By Thanh T. Tran
High-Speed DSP and Analog method Design relies on Dr. Thanh T. Tran’s 25 years of expertise in high-speed DSP and computers and classes in either electronic and analog platforms layout at Rice college. It presents hands-on, sensible recommendation for operating engineers, together with:
- Tips on inexpensive layout and process simulation that reduce late-stage remodel charges and product cargo delays
- Emphasis on strong high-speed and analog layout practices that reduce either part and method noise and make sure process layout success
- Guidelines for use in the course of the layout strategy to lessen noise and radiation and to prevent universal pitfalls whereas bettering caliber and reliability
- Hands-on layout examples targeting audio, video, analog filters, DDR reminiscence, and tool supplies
- The inclusion of analog structures and similar concerns can't be present in different high-speed layout books
“This e-book is an important source for all engineers both attracted to or engaged on method designs. It used to be created by means of a well-known process layout specialist who not just teaches those ideas day-by-day yet who brings years of palms on layout services because the author of a few of the private machine industries’ such a lot differentiated audio suggestions” —Jim Ganthier, vp of promoting and strategies, typical Servers- Hewlett-Packard
“This booklet is helping designers through highlighting the pitfalls of high-speed structures layout and supplying suggestions that increase the chance of luck. making an investment a small period of time within the use of low-noise and low-radiation layout equipment from the very starting of the improvement cycle will generate a excessive payoff by means of minimizing late-stage remodel expenditures and delays within the product send date. to enhance the likelihood of layout good fortune, utilizing the foundations defined during this ebook is a must-do.”—Gene Frantz, precept Fellow, Texas tools included.
High-Speed DSP and Analog method Design is acceptable for complex undergraduate and graduate scholars, researchers and execs in sign processing and process design.
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Additional resources for High-Speed DSP and Analog System Design
9 where many critical components are placed on the same printed circuit board. 4MHz to 100MHz are being routed to all the subsystems (modem, audio CODEC, video encoder/decoder, CPU, MPEG encode and MPEG-2 decode). 9. 10, the Video Tuner receives a radio frequency (RF) signal from an antenna and demodulates the RF signal and converts it down to the baseband frequency. • The Video Decoder receives the baseband video signal from the Tuner and digitizes the signal to prepare for digital signal compression.
For example, in one spread spectrum clock buffer , the amplitude of the 7th harmonic can be attenuated by -13dB by setting the spread spectrum at +/-2%. The issue with this setting is that the 100MHz clock output jitter will increase by 529ps. If this increase in jitter is still within the allowable limits of the DSP clock input, then this solution is acceptable. Effects of Crosstalk 43 REFERENCES  Johnson H, Graham M (1993) High-Speed Digital System Design. Prentice Hall, New Jersey.  Mentor Graphics (2004) Hyperlynx Signal Integrity Simulation software.
2. 4. Based on the equations shown in the figures, the spacing between the traces and the distance that they run in parallel determines the amount of crosstalk. Obviously, moving the traces further from each other will reduce the crosstalk. 3. 3  is ID = I πH 1 ⎛D⎞ 1+ ⎜ ⎟ ⎝H⎠ 2 , where I is the signal current. 4. 2) 34 Chapter 3 where D is the distance between the traces, H is the height of the signal to the reference plane and K is the coupling constant less than 1. There are two types of crosstalk, forward and backward.