMMUNICATIONS Active medical implants (AMIs) are “electronic medicators and monitors” that inject controlled
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Mark, Thesis 11/9/01 11:28 AM Page 271 INTRAOCULAR RETINAL PROSTHESIS
- D ABSTRACT Purpose: An electronic implant that can bypass the damaged photoreceptors and electrically
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Biomedical Circuits and Systems Dedicated for Sensing and Neurostimulation: Case study on Urinary Bladder dysfunctions
- and the sphincter. A new implantable stimulator, built with commercially available electronic components
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High Resolution Laplace Deep Level Transient Spectroscopy A New Tool To Study Implant Damage
- ion implanted and electron damaged silicon. The differences are more marked as the ion mass
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wireless implantable recording electrodes (FWIRE) for brain machine interfaces
- to power the implant electronics during recording sessions. The external coil wraps around the battery
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A 24 kHz 12-bit Recycling ADC for the WIMS Cochlear Implant Project (EECS 598 Winter 2004)
- .3 and 0.8 respectively, and a SNDR of 43.35 dB. I. INTRODUCTION The WIMS cochlear implant is an electronic
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