Two wires have been placed close together on a chip. They are so close, in fact, that the larger wire (the aggressor) couples to the smaller wire (the victim) and causes the voltage on the victim wire to change. Using the data from Table 1.1, determine the following. , determine the following. 

Data in Table 1.1

(a) If the victim wire is at V_OL, what is the most the aggressor can push it down without causing a problem? 

(b) If the victim wire is at 0 V, what is the most the aggressor can push it down without causing a problem? 

(c) If the victim wire is at V_OH, what is the most the aggressor can push it down without causing a problem? 

(d) If the victim wire is at V₁, what is the most the aggressor can push it up without causing a problem? 

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Parameter Value -0.3 V 0.0 V 0.2 V 0.7 V 1.7 V 2.1 V 2.5 V 2.8 V Vmin Vo VOL VIL VIH Voн V₁ Vmax Description absolute minimum voltage below which damage occurs nominal voltage representing logic "0" maximum output voltage representing logic "0" maximum voltage considered to be a logic "0" by a module input minimum voltage considered to be a logic "I" by a module input minimum output voltage representing logic "1" nominal voltage representing logic "1" absolute maximum voltage above which damage occurs