H.W1: Find the 3-bit PCM signal for the message wave and sampling signal that shown below. 11 Vm Tm= 2.5 msec 100000000000- Ts= 50 μsec t

Given the number 9F16 convert it to binary then show how it can be converted to all zeros using an XOR mask. That is what 8-bit number must be used with XOR to give 0016.

Using the line coding techniques, draw the waveform of the data 01001100011In Manchester encoding and differential Manchester.

Q4 Correction of linearity error of a type-K thermocouple provides special precision 1.1C over the range 0 to 270C. How many numbers of bits in Analog-Digital Conversion is necessary for minimum loss of information for the corrected case.

000I1001 (y) 53. Add the following BCD numbers: (a) 1000 + 0110 (b) 0111 + 0101 (c) 1001 + 1000 (e) 00100101 + 00100111 (g) 10011000 + 10010111 (d) 1001 + 0111 (f) 01010001 + 01011000 (h) 010101100001 + 011100001000 54. Convert cach pair of decimal numbers to BCD, and add as indicated: (a) 4 - 3 (b) 5 + 2 (d) 17 + 12 ie) 28 - 23 (f) 65 + 58 (g) 113 + 101 (h) 295 – 157

Design a 2-bit magnitude compactor using 4x16 decoder and also Implement given below Boolean function using 8 x 1 Multiplexer F(A,B,C,D)=A'BD'+ACD+B'CD+A'C'D

VHDL: Four Bit Wide 2 x 1 Multiplexer What's the VHDL Code for the Four Bit Wide 2 x 1 Multiplexer? If the inputs (Minterm and Input_SEL) equal 0, what's Output_Y in the truth table? If the inputs (Minterm and Input_SEL) equal 1, what's Output_Y in the truth table?

Design a 4-bit magnitude comparators, which compares two 4-bits binary numbers (A3A2A1A0 and B3B2B1B0) and generates three outputs: A>B A<B A=B

Computer Architecture Given the below IEEE single precision FP format: 1-bit Sign 8-bit Biased Exponent 23-bit Mantissa Bias = 127 Convert IEEE 32-bit FP number (1011 0100 1000 1100 0011 0000 0000 0000)2 to decimal

The (A-O-I) is basically a : POS combinational circuit Sequential circuit SOP If the data "11011" is transmitted with bit parity, what is its even bit parity? 1 Neither Under which condition will a comparator have a '=' output The smallest bit is equal The largest bit is equal The MSB is equal The LSB is equal All bits are equal