Latch behavior

For these reasons the Cooperative Hypothesis seems to be a plausible alternative to the Latch Bridge Hypothesis. Given that computer calculations of the behavior of various hypothetical schemes are now possible, an independent, noninvasive measure of distribution of myosin among the states would be of great use for further understanding of crossbridge kinetics. 

Fig. 9.6 Adding LCBs (shown by vertical bars) reduces the maximum latch displacement (thin lines). This behavior is controlled by two parameters (i) maximum increase in the number of LCBs, as a percentage of the minimum number (ii) maximum latch displacement, with (i) taking precedence over (ii). a The minimum number of LCBs is 56 and the maximum latch displacement is high, b By limiting parameter (i) to 12.5 % we get a maximum of 63 LCBs, and this noticeably reduces the maximum latch displacement, c We limit the maximum latch displacement to a tight limit using parameter (ii) but relax parameter (i) to get low latch displacement and 100 LCBs...

HDL code can be behavioral or RTL. In the synthesis domain, the latter is usually considered to be the synthesizable form of HDL code. Since the focus of this book is on logic synthesis, all examples discussed are in synthesizable RTL code. As a preliminary introduction to HDL coding and synthesis let us consider the following simple examples. Four examples of HDL code which infer on synthesis a D-flip flop, a latch, an AND gate, and a multiplexer (referred to as mux throughout this book) respectively are discussed. 

For the rest of the system, we will, in addition to the above principles, also increase the coverage rate using PWM type technology, in power latch analog acquisitions (ADC) using more important consistency checks of input and output data, or even of the overall behavior of the system. 

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