10. Complete the following timing diagram for a DFF (rising-edge triggered) with asynchronous reset (clear) named RE (active high -- that is, when the reset input goes high, the Q output immediately goes low) and with an active-low load enable named EN (active low- that is, when the load enable is low, D is clocked into Q). clk D- DFF a D clk RE LdEn Re EN EN RE 0
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- Draw the schematic of a modulo-6 syncrhonous counter (counting sequence is 010, 110, ...). The counter has the following features: Asynchronous Reset is Active High A value D can be loaded into the counter, using the Load signal, which is Active Low.Electronics What is clocking block. If default skew is not given then when input signal sampled and output signal driven.15. a. In Figure 2, The counter mode is ...(single step or free run ) b. In Figure 2, The counter count mod is .. . c. In Figure 2, Which leds are on after five clock pulse? Explain in detail. PC1 PC2 INPUT OUTPUT OUTPUT GHIJKL MNOPOR GHIJKL MNOPO R 230050 4G 11 DeDerer 131 Clock Rulser Up Counter CLOCK DATA LOAD CLOCK EMABL unter DATA A bale NIDA CerP NIDA Cerp. Figure 2 S1U→USX
- Difference between active high and active low pin?23.a. The down counter stops when the count is 0000.The mode of operation is. b. The down counter sets the maximum count when the count is 0000.The mode of operation is c. In the figure below, The counter starts at count of 1111.As input pulses applied ,the counter will down Applying seven input pulses causes the count to decrease by The count changes to MSD LSD 1111 Down Counter d.What is the ripple counter MOD in figure below? Explain your answer. MSD LSD QA High- D B J J ck Input- >C CLR CLR CLR CLR Clear e. A two flip-flop counter will not work for a MOD of 12 because its highest possible MOD is f. What is the binary count if the counter increments 3 more in the figure below? LSD O MSD B Up CounterDraw a clock signal CLK with five 0-to-1 timing events, a nonzero setup time, tsu, and a nonzero hold time,th. Also draw one excitation input signal EI that follows the sequence 10110 and meets the setup and hold timerequirements. In the excitation input, the first bit in the sequence (1) occurs in time for the first clock timingevent, the second bit in the sequence (0) occurs in time for the second clock timing event, and so forth.
- For the DBPSK modulator shown in Figure 40a (page 93), determine th output phase sequence for the following input bit sequence: 00110011010101 (assume that the reference bit 1). * 0°180°0°0°0°180°0°0°0°180°180°o°0°180°180°0°180° 10111011100110010 180°0°0°0180°0°0°0180°180°180°0°0180°180°0°0° 01110111000110011For the DBPSK modulator shown in Figure 40a (page 93), determine the output phase sequence for the following input bit sequence: 00110011010101 (assume that the reference bit 1). * 0°180°0°0°0°180°0°0°0°180°180°0°0°180°180°0°180° 10111011100110010 180°0°0°0180°0°0°0180°180°180°0°0180°180°0°0° 011101110001100116. For a 3bits SA-ADC circuit shown, draw the timing waveforms that would occur when converting an analog voltage of 3.4V. assume that the (Vref) is 6V. Show all the necessary details at each clock cycle. Vi = 3.4v Clock oscillator Successive-approximation register (SAR) DR (data ready. end-of conversion) STRT (start conversion) MSR LSB Ourput register (Octal DF-F) Vres = 8v 3-bit DAC
- (a) Draw a 3-bit flash converter with Vref = 9.6V. (b) What is the digital output for Vn = 6.2V? (c) Draw the input versus output transfer curve for this converter and determine the following: 1. full scale range 2. transition voltages 3. code center for each code 4. LSB 5. resolution 6. quantization level 7. quantization interval 8. code width3. (a) The data sheet of a quad two-input AND gate (type 74S08) specifies the propagation delay and power supply parameters as Vcc = 5.0 V (typical), IcCH (for all four gates) = 18 mA, ICCL (for all four gates) = 32 mA, tpLH= 4.5 ns and tpHL = 5.0 ns. Determine the speed- power product specification. (b) Represent the following in the IEEE-754 floating-point standard using the single- precision format. (i) 32-bit binary number 11110000 11001100 10101010 00001111; (ii) (–118.625)10Do not use AI.