QI. A pull-up network of a static CMOS logic gate is shown in Fig. 1 (a). (a) Determine the Boolean equation the gate realizes at the output, X. (b) Draw the pull down network to complete the...

QI.<br>A pull-up network of a static CMOS logic gate is shown in Fig. 1 (a).<br>(a)<br>Determine the Boolean equation the gate realizes at the output, X.<br>(b)<br>Draw the pull down network to complete the complementary logic.<br>Draw a stick diagram by considering the arrangement for an optimized layout area.<br>Use the convention shown in Fig. 1(b).<br>(c)<br>metall<br>A- c-C D-C<br>poly<br>active<br>B<br>contact<br>X<br>Fig. 1(a)<br>Fig. 1(b)<br>A.<br>

Extracted text: QI. A pull-up network of a static CMOS logic gate is shown in Fig. 1 (a). (a) Determine the Boolean equation the gate realizes at the output, X. (b) Draw the pull down network to complete the complementary logic. Draw a stick diagram by considering the arrangement for an optimized layout area. Use the convention shown in Fig. 1(b). (c) metall A- c-C D-C poly active B contact X Fig. 1(a) Fig. 1(b) A.

Jun 07, 2022

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QI. A pull-up network of a static CMOS logic gate is shown in Fig. 1 (a). (a) Determine the Boolean equation the gate realizes at the output, X. (b) Draw the pull down network to complete the...

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