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Phase-Locked Loop Circuit Design by Dan H. Wolaver

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

The second step is to design the optimal loop filter for lower phase/spurious noise and faster frequency transient response. Its successful phase-locked loop (PLL) circuit design and evaluation tool. That's a diagram of his version to the upper right. (Bias-tee circuit) about 1~3 mVrms or less bypass capacitor. Evaluating VCO performance is the first step toward designing a better. *While this version used vacuum tubes, it's latter implementation used semi-conductors. I've read a lot of theory and math about Phase Locked Loops. In practice some frequency conversion is required, this could be a frequency multiplier based on a PLL or a frequency divider. Even wonder how products go from concept to design to production? (50 Hz ~ 1 MHz) to Baseband input. So I decided to build a PLL using the 74HC4046 chip from NXP. The part about the circuit design is the part which scares me, because I don't have any experience with circuit design. Http://www.nxp.com/documents/data_shT4046A_CNV.pdf. PLL is a kind of circuit which is widely used in modern communication systems and a variety of digital chips. Title, Design of a Large Tuning Range and Fully Differential Phase-locked Loop for Application of ADC Measurement. A PLL is a solid-state tuner: no tubes*, no crystals, no nada. Often both need to be used in a practical circuit. I am trying to teach myself about PLL, and I am trying to start by building a known design.