How many levels of logic are there between Datain and DataOut? module LogicModule ( input logic clk, input logic Rst, input logic [7:0] DataIn, output logic [7:0] DataOut ); always @(posedge Clk) begin Dataout [7] <= DataIn[e] or DataIn[1]; DataOut [6] <= DataIn[1] or DataIn[2]; Dataout [5] <= DataIn[2] or DataIn[3]; Dataout [4] <= DataIn[3] or DataIn[4]; Dataout [3] <= DataIn[4] or DataIn[5]; Dataout [2] <= DataIn[5] or DataIn[6]; DataOut[1] <= DataIn [6] or DataIn[7]; DataOut[e] <= DataIn [7] or DataIn[0];
How many levels of logic are there between Datain and DataOut? module LogicModule ( input logic clk, input logic Rst, input logic [7:0] DataIn, output logic [7:0] DataOut ); always @(posedge Clk) begin Dataout [7] <= DataIn[e] or DataIn[1]; DataOut [6] <= DataIn[1] or DataIn[2]; Dataout [5] <= DataIn[2] or DataIn[3]; Dataout [4] <= DataIn[3] or DataIn[4]; Dataout [3] <= DataIn[4] or DataIn[5]; Dataout [2] <= DataIn[5] or DataIn[6]; DataOut[1] <= DataIn [6] or DataIn[7]; DataOut[e] <= DataIn [7] or DataIn[0];
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![## Logic Level Analysis in Verilog
### Code Description
The following code defines a module named `LogicModule` in Verilog, which includes:
- **Inputs**:
- `Clk`: A clock signal.
- `Rst`: A reset signal.
- `DataIn`: An 8-bit input bus.
- **Output**:
- `DataOut`: An 8-bit output bus.
The module operates as follows:
```verilog
module LogicModule (
input logic Clk,
input logic Rst,
input logic [7:0] DataIn,
output logic [7:0] DataOut
);
always @(posedge Clk) begin
DataOut[7] <= DataIn[0] or DataIn[1];
DataOut[6] <= DataIn[1] or DataIn[2];
DataOut[5] <= DataIn[2] or DataIn[3];
DataOut[4] <= DataIn[3] or DataIn[4];
DataOut[3] <= DataIn[4] or DataIn[5];
DataOut[2] <= DataIn[5] or DataIn[6];
DataOut[1] <= DataIn[6] or DataIn[7];
DataOut[0] <= DataIn[7] or DataIn[0];
end
endmodule
```
### Logic Levels Analysis
In this module, each bit of the `DataOut` is determined by the logical OR operation between two consecutive bits of `DataIn`. This implies a single level of logic is used, as each output bit results from a straightforward OR operation without any additional complexity or layers of logic.
### Question
**How many levels of logic are there between DataIn and DataOut?**
### Answer Choices
1. 0
2. 1 (Correct Answer)
3. 2
4. 4
### Explanation
- The operations performed are all simple OR gates applied directly to pairs of input bits.
- Therefore, only one level of logic is involved in this data path.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6d1ae07f-bdb5-47a8-9afa-ea5a04bdf9c8%2Fb6d66d36-a48b-49be-850b-9e39284da107%2Fxym02kk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:## Logic Level Analysis in Verilog
### Code Description
The following code defines a module named `LogicModule` in Verilog, which includes:
- **Inputs**:
- `Clk`: A clock signal.
- `Rst`: A reset signal.
- `DataIn`: An 8-bit input bus.
- **Output**:
- `DataOut`: An 8-bit output bus.
The module operates as follows:
```verilog
module LogicModule (
input logic Clk,
input logic Rst,
input logic [7:0] DataIn,
output logic [7:0] DataOut
);
always @(posedge Clk) begin
DataOut[7] <= DataIn[0] or DataIn[1];
DataOut[6] <= DataIn[1] or DataIn[2];
DataOut[5] <= DataIn[2] or DataIn[3];
DataOut[4] <= DataIn[3] or DataIn[4];
DataOut[3] <= DataIn[4] or DataIn[5];
DataOut[2] <= DataIn[5] or DataIn[6];
DataOut[1] <= DataIn[6] or DataIn[7];
DataOut[0] <= DataIn[7] or DataIn[0];
end
endmodule
```
### Logic Levels Analysis
In this module, each bit of the `DataOut` is determined by the logical OR operation between two consecutive bits of `DataIn`. This implies a single level of logic is used, as each output bit results from a straightforward OR operation without any additional complexity or layers of logic.
### Question
**How many levels of logic are there between DataIn and DataOut?**
### Answer Choices
1. 0
2. 1 (Correct Answer)
3. 2
4. 4
### Explanation
- The operations performed are all simple OR gates applied directly to pairs of input bits.
- Therefore, only one level of logic is involved in this data path.
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