Q1. Convert following numbers in given radix system: a. (697)10 into Octal and Hexa decimal b. (2D9)16 into Decimal and Octal

Q: Convert 001092945 to hexadecimaz 001092945 In clecimal 00109 2943 In hexaclecimal

A: We need to convert  001092945 (this no) to decimal and also in Hexadecimal.

Q: Given A = 40 and B = 60 in base 10. convert A and B to binary using 7 digits find – B in binary…

A: The actual function carried out is the subtraction of two numbers using two's complement.

Q: Analyze the following ripple counters and check whether the counter is counting up or down. Explain…

A: A) plotting the waveform: We will write the outputs in MSB to LSB order with respect to clock. As,…

Q: Problem 3: Please convert the Mealy FSM in Table 1 to a Moore machine by showing the Moore FSM…

A: A Mealy machine is a finite-state machine whose output values are determined by its current state as…

Q: H1.  a sampling technique was used in digitally encoding analog data and 2048 distinct voltage…

A:

Q: In HDB3, If the number of non-zero pulses is even, the format used is a. V000 b. B00V c. V00B d.…

A: The HDR-3 is HIgh Density Bipolar 3 Zero Coding.It is more conservative than other coding methods

Q: C3d D1 D2 D3 D4 Us

A: Multiple diodes and capacitors are used to increase the voltage level at output by charging…

Q: From the characteristics shown , the value of the constant K is:* , (mA) 10 O0 25 mA/V^2 O 05 MAVA2…

A:

Q: plysical OF 87 0 H -> A-10 055 3-17 C-12 O FD C 2H 0-13 E-14 cal Add 0FOCOH phyrical F-15

A:

Q: Draw a 4:1 multiplexer using 2:1 multiplexers

A: Designing 4:1 multiplexer using 2:1 multiplexers

Latches and Flip Flop

Just like logic gates, the latches and flip-flops are the important elements of an electronic circuit. The logic gates form the important part of combinatorial circuits, while the latches and flip-flops form the essential part of a sequential circuit. Sequential circuits form the important concept of automata theory in electronics and electrical engineering, these circuits are a kind of logic circuit whose output depends on both present input and past inputs, that is, the input history.