Below is a 4-bit up-counter. What is the largest number of the counter if the initial state Q 3 Q 2 Q1Q0 =0011? (D 3 an Q 3 are MSB, and when Load = 1 and Count =1 the counter is loaded with the value D 3 ...D0) 4-bit counter Clock Q3 Load Count "I" or Vcc "I" or Vcc Do "1" or Vcc - D, Qi Q2 "0" or Gnd - D2 "0" or Gnd D3 Q3 1111 0011 1100 0110
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- Draw pinouts of 8088 or 8086 microprocessor (μp). Also draw schematics of 8088/8086 μp buses with Latch(s) [IC: 74LS373] and Buffer(s) [IC: 74LS245]. Write purpose of using latch and buffer ICs with μp buses. Please Answer all partsHow to build this circuit? (on Digital or Logisim) Binary-coded decimal is an alternative method of representing integers using binary. In it, each base-10 digit is represented by four bits, thus each nibble takes one of 10 values (0000 through 1001). Therefore, using BCD, 42 (decimal) is represented as 0100 0010 (binary) and 196 (decimal) is represented as 0001 1001 0110 (binary). Create a circuit in Logisim that accepts as input a pair of two-digit integers represented as BCD and outputs their sum in BCD. Any and all Digital components are fair game. You can assume that all inputs will be valid BCD-encoded numbers.Behavioural Up Counter With Max Design and implement a 8-bit resetable up count, that stops counting when max is reached. The ports are: module counter( output u8_t count, input u8_t max, input logic clk, reset); The u8_t type is defined in the test bench. count is the counter's output. The counter should increment by one for even positive edge clock until the max is reached. The counter should not increment when max is reached. The counter is reset if reset = 1 when a positive edge clock occurs. The 8-bit comparator module, cmp, must be used to check when max is reached. The test bench will set max to 150 for its testing. Editor // include cmp module module counter( output u8_t count, input u8_t max,input logic clk, reset);logic m_test; cmp test(m_test, count, max); // complete the restendmodule
- Design a 4-bit arithmetic circuit, with two selection variables S1 and S0, that generates the arithmetic operations in the following table. Draw the logic diagram for a single bit stage. Note that B’ represents “Not B”. Draw the logic diagram for a single bit stagWe want to convert a 4 bit ripple counter to a MOD 9 counter. This can be done by? a. Resetting the counter when it reaches 8 b. Resetting the counter when it reaches 9 c. Resetting the counter when it reaches 10 d. A 4-bit counter cannot be turned into a MOD 9 counterso we were asked to implement a 3-bit BCD number on DE0’s board segment display for quartus... using 7447 but 7447 has 4 inputs? (see attached screenshot for problem) also not sure what the items in the second screenshot should be doing? like i can put inputs and outputs..but i don't know what they are? and its not discussed other than they can supply power?
- 1:The output of a logic gate is 1 when all the input are at logic 1 and a . OR and EX - NOR Gate b . AND Gate and EX - OR Gate C. OR and EX - OR Gate d . NAND and OR Gate 2: Choose an application of A / D convertor a. Sonar systems b. Radars and Jammers C. Digital Audio apllications d. Encoders 3: Find the simplification of AB + B ( B + C ) + C ( B + C ) a. C + A b. B + C c. 1 d. A + 4: Choose a correct number of input lines for a decoder which has 128 output lines a . 14 b . 7 c . 1 d . 128 6: Select a suitable example for sequential logic circuit . a . Encoder b . None of the given choices c . Counters d . PALConvert the binary number (1011101) to its equivalent decimal and BCD values. (Show you work) Convert the decimal number (478) to its equivalent hexadecimal and binary values. (Show you work) List the next twenty five hex numbers in sequence from (9E7) hex upwards, adding one each time. (Write them horizontally, with comma as separator) Answer the following logic operations : a) 0 . Z’ = b) 1 + W = c) d . d’ = d) b . b = e) X + (X+1)’ = f) 1 + X’ = g) C + B’C’ = h) B + (BC)’ =…DIGITAL LOGICGiven the two binary numbers X = 1000100 and Y = 100101 , perform the subtraction X - Y by using 1's complement and 2's complement.
- Design a binary multiplier that multiplies two 8-bit binary number by following design rules thatshown in class. The Q and B are the two separate 8-bit binary inputs, C is the 3-bit sequence counterand R is the 16-bit result. (Note: Explain the registers that you will use to establish given process.) The steps are writing algorithm Drawing circuit undetailed (Just use the box, which have only writin under that their functions) Draw logic circuits one by one showing the internal structure of the boxes. Mahe flow chards for registersQ1) Design a counter that has clk and rst as input and 4 bit output. The counter counts in the following sequence: 2-5-8-11-14-1-4-7-10-13-0-3-6-9-12-15Defferentiate comparatively the analogue and digital representations.(b)if332to base10=x to base8 then find the value of X.(c)1001011.0112 to equivalent decimal (d)what do you know about the logic gates?explain the AND gate in details.