Option #1 Architecture rtl1 of exemple is signal std.logic; q1, il, 12: begin process begin wait until clk = '1'; a1 <= d; 1 <= a and ql; 2 <= il; 2 <= 12 and b; end process; end rtl1; Option #2 Architecture rtl2 exemple is signal std_logic; begin process begin wait until clk = '1'; q1 <= d; i2 <= il; of q1, i1, 12: end process; q2 <= 12 and b; il <= q1 and a; end rtl2; Option #3 Architecture rtl3 exemple is signal il, q2: std_logic; begin process begin wait until clk = '1'; il <= a and d; q2 <= il and b; end process; end rtl3; of

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
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Author:James Kurose, Keith Ross
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Question
Suppose that the circuit shown in the below figure is to be modeled. What is the
correct VHDL
option for the synthesis of this circuit?
20
N
global_resetb
-12-
-q²-
global_clk
Transcribed Image Text:Suppose that the circuit shown in the below figure is to be modeled. What is the correct VHDL option for the synthesis of this circuit? 20 N global_resetb -12- -q²- global_clk
Option #1
Architecture rtl1 of
exemple is
signal
std_logic;
q1, il, i2:
begin
process
begin
wait until clk = '1';
q1 <= d;
il <= a and ql;
i2 <= il;
q2 <= 12 and b;
end process;
end rtl1;
Option #2
Architecture rtl2
exemple is
signal
std_logic;
begin
of
q1, il, 12:
process
begin
wait until clk = '1';
q1 <= d;
i2 <= il;
end process;
q2 <= 12 and b;
il <= q1 and a;
end rtl2;
Option #3
Architecture rtl3 of
exemple is
signal il, q2: std_logic;
begin
process
begin
wait until clk = '1';
il <= a and d;
q2 <= il and b;
end process;
end rtl3;
Transcribed Image Text:Option #1 Architecture rtl1 of exemple is signal std_logic; q1, il, i2: begin process begin wait until clk = '1'; q1 <= d; il <= a and ql; i2 <= il; q2 <= 12 and b; end process; end rtl1; Option #2 Architecture rtl2 exemple is signal std_logic; begin of q1, il, 12: process begin wait until clk = '1'; q1 <= d; i2 <= il; end process; q2 <= 12 and b; il <= q1 and a; end rtl2; Option #3 Architecture rtl3 of exemple is signal il, q2: std_logic; begin process begin wait until clk = '1'; il <= a and d; q2 <= il and b; end process; end rtl3;
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