To completely load and then unload an 8-bit register, how many clock pulses are required?16248

To solve the problem of how many clock pulses are required to completely load and then unload an 8-bit register, we need to break down the process into manageable parts.

1. Break Down the Problem

1. Loading the Register: The process of loading an 8-bit register typically requires one clock pulse for each bit being loaded.
2. Unloading the Register: Similar to loading, unloading the register also requires one clock pulse for each bit being unloaded.

2. Relevant Concepts

• 8-bit Register: An 8-bit register can hold 8 bits of data.
• Clock Pulses for Loading: Each bit requires a separate clock pulse.
• Clock Pulses for Unloading: Each bit also requires a separate clock pulse for unloading.

3. Analysis and Detail

1. Clock Pulses for Loading:
   • Since the register holds 8 bits, it will require $8$ clock pulses to load all bits.
2. Clock Pulses for Unloading:
   • Similarly, unloading the 8 bits will also require $8$ clock pulses.

Therefore, the total number of clock pulses required can be calculated as follows: $\text{Total Clock Pulses} = \text{Clock Pulses for Loading} + \text{Clock Pulses for Unloading}$ $\text{Total Clock Pulses} = 8 + 8 = 16$

4. Verify and Summarize

Thus, upon verifying the calculations, the total clock pulses needed for completely loading and then unloading an 8-bit register is $16$.

Final Answer

The total number of clock pulses required to completely load and then unload an 8-bit register is $16$.