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- Sources and properties of Biomedical Signals
- Electrocardiogram
- Other Biopotentials
- Electrical
- Other biopotentials
- Electrical properties of bioelectrodes
- Exogenous bioelectric signals
- Chapter summary
- Properties and models of semiconductor devices used in analog
- Electronic systems
- Pn junction diodes
- Midfrequency models for BJT Behavior
- Midfrequency models for field-effecttransistors
- High-frequency models for trasistors and simple
- Photons,Photodiodes, LEDs, and laser diodes
- chapter summary
- Differential amplifier
- General properties of electronic, single-loop feddback systems
- Some effects of negative voltage Feedback
- Effects of negative current feedback
- Chapter summary
- Feedback ,frequency, and amplifier stability
- what is maent bu feedback system stabuluty
- use of root locus is feedback amplifier design
- Operational amplifiers and comparators
- Ideal ops amp
- Practical op amps
- Gain-bandwidth relation for voltage-fedderback IOAS
- Gain-bandwidth relations in currenr fdderback amplifiers
- Analog voltage comparator
- Some applications of op amps in biomedicine
- Chapters summary
- Instructios to analog active filters
- Types of Analog active filters
- Electronically tunable AFs
- Chapter summary
- Instrumentation and medical isolation amplifiers
- Noise and design of low-noise signal conditioning systems for biomedical applications
- Descriptors of random noise biomedical measurements systems
- propagation of noise though LTI filters
- Cascade noisy amplifiers
- Digital interfaces
- Alisisng and the sampling theorem
- Digital-to-analog converters
- Quantization noise
- Modulation and demodulation of medical signals
- Power amplifiers and their aplications in biomedicine
- wireless patient monitoring
- RFID tags, GPS tags, and ultrasonic tags used in ecological research
- Examples of special analog circuits and systems used in biomedical instrumentation
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