Phase-Locked Loop Circuit Design by Dan H. Wolaver

Phase-Locked Loop Circuit Design Dan H. Wolaver ebook
ISBN: 0136627439, 9780136627432
Page: 266
Publisher: Prentice Hall
Format: djvu

This book offers each fundamentals and the point out of the artwork of PLL synthesizer design and style and evaluation tactics. This book discusses each RF circuit block components used in today's wireless communication devices. RF system design: system specifications, wireless communications (review) & system architectures. In practice some frequency conversion is required, this could be a frequency multiplier based on a PLL or a frequency divider. Design of RF blocks: LNA, mixer, VCO, PLL & PA circuits; Other course materials (restricted access). Modern coverage of phase-locked-loops including the popular charge-pump approach. The phase locked loop circuits are essential parts especially for frequency modulation and demodulation in System on Chip (SoC) integratedcircuits. The RF amplifiers, mixers, oscillators, frequency synthesizers, Phase locked loop are discussed. To gauge and stabilize the generated frequency, a phase-locked loop multiplies the pulse from a highly-stable reference clock, such as a quartz crystal oscillator, up to the desired frequency. For reference use, this book is intended to rapidly increase a practicing engineer's knowledge of modern analog circuit design. Often both need to be used in a practical circuit. I'm wondering if it's worth trying to custom design something with a different loop filter, or if I should start looking around for other options. So I'm trying to use one of Analog's evaluation board PLL circuits (ADF4350, here). To check if the output A circuit design that can divide by two or three can, for instance, divide 9,999 clock pulses by two, and the 10,000th by 3, giving an average of 2.0001, which could be the frequency at which the cell phone is trying to communicate.