EE-518: Analog circuits for biochip

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Lectures in this course (11)

Analog Circuits for Biochip: Design & Applications

Covers the design of biochips, the motivation behind biochip development, personalized therapy challenges, and the future prospects of under-the-skin devices.

Antennas and RF-ID I

Explores antennas, RF-ID systems, radiation patterns, directivity, gain, and the Hertzian dipole.

Antennas and Wireless Communication

Explores antennas, wireless communication, propagation of electromagnetic waves, signal reflection, and path loss in wireless transmission.

Antenna Patterns and RF-ID Systems

Explores antenna patterns, gain calculation, polarization, power transfer efficiency, and RF-ID systems.

Enzymes' based Biosensors

Explores enzymes' based biosensors, redox reactions, sensitivity in biosensors, and the detection of hydrogen peroxide.

Wireless Link Transmission Fundamentals

Delves into wireless link transmission fundamentals, noise considerations, signal propagation, and signal-to-noise ratio calculation.

CMOS Design: Operational Amplifiers

Covers the design of CMOS operational amplifiers for driving electrochemical cells and discusses the importance of input and output impedance.

Analog Circuits for Biochip: Biosensors & Temperature

Explores analog circuits for biochips, emphasizing biosensors and temperature compensation in biochip design.

Implantables II and Wearables

Covers the design and performance of implantable antennas, strategies for low SAR, spurious radiation effects, and antenna matching measurements.

RF-ID antennas II: Implantable and Standards

Explores RF-ID antenna measurement, standards, SAR, and antenna design for implanted and wearable systems.

Circuits for Amperometric Detection

Explores amperometric detection principles, focusing on DNA indirect detection through redox reactions.

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