By Devendra K. Misra(auth.)
The goods that force the instant verbal exchange undefined, equivalent to cellphones and pagers, hire circuits that function at radio and microwave frequencies. Following on from a hugely profitable first version, the second one version offers readers with a close creation to RF and microwave circuits. all through, examples from real-world units and engineering difficulties are used to nice impact to demonstrate circuit concepts.
* Takes a top-down strategy, describing circuits within the total context of verbal exchange systems.
* offers increased assurance of waveguides and toes mixers.
* Discusses new components similar to oscillators layout and electronic conversation.
*An Instructor's guide offering distinctive recommendations to the entire difficulties within the publication is obtainable from the Wiley editorial department.Content:
Chapter 1 creation (pages 1–10):
Chapter 2 verbal exchange platforms (pages 11–56):
Chapter three Transmission traces (pages 57–103):
Chapter four Electromagnetic Fields and Waves (pages 104–150):
Chapter five Resonant Circuits (pages 151–188):
Chapter 6 Impedance?Matching Networks (pages 189–233):
Chapter 7 Impedance Transformers (pages 234–282):
Chapter eight Two?Port Networks (pages 283–332):
Chapter nine filter out layout (pages 333–391):
Chapter 10 Signal?Flow Graphs and Their purposes (pages 392–421):
Chapter eleven Transistor Amplifier layout (pages 422–478):
Chapter 12 Oscillator layout (pages 479–542):
Chapter thirteen Detectors and Mixers (pages 543–579):
Read or Download Radio-Frequency and Microwave Communication Circuits: Analysis and Design, Second Edition PDF
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Additional info for Radio-Frequency and Microwave Communication Circuits: Analysis and Design, Second Edition
Sample text
5 GHz. 5 dB, find the received power in dBm. 16. 4 GHz. If the system is operating at room temperature (290 K), calculate (a) the overall noise figure in decibels and (b) the minimum detectable signal in milliwatts. (c) Suggest if there is a better arrangement to increase the signal to noise ratio at the output. 17. 17. (a) If the transmission line has a loss of 2 dB and the system is at an ambient temperature of 300 K, find the noise figure (in decibels) of this receiver.
If the radar antenna’s effective aperture is 1 m2 and the wavelength is 10 cm, find the transmitter power required to detect an object at a distance of 3 km with a radar cross section of 5 m2 . 11. Two space vehicles are separated by 108 m. 5 GHz. If vehicle A’s receiver requires 1 pW for a 20-dB signal-to-noise ratio, what transmitter power is required on vehicle B to achieve this signal-to-noise ratio? 12. (a) Design an Earth-based radar system that receives 10−15 W of peak echo power from Venus.
An antenna with a total loss resistance of 1 is connected to a generator whose internal impedance is 50 + j 25 . 5 , find the power (a) supplied by the source (real power), (b) radiated by the antenna, and (c) dissipated by the antenna. The antenna connected to a radio receiver induces 9 µV of root-meansquare voltage into its input impedance, which is 50 . Calculate the input power in watts, dBm, and dBW. If the signal is amplified by 127 dB before it is fed to an 8- speaker, find the output power.