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Low power wireless receivers for IoT...

Rawlins, Michael W.

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Low power wireless receivers for IoT applications with multi-band calibration algorithms

Record Type:	Electronic resources : Monograph/item
Title/Author:	Low power wireless receivers for IoT applications with multi-band calibration algorithms/ by Michael W. Rawlins.
Author:	Rawlins, Michael W.
Published:	Cham :Springer International Publishing : : 2021.,
Description:	xi, 119 p. :ill., digital ;24 cm.
[NT 15003449]:	Calibration overview -- Calibration filter -- Clock dividers -- Phase-frequency detector with dead-zone prevention -- Charge pump with four programmable states -- Fifth-order Chebyshev tunable filter with 0.1dB Ripple -- Filter calibration results -- Multi-band low-power WLAN receiver frontend -- Receiver frontend performance.
Contained By:	Springer Nature eBook
Subject:	Amplifiers (Electronics) -
Online resource:	https://doi.org/10.1007/978-3-030-70729-3
ISBN:	9783030707293

Low power wireless receivers for IoT applications with multi-band calibration algorithms
Rawlins, Michael W.

Low power wireless receivers for IoT applications with multi-band calibration algorithms[electronic resource] /by Michael W. Rawlins. - Cham :Springer International Publishing :2021. - xi, 119 p. :ill., digital ;24 cm.

Calibration overview -- Calibration filter -- Clock dividers -- Phase-frequency detector with dead-zone prevention -- Charge pump with four programmable states -- Fifth-order Chebyshev tunable filter with 0.1dB Ripple -- Filter calibration results -- Multi-band low-power WLAN receiver frontend -- Receiver frontend performance.

This book guides the reader through the design of circuits and wireless IoT devices deployed in applications demanding low power, small size, and high levels of integration. The design of a sub-1V wireless-LAN receiver is detailed along with associated calibration algorithms. Some of the key circuits detailed include a successive approximation analog-to-digital converter, a rail-to-rail comparator, a digitally programmable CMOS low-noise amplifier, an RF voltage to current converter, and a fifth-order Chebyshev analog programmable filter. Helpful appendices are included teaching operational amplifier design, CMOS and SiGe low-noise amplifier design, impedance matching, noise and distortion analysis. While theory and design equations are presented throughout the book for the various circuit designs, practical implementation and design tradeoffs are emphasized so the reader can immediately apply knowledge gained. Receiver and calibration circuits are designed in a standard CMOS technology using a 900mV power supply. Provides readers with analytical tools and practical help, conveyed in a clear and concise manner, which will assist not only in understanding the material, but also in practical and functional implementation of the concepts demonstrated; Focuses on long range and broad-band IoT applications with a wireless-LAN focus, emphasizing detailed design techniques, helping readers transition from theoretical understanding to practical application; Bridges the gap between system level understanding and practical design implementation, providing readers with tools and techniques which can be applied immediately to their designs; Serves as a handy technical resource for practical design techniques, as well as a quick reference guide for design equations and examples pertinent to realistic applications.

ISBN: 9783030707293

Standard No.: 10.1007/978-3-030-70729-3doiSubjects--Topical Terms:

880696
Amplifiers (Electronics)

LC Class. No.: TK7871.2

Dewey Class. No.: 621.381535

Low power wireless receivers for IoT applications with multi-band calibration algorithms
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505 0 $a Calibration overview -- Calibration filter -- Clock dividers -- Phase-frequency detector with dead-zone prevention -- Charge pump with four programmable states -- Fifth-order Chebyshev tunable filter with 0.1dB Ripple -- Filter calibration results -- Multi-band low-power WLAN receiver frontend -- Receiver frontend performance.
520 $a This book guides the reader through the design of circuits and wireless IoT devices deployed in applications demanding low power, small size, and high levels of integration. The design of a sub-1V wireless-LAN receiver is detailed along with associated calibration algorithms. Some of the key circuits detailed include a successive approximation analog-to-digital converter, a rail-to-rail comparator, a digitally programmable CMOS low-noise amplifier, an RF voltage to current converter, and a fifth-order Chebyshev analog programmable filter. Helpful appendices are included teaching operational amplifier design, CMOS and SiGe low-noise amplifier design, impedance matching, noise and distortion analysis. While theory and design equations are presented throughout the book for the various circuit designs, practical implementation and design tradeoffs are emphasized so the reader can immediately apply knowledge gained. Receiver and calibration circuits are designed in a standard CMOS technology using a 900mV power supply. Provides readers with analytical tools and practical help, conveyed in a clear and concise manner, which will assist not only in understanding the material, but also in practical and functional implementation of the concepts demonstrated; Focuses on long range and broad-band IoT applications with a wireless-LAN focus, emphasizing detailed design techniques, helping readers transition from theoretical understanding to practical application; Bridges the gap between system level understanding and practical design implementation, providing readers with tools and techniques which can be applied immediately to their designs; Serves as a handy technical resource for practical design techniques, as well as a quick reference guide for design equations and examples pertinent to realistic applications.
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650 0 $a Low voltage integrated circuits. $3 715569
650 0 $a Internet of things. $3 2057703
650 1 4 $a Circuits and Systems. $3 896527
650 2 4 $a Cyber-physical systems, IoT. $3 3386699
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