crystal.fit.eqn

VHDL基础的编程源代码

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--B1_delay_counter[0] is counter:inst|delay_counter[0] at LC1
B1_delay_counter[0]_reg_input = VCC;
B1_delay_counter[0] = TFFE(B1_delay_counter[0]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[0] is counter:inst1|delay_counter[0] at LC3
B2_delay_counter[0]_reg_input = VCC;
B2_delay_counter[0] = TFFE(B2_delay_counter[0]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[1] is counter:inst|delay_counter[1] at LC6
B1_delay_counter[1]_or_out = B1_delay_counter[0];
B1_delay_counter[1]_reg_input = B1_delay_counter[1] $ B1_delay_counter[1]_or_out;
B1_delay_counter[1] = DFFE(B1_delay_counter[1]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[1] is counter:inst1|delay_counter[1] at LC5
B2_delay_counter[1]_or_out = B2_delay_counter[0];
B2_delay_counter[1]_reg_input = B2_delay_counter[1] $ B2_delay_counter[1]_or_out;
B2_delay_counter[1] = DFFE(B2_delay_counter[1]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[2] is counter:inst|delay_counter[2] at LC17
B1_delay_counter[2]_p1_out = B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[2]_or_out = B1_delay_counter[2];
B1_delay_counter[2]_reg_input = B1_delay_counter[2]_p1_out $ B1_delay_counter[2]_or_out;
B1_delay_counter[2] = DFFE(B1_delay_counter[2]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[2] is counter:inst1|delay_counter[2] at LC7
B2_delay_counter[2]_p1_out = B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[2]_or_out = B2_delay_counter[2];
B2_delay_counter[2]_reg_input = B2_delay_counter[2]_p1_out $ B2_delay_counter[2]_or_out;
B2_delay_counter[2] = DFFE(B2_delay_counter[2]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[3] is counter:inst|delay_counter[3] at LC18
B1_delay_counter[3]_p1_out = B1_delay_counter[2] & B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[3]_or_out = B1_delay_counter[3];
B1_delay_counter[3]_reg_input = B1_delay_counter[3]_p1_out $ B1_delay_counter[3]_or_out;
B1_delay_counter[3] = DFFE(B1_delay_counter[3]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[3] is counter:inst1|delay_counter[3] at LC8
B2_delay_counter[3]_p1_out = B2_delay_counter[2] & B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[3]_or_out = B2_delay_counter[3];
B2_delay_counter[3]_reg_input = B2_delay_counter[3]_p1_out $ B2_delay_counter[3]_or_out;
B2_delay_counter[3] = DFFE(B2_delay_counter[3]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[4] is counter:inst|delay_counter[4] at LC19
B1_delay_counter[4]_p1_out = B1_delay_counter[3] & B1_delay_counter[2] & B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[4]_or_out = B1_delay_counter[4];
B1_delay_counter[4]_reg_input = B1_delay_counter[4]_p1_out $ B1_delay_counter[4]_or_out;
B1_delay_counter[4] = DFFE(B1_delay_counter[4]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[4] is counter:inst1|delay_counter[4] at LC9
B2_delay_counter[4]_p1_out = B2_delay_counter[3] & B2_delay_counter[2] & B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[4]_or_out = B2_delay_counter[4];
B2_delay_counter[4]_reg_input = B2_delay_counter[4]_p1_out $ B2_delay_counter[4]_or_out;
B2_delay_counter[4] = DFFE(B2_delay_counter[4]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[5] is counter:inst|delay_counter[5] at LC20
B1_delay_counter[5]_p1_out = B1_delay_counter[4] & B1_delay_counter[3] & B1_delay_counter[2] & B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[5]_or_out = B1_delay_counter[5];
B1_delay_counter[5]_reg_input = B1_delay_counter[5]_p1_out $ B1_delay_counter[5]_or_out;
B1_delay_counter[5] = DFFE(B1_delay_counter[5]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[5] is counter:inst1|delay_counter[5] at LC10
B2_delay_counter[5]_p1_out = B2_delay_counter[4] & B2_delay_counter[3] & B2_delay_counter[2] & B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[5]_or_out = B2_delay_counter[5];
B2_delay_counter[5]_reg_input = B2_delay_counter[5]_p1_out $ B2_delay_counter[5]_or_out;
B2_delay_counter[5] = DFFE(B2_delay_counter[5]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[6] is counter:inst|delay_counter[6] at LC24
B1_delay_counter[6]_p1_out = B1_delay_counter[5] & B1_delay_counter[4] & B1_delay_counter[3] & B1_delay_counter[2] & B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[6]_or_out = B1_delay_counter[6];
B1_delay_counter[6]_reg_input = B1_delay_counter[6]_p1_out $ B1_delay_counter[6]_or_out;
B1_delay_counter[6] = DFFE(B1_delay_counter[6]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[6] is counter:inst1|delay_counter[6] at LC11
B2_delay_counter[6]_p1_out = B2_delay_counter[5] & B2_delay_counter[4] & B2_delay_counter[3] & B2_delay_counter[2] & B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[6]_or_out = B2_delay_counter[6];
B2_delay_counter[6]_reg_input = B2_delay_counter[6]_p1_out $ B2_delay_counter[6]_or_out;
B2_delay_counter[6] = DFFE(B2_delay_counter[6]_reg_input, clock_40M, GLOBAL(reset), , );


--B1_delay_counter[7] is counter:inst|delay_counter[7] at LC25
B1_delay_counter[7]_p1_out = B1_delay_counter[6] & B1_delay_counter[5] & B1_delay_counter[4] & B1_delay_counter[3] & B1_delay_counter[2] & B1_delay_counter[1] & B1_delay_counter[0];
B1_delay_counter[7]_or_out = B1_delay_counter[7];
B1_delay_counter[7]_reg_input = B1_delay_counter[7]_p1_out $ B1_delay_counter[7]_or_out;
B1_delay_counter[7] = DFFE(B1_delay_counter[7]_reg_input, clock_24M, GLOBAL(reset), , );


--B2_delay_counter[7] is counter:inst1|delay_counter[7] at LC13
B2_delay_counter[7]_p1_out = B2_delay_counter[6] & B2_delay_counter[5] & B2_delay_counter[4] & B2_delay_counter[3] & B2_delay_counter[2] & B2_delay_counter[1] & B2_delay_counter[0];
B2_delay_counter[7]_or_out = B2_delay_counter[7];
B2_delay_counter[7]_reg_input = B2_delay_counter[7]_p1_out $ B2_delay_counter[7]_or_out;