Radio-Frequency and Microwave Communication Circuits: Analysis and Design; Devendra K. Misra; 2001

Radio-Frequency and Microwave Communication Circuits: Analysis and Design Upplaga 1

av Devendra K. Misra
A unique and accessible treatment of the design and analysis of radio-frequency and microwave circuits in modern communications systems Though also used in the areas of telemetry, remote monitoring, and remote process controls, radio-frequency and microwave circuits are primarily used in the rapidly expanding wireless industry. Therefore, this volume takes a unique, top-down approach that considers circuits in the broad context of communications systems, making it ideal for students or engineers moving into the high-tech wireless field. The author provides a detailed introduction to RF and microwave using real-world devices, examples, and engineering problems to illustrate this state-of-the-art technology. Unlike other introductory books on the subject, this volume builds upon a background of basic circuitry and does not require prior in-depth knowledge of electromagnetic fields. The author provides a comprehensive overview of frequency bands, RF and microwave devices, and applications, before moving on to more specific aspects, such as: • Communications systems: terrestrial and satellite systems, wireless services, antenna terminology, Friis transmission formula, radar equations, and Doppler radar • Concepts of network parameters: impedance, admittance, hybrid, transmission, and scattering • Oscillator design: major oscillator designs, PLL and frequency synthesizers, and transistor oscillators using s-parameters and 3-port s-parameters • Detectors and mixers: AM and FM signal characteristics and detection schemes, single diode, FET, and double-balanced mixers, RF detectors, conversion loss, and intermodulation distortion in diode ring mixers Extensive appendices include logarithmic units, design equations for selected transmission lines, and a list of useful abbreviations. The author provides 130 solved examples with step-by-step explanations and nearly 200 class-tested problems, which allow easy study and quick reference. A comprehensive introduction for students and an up-to-date reference source for practitioners, Radio-Frequency and Microwave Communication Circuits: Analysis and Design provides total coverage of this fast-growing and vital technology.

 
A unique and accessible treatment of the design and analysis of radio-frequency and microwave circuits in modern communications systems Though also used in the areas of telemetry, remote monitoring, and remote process controls, radio-frequency and microwave circuits are primarily used in the rapidly expanding wireless industry. Therefore, this volume takes a unique, top-down approach that considers circuits in the broad context of communications systems, making it ideal for students or engineers moving into the high-tech wireless field. The author provides a detailed introduction to RF and microwave using real-world devices, examples, and engineering problems to illustrate this state-of-the-art technology. Unlike other introductory books on the subject, this volume builds upon a background of basic circuitry and does not require prior in-depth knowledge of electromagnetic fields. The author provides a comprehensive overview of frequency bands, RF and microwave devices, and applications, before moving on to more specific aspects, such as: • Communications systems: terrestrial and satellite systems, wireless services, antenna terminology, Friis transmission formula, radar equations, and Doppler radar • Concepts of network parameters: impedance, admittance, hybrid, transmission, and scattering • Oscillator design: major oscillator designs, PLL and frequency synthesizers, and transistor oscillators using s-parameters and 3-port s-parameters • Detectors and mixers: AM and FM signal characteristics and detection schemes, single diode, FET, and double-balanced mixers, RF detectors, conversion loss, and intermodulation distortion in diode ring mixers Extensive appendices include logarithmic units, design equations for selected transmission lines, and a list of useful abbreviations. The author provides 130 solved examples with step-by-step explanations and nearly 200 class-tested problems, which allow easy study and quick reference. A comprehensive introduction for students and an up-to-date reference source for practitioners, Radio-Frequency and Microwave Communication Circuits: Analysis and Design provides total coverage of this fast-growing and vital technology.

 
Upplaga: 1a upplagan
Utgiven: 2001
ISBN: 9780471412533
Förlag: John Wiley & Sons
Format: Inbunden
Språk: Engelska
Sidor: 592 st
A unique and accessible treatment of the design and analysis of radio-frequency and microwave circuits in modern communications systems Though also used in the areas of telemetry, remote monitoring, and remote process controls, radio-frequency and microwave circuits are primarily used in the rapidly expanding wireless industry. Therefore, this volume takes a unique, top-down approach that considers circuits in the broad context of communications systems, making it ideal for students or engineers moving into the high-tech wireless field. The author provides a detailed introduction to RF and microwave using real-world devices, examples, and engineering problems to illustrate this state-of-the-art technology. Unlike other introductory books on the subject, this volume builds upon a background of basic circuitry and does not require prior in-depth knowledge of electromagnetic fields. The author provides a comprehensive overview of frequency bands, RF and microwave devices, and applications, before moving on to more specific aspects, such as: • Communications systems: terrestrial and satellite systems, wireless services, antenna terminology, Friis transmission formula, radar equations, and Doppler radar • Concepts of network parameters: impedance, admittance, hybrid, transmission, and scattering • Oscillator design: major oscillator designs, PLL and frequency synthesizers, and transistor oscillators using s-parameters and 3-port s-parameters • Detectors and mixers: AM and FM signal characteristics and detection schemes, single diode, FET, and double-balanced mixers, RF detectors, conversion loss, and intermodulation distortion in diode ring mixers Extensive appendices include logarithmic units, design equations for selected transmission lines, and a list of useful abbreviations. The author provides 130 solved examples with step-by-step explanations and nearly 200 class-tested problems, which allow easy study and quick reference. A comprehensive introduction for students and an up-to-date reference source for practitioners, Radio-Frequency and Microwave Communication Circuits: Analysis and Design provides total coverage of this fast-growing and vital technology.

 
A unique and accessible treatment of the design and analysis of radio-frequency and microwave circuits in modern communications systems Though also used in the areas of telemetry, remote monitoring, and remote process controls, radio-frequency and microwave circuits are primarily used in the rapidly expanding wireless industry. Therefore, this volume takes a unique, top-down approach that considers circuits in the broad context of communications systems, making it ideal for students or engineers moving into the high-tech wireless field. The author provides a detailed introduction to RF and microwave using real-world devices, examples, and engineering problems to illustrate this state-of-the-art technology. Unlike other introductory books on the subject, this volume builds upon a background of basic circuitry and does not require prior in-depth knowledge of electromagnetic fields. The author provides a comprehensive overview of frequency bands, RF and microwave devices, and applications, before moving on to more specific aspects, such as: • Communications systems: terrestrial and satellite systems, wireless services, antenna terminology, Friis transmission formula, radar equations, and Doppler radar • Concepts of network parameters: impedance, admittance, hybrid, transmission, and scattering • Oscillator design: major oscillator designs, PLL and frequency synthesizers, and transistor oscillators using s-parameters and 3-port s-parameters • Detectors and mixers: AM and FM signal characteristics and detection schemes, single diode, FET, and double-balanced mixers, RF detectors, conversion loss, and intermodulation distortion in diode ring mixers Extensive appendices include logarithmic units, design equations for selected transmission lines, and a list of useful abbreviations. The author provides 130 solved examples with step-by-step explanations and nearly 200 class-tested problems, which allow easy study and quick reference. A comprehensive introduction for students and an up-to-date reference source for practitioners, Radio-Frequency and Microwave Communication Circuits: Analysis and Design provides total coverage of this fast-growing and vital technology.

 
Begagnad bok (0 st)

Om Radio-Frequency and Microwave Communication Circuits: Analysis and Design (2001)

I april 2001 släpptes boken Radio-Frequency and Microwave Communication Circuits: Analysis and Design skriven av Devendra K. Misra. Det är den 1a upplagan av kursboken. Den är skriven på engelska och består av 592 sidor djupgående information om data. Förlaget bakom boken är John Wiley & Sons som har sitt säte i Hoboken.

Köp boken Radio-Frequency and Microwave Communication Circuits: Analysis and Design direkt från en annan student på Studentapan och spara pengar.

KurslitteraturITIT allmäntRadio-Frequency and Microwave Communication Circuits: Analysis and Design
Bokens omdömen
Ingen har recenserat den här boken ännu.

Sälj vidare boken när du är klar

När du är klar med boken säljer du enkelt vidare och tjänar pengar på nolltid med Studentapan. Vi tar hand om allt det krångliga så att du får mer tid över till annat. På det sättet kan du tjäna tillbaka det mesta av kostnaden för boken.
Värdera & sälj böcker

Klimatsmart kurslitteratur

Bli en miljöhjälte under din studietid och ge dina gamla kursböcker ett nytt liv. Genom att återanvända dina kursböcker minskar du utsläppen av koldioxid (CO2) med hela 59%. För en psykologstudent skulle det innebära minskade CO2-utsläpp med cirka 240 kg under studietiden. En stor vinst för din plånbok och miljön. Det kallar vi klimatsmart kurslitteratur.

Liknande kurslitteratur

Begagnad bok (0 st)