Category: Digital Electronics

A. 2n
B. 22 n
C. 2n-1
D. — 2n

A. OR operation
B. AND operation
C. NOT operation
D. None of the above

A. NAND gate
B. OR gate
C. AND gate
D. None of the above

A. 675
B. 275
C. 572
D. 573

A. less expensive
B. always more accurate and faster
C. useful over wider ranges of problem types
D. easier to maintain

A. logic 0 and 1 are represented by 0 and positive voltage respectively
B. logic 0 and, -1 are represented by negative and positive voltages respectively
C. logic 0 voltage level is higher than logic 1 voltage level
D. logic 0 voltage level is lower than logic 1 voltage level

A. 2TTL
B. 5TTL
C. 8TTL
D. 10TTL

A. NOT gate
B. OR gate
C. AND gate
D. None of the above

A. Stop signal
B. Invert input signal
C. Act as a universal gate
D. None of the above

A. Base 10
B. Base 16
C. Base8
D. Base 3