Q.1
A bus is a group of _____ carrying digital signals.
Q.2
Which of the following TTL subfamily is the fastest
Q.3
Conversion of an octal number 1348 to a binary number is
Q.4
_____is an abbreviation for binary digit.
Q.5
Conversion of hexadecimal number 1D7F16 to a decimal number is
Q.6
An inventor is a gate with only _____ input; the output is always in the opposite state from the input
Q.7
Parallel adders are
Q.8
A microcomputer is a computer that uses a _____ for its CPU.
Q.9
How many outputs signals can a gate have?
Q.10
Conversion of an octal number 1258 to its decimal number is
Q.11
What is the main advantage of using MOSFET rather than bipolar transistor circuitary in ICs?
Q.12
The term sum-of-products in boolean algebra means
Q.13
A shift register can be used for:
Q.14
The memory cell of a dynamic RAM is simpler and smaller than the memory cell of a _____ RAM.
Q.15
A byte is consist of _____ bits
Q.16
What is the 1's complement of 0000 1111 0010 1101 number?
Q.17
Addition of 11012 and 10102 is
Q.18
A NAND gate is equivalent to an AND gate followed by an inverter. All inputs must be _____ to get a low output
Q.19
The 2's compliment of binary number 010111.1100 is
Q.20
In boolean algebra, the times sign stands for the _____ operation
Q.21
What logic function is obtained by adding an inverter to the output of an AND gate?
Q.22
Conversion of an octal number 74328 to a binary number is
Q.23
Conversion of binary number 1100012 to its decimal number is
Q.24
The OR gate has two or more input signals. If any input is _____ the output is high.
Q.25
Conversion of an octal number 1438 to hexadecimal number is
Q.26
If a microcomputer has a 64K memory, what are the hexadecimal notations for the first and last memory location?
Q.27
A microprocessor has memory locations from 0000 to 3FFF. Each memory location stores 1 byte. How bytes can the memory store? Express this in kilobytes?
Q.28
How many memory locations can 14 address bits access?
Q.29
The ASCII code is a 7-bit code for
Q.30
The m-bit parallel adder consists of:
0 h : 0 m : 1 s