Please Help Me Quickly Show all work thanks to serially shift a byte of data int

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Please Help Me Quickly Show all work

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to serially shift a byte of data into a shift register

Shift registers also use flip-flops. Here are some questions related to their behavior. To serially shift a byte of data into a shift register, there must be one clock pulse four clock pulses eight clock pulses four clock pulses To parallel load a byte of data into a shift register with an asynchronous load, there must be sixteen clock pulses eight clock pulses no clock pulses is necessary one clock pulses With a 25KHz clock frequency, 2 bytes can be serially entered into a shift register in .8ms .32 ms .4 ms .64 ms A modulas-8 Ring Shift Counter requires 8 flip-flops 4 flip-flops 16 flip-flops 32 flip-flops A modulus-16 Johnson Shift Counter requires 12 flip-flops 24 flip-flops 6 flip-flops 8 flip-flops The Johnson Shift and Ring Shift Counters are shift registers, so why are they called counters? What is the main difference between them? Determine the state of an 8-bit Johnson Shift Counter after 6 clock pulses if the initial state Vs 00000001. Please show your work. Sketch the waveforms at Q2 for the first 10 clock pulses generated by the circuit below. Many clocks and watches utilize a 32 .768 kHz input signal. What is the modules of the counter required to produce a 1 pulse/second output? Show your calculations below. An 8-bit shift register is used to convert a serial input to a parallel output. If a byte is received every 64 musec, what is the clock for the register? Show how you get your answer.

Explanation / Answer

8 clock cycles.

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