Andere Kunden interessierten sich auch für
![Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier]( "Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier")
Design of 5.5 GHz Highly Linear CMOS Low Noise Amplifier26,99 €![Analysis of ECG & EEG Signals and Implementation on Hardware]( "Analysis of ECG & EEG Signals and Implementation on Hardware")
Analysis of ECG & EEG Signals and Implementation on Hardware26,99 €![Evaluation of Techniques for the Decomposition of EMG Signals]( "Evaluation of Techniques for the Decomposition of EMG Signals")
Evaluation of Techniques for the Decomposition of EMG Signals26,99 €![Intelligent Epileptic Seizure detection methods using Biosignals]( "Intelligent Epileptic Seizure detection methods using Biosignals")
Intelligent Epileptic Seizure detection methods using Biosignals46,99 €![Highly Stretchable Microflow Sensor for Monitoring of Hemodynamics]( "Highly Stretchable Microflow Sensor for Monitoring of Hemodynamics")
Highly Stretchable Microflow Sensor for Monitoring of Hemodynamics26,99 €![Identification and Decoding of EMG Signal Using SVM Classifier]( "Identification and Decoding of EMG Signal Using SVM Classifier")
Identification and Decoding of EMG Signal Using SVM Classifier40,99 €![Design and Implementation of Multi-channel Active Electrode EEG Device]( "Design and Implementation of Multi-channel Active Electrode EEG Device")
Design and Implementation of Multi-channel Active Electrode EEG Device26,99 €
This book presents a novel highly linear CMOS digitally programmable operational transconductor amplifier (DPOTA) circuit. Two versions of the proposed DPOTA are optimized. The first version is optimized for high-frequency operation with current division networks (CDNs) designated to 3-bit control code words. On the other hand, the second version is optimized for low-frequency operation with 4-bit control code words. Moreover, this book presents two complete systems based on the proposed DPOTA. The first system is the multi-standard receiver analog baseband chain which provides a variable gain from 0 dB to 70 dB, and in-band IIP3 of 21.9 dBm. The second system is the analog front end for the biopotential signals detection systems. Finally, A novel 100 Hz-12 MHz low-pass filter based on both versions of the proposed DPOTA is also proposed. This low-pass filter is suitable for low, medium and high-frequency applications.