CMOS Multichannel Single-Chip Receivers for Multi-Gigabit by Paul Muller, Yusuf Leblebici

By Paul Muller, Yusuf Leblebici

On this planet of optical info communications this e-book might be an absolute must-read. It specializes in optical communications for brief and extremely brief distance functions and discusses the monolithic integration of optical receivers with processing components in average CMOS applied sciences. What’s extra, it presents the reader with the required heritage wisdom to completely comprehend the trade-offs in short-distance communique receiver layout and provides the main concerns to be addressed within the improvement of such receivers in CMOS applied sciences. additionally, novel layout ways are offered.

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Additional resources for CMOS Multichannel Single-Chip Receivers for Multi-Gigabit Optical Data Communications (Analog Circuits and Signal Processing)

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The communication protocol defining the data link specifies the data rate (with some tolerance), which is a starting point for developing a synchronization scheme. 7). 7. 4 that the data spectrum does not contain any energy at the data rate. In order to allow recovery of the clock information contained in the data stream, energy must be created by a nonlinear operation, like edge detection, at the input of the CDR. 8, [19]). Several phase detector circuit topologies 18 Basic Concepts for phase-locked loops (PLL) operating on random data streams have been developed.

13. 11 shows the transimpedance gain, required GBWTIA and input referred noise current as a function of RTIA and SnvTIA. 11. 6 System Gain and Bandwidth Specifications In the receiver chain, most block-level parameters influence more than one system-level specification. For this reason, we will first present the different relationships in the form of equations. Then, we will try to extract convenient values for the parameters to meet the various system constraints. 14). Under this condition, we can safely neglect the CDR amplitude noise in the receiver noise calculations later.

The clock information is not transmitted separately from the data and must 16 Basic Concepts be reconstituted from data transitions (in the so-called clock recovery process, discussed later). 5) would require a lot of “memory” to maintain the correct clock rate during that process and “memory” (interestingly like digital memory) requires considerable chip area. While scrambling increases somewhat the number of data transitions, more benefits can be gathered from 8b/10b data encoding. The name indicates that the encoder outputs 10 bits of data for each eight incoming bits, resulting in a data rate loss of 20%.

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