Download RF Circuit Design, Second Edition by Richard Chi Hsi Li(auth.) PDF

By Richard Chi Hsi Li(auth.)

Summarizes the schemes and applied sciences in RF circuit layout, describes the elemental parameters of an RF process and the basics of RF approach layout, and offers an creation of the person RF circuit block design.

Forming the spine of cutting-edge cellular and satellite tv for pc communications networks, radio frequency (RF) elements and circuits are included into every thing that transmits or gets a radio wave, corresponding to cell phones, radio, WiFi, and walkie talkies. RF Circuit layout, moment Edition immerses working towards and aspiring execs within the complicated international of RF design.

Completely restructured and reorganized with new content material, end-of-chapter workouts, illustrations, and an appendix, the e-book offers indispensable info in 3 entire sections:

  • Part One explains the various methodologies among RF and electronic circuit layout and covers voltage and tool transportation, impedance matching in narrow-band case and wide-band case, achieve of a uncooked equipment, dimension, and grounding. It additionally is going over equipotentiality and present coupling on floor floor, in addition to structure and packaging, manufacturability of product layout, and radio frequency built-in circuit (RFIC).
  • Part comprises content material at the major parameters and method research in RF circuit layout, the basics of differential pair and common-mode rejection ratio (CMRR), Balun, and system-on-a-chip (SOC).
  • Part 3 covers low-noise amplifier (LNA), energy amplifier (PA), voltage-controlled oscillator (VCO), mixers, and tunable filters.

RF Circuit Design, moment variation is a perfect booklet for engineers and bosses who paintings in RF circuit layout and for classes in electric or digital engineering.

Content:
Chapter 1 distinction among RF and electronic Circuit layout (pages 1–13):
Chapter 2 mirrored image and Self?Interference (pages 15–60):
Chapter three Impedance Matching within the Narrow?Band Case (pages 61–129):
Chapter four Impedance Matching within the Wideband Case (pages 131–180):
Chapter five Impedance and achieve of a uncooked machine (pages 181–257):
Chapter 6 Impedance size (pages 259–280):
Chapter 7 Grounding (pages 281–324):
Chapter eight Equipotentiality and present Coupling at the floor floor (pages 325–347):
Chapter nine format (pages 349–376):
Chapter 10 Manufacturability of Product layout (pages 377–400):
Chapter eleven RFIC (Radio Frequency built-in Circuit) (pages 401–425):
Chapter 12 major Parameters and method research in RF Circuit layout (pages 427–499):
Chapter thirteen Speciality of “Zero IF” process (pages 501–520):
Chapter 14 Differential Pairs (pages 521–546):
Chapter 15 RF Balun (pages 547–609):
Chapter sixteen SOC (System?On?A?Chip) and subsequent (pages 611–624):
Chapter 17 LNA (Low?Noise Amplifier) (pages 625–694):
Chapter 18 Mixer (pages 695–730):
Chapter 19 Tunable filter out (pages 731–748):
Chapter 20 VCO (Voltage?Controlled Oscillator) (pages 749–787):
Chapter 21 PA (Power Amplifier) (pages 789–831):

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Additional resources for RF Circuit Design, Second Edition

Sample text

36) represents the remaining power on RL after the second reflection from the load with a delayed time 3Td . The additional factor (γS γL ) represents the reflected percentage after the power bounces back and forth once between the source and the load. 36) represents the remaining power on RL after the third reflection from the load with a delayed time 5Td . The additional factor (γS γL )2 represents reflected percentage after the power bounces back and forth twice between the source and the load, and so on.

To summarize, the significance of impedance conjugate matching is twofold: 1. To maximize the power transportation from source to load; 2. To transport the voltage from the source to the load without phase shift. The second point, that is, voltage or power transport without phase shift, is another important feature of impedance conjugate matching. Unfortunately, it is very often ignored or mysteriously “swallowed” in the discussion on impedance conjugate matching. In the past few decades, modulation technology has been developing in great leaps, and phase modulation plays an important role in the effective utilization of the frequency bandwidth.

2 Power Measurement Power measurement in an RF test laboratory is different from testing of other parameters. It is important to understand whether the test is done under matched or unmatched conditions since the test outcomes are determined by the impedance matching status between the tested point and the spectrum analyzer. The reading of power measurement under unmatched conditions is incorrect. Usually, power measurement is conducted by means of a power meter or a spectrum analyzer. The impedance of the power meter or spectrum analyzer is typically 50 , and the unit of power is decibel (dB).

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