Refer to the diagram above for this question. The flip-flop FF2 has a hold time requirement of 100 psec. The clock tree buffers between point A and B have a total delay of 300psec. The combinatorial block between point
C
and
D
has a total delay of
1.5nsec
. If the positive clock edge is launched from point
A
at time
T=2nsec
, what is the earliest time the data can change at point C (the output of FF1), in order to meet the hold time of FF2.
T=150
psec
T=650
psec
T=800psec

T=900
psec

Question

Refer to the diagram above for this question. The flip-flop FF2 has a hold time requirement of 100 psec. The clock tree buffers between point A and B have a total delay of 300psec. The combinatorial block between point

C

and

D

has a total delay of

1.5nsec

. If the positive clock edge is launched from point

A

at time

T=2nsec

, what is the earliest time the data can change at point C (the output of FF1), in order to meet the hold time of FF2.

T=150

psec

T=650

psec

T=800psec

T=900

psec

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