The write timing of this memory is given in figure Q6 below. If the memory is used as part of a synchronous system with synchronising registers of tpd = 3 ns, tsetup = 3 ns and thold =2 ns, what is the maximum clock frequency at which the synchronous system can be safely driven? (c) %3D ADDRESS tSA 'csw CS R/W DATA IN VALID 'Ds -* 'DH SA = 7 ns 'csw = 6 ns 'os = 3 ns DH =1 ns Figure 6

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
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Author:Russell E. Smith
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Chapter17: Commercial And Industrial Air-conditioning Control Systems
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The write timing of this memory is given in figure Q6 below. If the memory is
used as part of a synchronous system with synchronising registers of
= 3 ns, tsetup = 3 ns and thold =2 ns, what is the maximum clock frequency at
(c)
tpd
which the synchronous system can be safely driven?
ADDRESS
tSA
'csw
CS
R/W
DATA IN
VALID
'os 'DH
'os
tSA = 7 ns
'csw
= 6 ns
= 3 ns
DH = 1 ns
Figure 6
Transcribed Image Text:The write timing of this memory is given in figure Q6 below. If the memory is used as part of a synchronous system with synchronising registers of = 3 ns, tsetup = 3 ns and thold =2 ns, what is the maximum clock frequency at (c) tpd which the synchronous system can be safely driven? ADDRESS tSA 'csw CS R/W DATA IN VALID 'os 'DH 'os tSA = 7 ns 'csw = 6 ns = 3 ns DH = 1 ns Figure 6
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