What is difference between * ?Decoder and Encoder
Q: Explain multiplication of binary with block diagram and perform hardware implementation of 12 and 10
A: Binary Multiplication: There are two methods of binary multiplication, (i) paper method and (ii)…
Q: Draw 5*32 decoder by using only 2*4 and one 3* 8 decoder as enable with proper labelling
A: GIVEN: 2*4 and 3*8 Decoder DRAW: 5*32 Decoder
Q: Design an excess 3 to binary decoder using the unused combinations of the code as don’t care…
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Q: Q3: A) In a binary PCM system, the output signal -to- quantization ratio is to be hold to a minimum…
A: The SNR ratio has a minimum value of 40 dB. The bit rate is calculated by the SNR ratio formula as…
Q: Explain using your own words the role of the transducer in the data acquisition system.
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Q: IS sampled, que system. The coded signal is then transmitted over a transmission channel of…
A: 53.
Q: How many 1*2 Decoders are required to design 4*16 Decoder? * 10 15
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Q: Show how a full adder can be implemented using a decoder.
A: Given: Decoder Required: How a full adder can be implemented using a decoder.
Q: What is the minimum number of bits per sample that would be required to reduce the standard…
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Q: 2. Write a Verilog or VHDL module (with correct syntax) called Decoder_2to4 to generate a 2 to 4…
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Q: assign to the binary 1 and f2 assign to the binary zero), (fi= 2*f¿).
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Q: With in a quantization, if the total input voltage range is subdivided into two smaller sub-ranges…
A: different types of coding methods in quantization techniques
Q: نقطتان )2) Q7/ The minimum decoders using to design 6- to-64 decoder are
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Q: Q10/To design 7- to-128 decoder must using * 4( 2- to- 4 decoder) with active low enable
A: To design 7-to-128 decoder Determining the number of 3-to-8 decoder required to design 7-to-128…
Q: Design two of the following functions with (a) a multiplexer and (b) a decoder. F(W,X,Y,Z) =…
A: Multiplexer: A multiplexer has 2n inputs and "n" selection lines, At any given time only one of the…
Q: Construct a 5X32 decoder with 3X8 decoders with enable and one 2X4 decoder. Use block diagram for…
A: this required one 2x4 decoder and four 3x8 decoders.
Q: The following page of the data sheet, contains 74138 function table. Study the function table. Given…
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Q: Q4) A message source generates one of four messages randomly every microsecond. The probabilities of…
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Q: OS: An analog signal is first encoded in binary PCM before being transformed to a multilevel signal…
A: We need to calculate bit rate and baud rate and bandwidth for given system , we will use for bit…
Q: Q4/The minimum decoders using to design 6- to-64 decoder are * A 20( 2- to- 4 decoder) without…
A: A decoder is a combinational circuit with a maximum of 2noutput lines and n input lines. A circuit…
Q: a) Implement decimal to BCD encoder. b) Implement full adder using decoder.
A: As per the guidelines we supposed to answer one question at a time, so please ask other questions…
Q: H. W2.2 Design 4-to-16 decoder by using 2-to-4 decoders only
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Q: In digital communication .explain all the methods/mechanism used for the minimization of bit error…
A: The methods used for minimisation of bit error rate: The Wireless Deep Fading Environment (WDFE)…
Q: etermine the number of bits per level required when using FSK with 4 different frequencies and QAM…
A: QAM and FSK are methods used for the transmission of signals. The full form of QAM is Quadrature…
Q: what causes aliasing? a, when the original analog signal is outside the voice band frequency range.…
A: Choose the correct option what causes aliasing?
Q: How to measure the quality of the output signal in ADC? A. Signal-to-noise ratio B. Quantization…
A: The Signal to quantization noise ratio reflects the relationship between the maximum nominal signal…
Q: Implement the following functions by using the same decoder circuit. f(a,b,c)=E (0,2,3,7) g(a,b,c)=E…
A: In this question, Implement the given function using the decoder. Here 3 input are given and 8…
Q: What is the difference between digital multiplexing and analog multiplexing?
A: Analog multiplexing: This multiplexing technique involves the mixing of the signals which are analog…
Q: 5) Design an Encoder system using the following truth table for a system. a) Find the out-put…
A: Part a: Redraw the truth table for showing the input and output variable,
Q: ?How many 1*2 Decoders are required to design 4*16 Decoder 10 5 15 O
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Q: binational circuit shown below, list th Vhere A. B, and C are the inputs where ld a binary numbers…
A: The full adder is a combinational circuit which has three input and two output sum and carry.
Q: A message in the form of picture of (300x400) samples is transmitted using 6-ary binary PSK of 512…
A: Given 6 ary binary PSK, Message sample = 300×400 Number of symbol, M = 6 Number of level, L = 512…
Q: B. Design a 4-to-16-line decoder with Enable input using five 2-to-4-line decoders with Enable…
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Q: Question 1. What is the function of decoder? 2. Which of the following has 4 input lines and 16…
A: 1. Function of decoder : A decoder circuit is used for getting the original output from any codded…
Q: 1. BCD to 7-segment Decoder 2. Encoder 3. Decc
A: "Since you have a asked multiple question ,we will solve the first question for you.If you want any…
Q: How many 1*2 Decoders are required to design 4*16 Decoder? *
A: Decoder: It is a combinational circuit with n input lines and 2n output lines. Out of these output…
Q: Q3:- Design of Binary 0,1, 2,3 to SEVEN SEGMENT Decoder
A: The most important component of the circuit is the decoder. A decoder is a simple circuit that is…
Q: h sampling a 3.4 KHz telephone quality voice signal using 10 bits, the average number of steps taken…
A: 3.4Kz voice signal 10 bits
Q: Q6: Binary channel with bitrate R,=36000 bits/sec is available for PCM voice transmission. Find…
A: "Since you have asked multiple question , we will solve the first question for you if you want any…
Q: in this chapter we proved that aliasing occurs when an analog signal is discretized. Can aliasing…
A: Aliasing is a way of processing a signals which are different from others and make them…
Q: Design 3-to-8 decoder by using 2-to-4 decoders has active high enable.
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Q: Q4: if the number of a decoder output variables are 16 variables. How many input variables are used?…
A: A decoder is a circuit, which is used to convert any set of given binary codes or data into a actual…
Q: Design of Binary 0 ,1, 2, 3 to SEVEN SEGMENT Decoder
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Q: # uous Construct a 5-to-32 line decoder with four 3-to-8 line decoders with enable input and one…
A: Firstly to make 5 to 32 decoder as shown in below,
Q: l-Design a 3 – bit binary decoder (3 – to -8 decoder),
A: 1.
Q: H.w: Design a (5x32) decoder using 3x8 decoders with enable,
A: A combinational circuit is one in which the various gates in the circuit, such as the encoder,…
Q: What is the Transfer function? Use the keyboard, do not write by hand
A: TRANSFER FUNCTION: Transfer function gives the relationship between input and…
Q: format used is Bipolar Retur
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Q: Design a circuit with a truth table that converts a number between 0 to 7 in decimal to binary then…
A: Design a circuit with a truth table that converts a number between 0 to 7 in decimal to binary then…
Q: The resulting digital bit stream for an analog signal which is sampled (sampling period=1…
A: According to the question we have to, The resulting digital bit stream for an analog signal which is…
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- Explain the difference of priority encoder to common encoderWhat is an encoder?2a. Assume a digital to analog conversion system uses a 10-bit integerto represent an analog temperature over a range of -25oF to 125oIf the actual temperature being read was 65.325oF, what would bethe closest possible value that the system could represent? 2b. What is the minimum sampling rate needed in order to successfullycapture frequencies up to 155 KHz in an analog signal?
- Which statement is not true for a source encoder? a.reduces the size of the data b.Converts analog information to discrete signal c.Removes redundancy d.Converts digital input to pulsating signalDefine priority encoder and Differentiate between encoder and decoder.1. Explain on Encoders, Decoders, Multiplexer and demultiplexer(. 3. Explain the procedure of solving K Map. 4. Explain half adder and full adder with neat schematic sketch.
- b) Briefly describe the function of an encoder. You may use a 4 to 2 decoder to explain the functionality. What are some situations in which an encoder is used in a digital circuit?What do you mean by fractional sampling rate conversion? Explain with an example of converting 48 kHz signal to 44.1 kHz signal using multi-stage fractional sampling rate converter[0 5] the signal in the volt range will be quantified. since n=4; a)Calculate what is the number of Qunta levels? b) Calculate what is the quantization interval? c)V=3.2 volts rounded to what quantization level? Let's draw with Quantalama level chart
- What do you mean by fractional sampling rate conversion? Explain with an example of converting 48 kHz signal to 44.1 kHz signal using multi-stage fractional sampling rate converter. (ii) What are the effects of finite word length in digital filtersQ 4. a) Determine control words when the ports of Intel 8255 are defined as follows: Port A as an input port. Mode of the Port A is Mode 0. Port B as an input port. Mode of the Port B is Mode 0. Port C upper and C lower are input ports.Describe decoder and encoder.Create Decoder 2x4 and encoder 4x2 circuit.