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0:19:02

(a) Use Fourier transform to determine the bandwidth of signal g(t) = sinc(t Wt). (b) Applying co…

0:06:51

Determine the power and rms value for each of the following signals and compare their results A. …

0:30:34

Find Ex and Ey, the energies of the signals x(t) and y(t) shown in figure 2.1-4(a). Sketch the si…

0:29:59

THRsim 11 - INTRODUCTION TO THE 68HC11, LOOPS, AND INSTRUCTION DELAYS - Part 2

0:05:35

Finding the 2's complement number for a given negative fractional number

0:05:50

Decimal to 2's Complement

0:02:54

Example conversion of negative decimal number to binary

0:21:21

Q. 1.20: Convert decimal +49 and +29 to binary, using the signed‐2’s‐complement representation and e

0:04:40

Q. 1.24: Formulate a weighted binary code for the decimal digits, using following weights (a)6311

0:04:08

Q. 1.23: Represent the unsigned decimal numbers 842 and 537 in BCD and then show the steps necessary

0:04:47

Q. 1.22: Convert decimal 8,723 to both BCD and ASCII codes. An even parity bit is to be appended

0:16:40

Q. 1.21: If the numbers (+9,742)10 and (+641)10 are in signed magnitude format their sum is +10,383

0:11:11

Q. 1.19: The following decimal numbers are shown in sign‐magnitude form: +9,286 and +801

0:13:46

Q. 1.18: Perform subtraction on given unsigned binary numbers using the 2’s complement of subtrahend

0:03:53

Logisim: Full-Adder

0:23:27

Building an ALU in Logisim

0:06:56

Logisim Sub-circuits

0:03:07

Logisim Beginner's Tutorial

0:10:41

Digital Design: Q. 1.11: Perform the following division in binary: 111011 ÷ 101

0:08:21

Logisim part 10:RAM

0:06:09

Logisim part 9:Multiplexers and Comparators

0:04:58

Logisim part 8:Counters

0:05:21

Logisim part 7:ROM

0:05:49

Logisim part 5:Subcircuits and TTY