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It is possible for a multicycle path to fail timing even with an arbitrarily high cycle constraint, but it is not possible for false paths to fail timing. Latches are usually created unintentionally by poor coding styles. When analyzing timing through a latch, the STA tool will be primarily concerned with the edge of the control signal that switches the latch into a hold state. For heavily pipelined designs, a dual-phase latching topology can lead to a smaller and faster implementation. Combinatorial feedback typically indicates a coding error.

time the line was hit. Although I was happy that their tested system was also confirming the trade, I was ready to write it down and paper-trade it no matter what. We did agree that although the currency pair had stopped stone-cold on the 193.27 mark previously, we would wait for it to hit 193.00 even because, according to my new trading partners, this was a currency pair that tended to obey the round numbers. At this point, I was ready to talk about stops and profit targets (see Figure 18.1). Winnipeg George believed that 195.00 represented a perfect exit for the pair; it would give us a 200 pip target, and it was also the same place where the currency pair had stalled on three different occasions: first, on March 18, when the currency pair had fallen to the 195.00 figure and stopped dead in its tracks before heading lower. Second, on April 6, when it had finally risen above the 193.00 level. And third on April 8. On each of these collisions with 195.00, the currency pair had only managed to break through by 50 pips or so. What I liked the most was that 195.00 had already played the dual role of support and resistance. I wrote down: Long GBP/JPY 193.00, Stop: 192.00, Profit target: 195.00 Roddy and Winnipeg George took the trade for the firm (Figure 18.2). It was enough for me to watch them with the trade. This trade opened and closed while George and Roddy were working the overnight shift it opened on April 13 at 3:00 in the morning and closed almost exactly 48 hours later.

(2.12)

detail in hundreds of other engineering texts. Thus, rather than regurgitate the same information that has been repeated dozens of times in these other books, I will refer the reader to one of these for a general discussion. There are a number of PCB design issues, however, that are speci c (or exceptionally important) in an FPGA-based system. During the course of this chapter, we will discuss the following topics:

Substituting those into Euler s equations (and taking into the account that i Ii i = 0), we obtain n1 = I 1 1 n2 = I2 ( 1 + 2 ) (2.13)

Finally, Newton Euler equations are combined with static equations [Eq. (2.8)] to produce the torques at arm joints that is, to do inverse dynamics. After simpli cations, these become (details can be found in Refs. 7 and 8) n1,2 = 1 I2 + +

I still didn t have any desire to do any trading of my own The losses from the week before were still fresh in my mind Maybe I would be ready in a month when Wakeman gave me my first check Maybe sooner This was a decision better made with Harvey Winklestein s help, and I hoped to see him again soon Harvey s absence certainly didn t keep me from planning more trades, however Together with Winnipeg George and Roddy, I analyzed and planned for four more trades Two of them were based on the GBP/USD one-hour chart and each of them netted 40 pips I was not present to see either of those trades open Another trade was based on the EUR/USD 15minute chart and gave us 50 pips.

Characteristics of a proper FPGA power supply. Calculating, choosing, and placing decoupling capacitors.

+ 2

m2 l1 l2 2 m2 l2 g2 1 sin 2 + cos ( 1 + 2 ) 2 2 (2.14)

The topic of power supply may seem trivial, but for FPGA applications in particular it is not. Poor use of decoupling around the FPGA can dramatically reduce the reliability of the FPGA, and worse yet, most problems will not be repeatable and may not show up in a lab environment at all (particularly if the nature of the failure is not understood). As mentioned in previous chapters, the worst kind of failure is one that is not repeatable.

l2 sin ( 1 + 2 )f2,3x l2 cos ( 1 + 2 )f2,3y + n2,3 n0,1 = 1 I1 + I2 + m2 l1 l2 cos 2 + + 2 I2 + +