rate_adjust.fit.eqn

VerilogHDL开发

--A1L25 is always0~163 at LC9
A1L25_or_out = Rate_Set[8];
A1L25 = Rate_Data[8] $ A1L25_or_out;


--A1L35 is always0~167 at LC10
A1L35_or_out = Rate_Set[9];
A1L35 = Rate_Data[9] $ A1L35_or_out;


--A1L45 is always0~171 at LC11
A1L45_or_out = Rate_Set[10];
A1L45 = Rate_Data[10] $ A1L45_or_out;


--A1L55 is always0~175 at LC12
A1L55_or_out = Rate_Set[11];
A1L55 = Rate_Data[11] $ A1L55_or_out;


--A1L65 is always0~179 at LC25
A1L65_or_out = Rate_Set[12];
A1L65 = Rate_Data[12] $ A1L65_or_out;


--A1L75 is always0~183 at LC26
A1L75_or_out = Rate_Set[13];
A1L75 = Rate_Data[13] $ A1L75_or_out;


--A1L85 is always0~187 at LC27
A1L85_or_out = Rate_Set[14];
A1L85 = Rate_Data[14] $ A1L85_or_out;


--A1L95 is always0~191 at LC28
A1L95_or_out = Rate_Set[15];
A1L95 = Rate_Data[15] $ A1L95_or_out;


--A1L3 is Rate_Adjust_Out~10 at LC33
A1L3_p1_out = !A1L25 & !A1L35 & !A1L45 & !A1L55 & !A1L65 & !A1L75 & !A1L85 & !A1L95 & A1L44 & A1L86 & A1L54 & A1L96 & A1L64 & A1L07 & A1L74 & A1L17 & A1L84 & A1L27 & A1L94 & A1L37 & A1L05 & A1L47 & A1L15 & A1L57;
A1L3_or_out = A1L3_p1_out # !Rate_Adjust_Select # En # Reset;
A1L3 = !(A1L3_or_out);


--A1L44 is always0~131sexp at SEXP33
A1L44 = EXP(Rate_Data[0] & !Rate_Set[0]);


--A1L86 is always0~203 at SEXP34
A1L86 = EXP(!Rate_Data[0] & Rate_Set[0]);


--A1L54 is always0~135sexp at SEXP35
A1L54 = EXP(Rate_Data[1] & !Rate_Set[1]);


--A1L96 is always0~204 at SEXP36
A1L96 = EXP(!Rate_Data[1] & Rate_Set[1]);


--A1L64 is always0~139sexp at SEXP37
A1L64 = EXP(Rate_Data[2] & !Rate_Set[2]);


--A1L07 is always0~205 at SEXP38
A1L07 = EXP(!Rate_Data[2] & Rate_Set[2]);


--A1L74 is always0~143sexp at SEXP39
A1L74 = EXP(Rate_Data[3] & !Rate_Set[3]);


--A1L17 is always0~206 at SEXP40
A1L17 = EXP(!Rate_Data[3] & Rate_Set[3]);


--A1L84 is always0~147sexp at SEXP41
A1L84 = EXP(Rate_Data[4] & !Rate_Set[4]);


--A1L27 is always0~207 at SEXP42
A1L27 = EXP(!Rate_Data[4] & Rate_Set[4]);


--A1L94 is always0~151sexp at SEXP43
A1L94 = EXP(Rate_Data[5] & !Rate_Set[5]);


--A1L37 is always0~208 at SEXP44
A1L37 = EXP(!Rate_Data[5] & Rate_Set[5]);


--A1L05 is always0~155sexp at SEXP45
A1L05 = EXP(Rate_Data[6] & !Rate_Set[6]);


--A1L47 is always0~209 at SEXP46
A1L47 = EXP(!Rate_Data[6] & Rate_Set[6]);


--A1L15 is always0~159sexp at SEXP47
A1L15 = EXP(Rate_Data[7] & !Rate_Set[7]);


--A1L57 is always0~210 at SEXP48
A1L57 = EXP(!Rate_Data[7] & Rate_Set[7]);


--En is En at PIN_76
--operation mode is input

En = INPUT();


--Reset is Reset at PIN_54
--operation mode is input

Reset = INPUT();


--Rate_Adjust_Select is Rate_Adjust_Select at PIN_79
--operation mode is input

Rate_Adjust_Select = INPUT();


--Rate_Data[15] is Rate_Data[15] at PIN_98
--operation mode is input

Rate_Data[15] = INPUT();


--Rate_Data[14] is Rate_Data[14] at PIN_56
--operation mode is input

Rate_Data[14] = INPUT();


--Rate_Data[13] is Rate_Data[13] at PIN_80
--operation mode is input

Rate_Data[13] = INPUT();


--Rate_Data[12] is Rate_Data[12] at PIN_57
--operation mode is input

Rate_Data[12] = INPUT();


--Rate_Data[11] is Rate_Data[11] at PIN_32
--operation mode is input

Rate_Data[11] = INPUT();


--Rate_Data[10] is Rate_Data[10] at PIN_30
--operation mode is input

Rate_Data[10] = INPUT();


--Rate_Data[9] is Rate_Data[9] at PIN_47
--operation mode is input

Rate_Data[9] = INPUT();


--Rate_Data[8] is Rate_Data[8] at PIN_29
--operation mode is input

Rate_Data[8] = INPUT();


--Rate_Data[7] is Rate_Data[7] at PIN_48
--operation mode is input

Rate_Data[7] = INPUT();


--Rate_Data[6] is Rate_Data[6] at PIN_58
--operation mode is input

Rate_Data[6] = INPUT();


--Rate_Data[5] is Rate_Data[5] at PIN_94
--operation mode is input

Rate_Data[5] = INPUT();


--Rate_Data[4] is Rate_Data[4] at PIN_60
--operation mode is input

Rate_Data[4] = INPUT();


--Rate_Data[3] is Rate_Data[3] at PIN_16
--operation mode is input

Rate_Data[3] = INPUT();


--Rate_Data[2] is Rate_Data[2] at PIN_61
--operation mode is input

Rate_Data[2] = INPUT();


--Rate_Data[1] is Rate_Data[1] at PIN_93
--operation mode is input

Rate_Data[1] = INPUT();


--Rate_Data[0] is Rate_Data[0] at PIN_84
--operation mode is input

Rate_Data[0] = INPUT();


--Rate_Set[15] is Rate_Set[15] at PIN_92
--operation mode is input

Rate_Set[15] = INPUT();


--Rate_Set[14] is Rate_Set[14] at PIN_85
--operation mode is input

Rate_Set[14] = INPUT();


--Rate_Set[13] is Rate_Set[13] at PIN_6
--operation mode is input

Rate_Set[13] = INPUT();


--Rate_Set[12] is Rate_Set[12] at PIN_46
--operation mode is input

Rate_Set[12] = INPUT();


--Rate_Set[11] is Rate_Set[11] at PIN_8
--operation mode is input

Rate_Set[11] = INPUT();


--Rate_Set[10] is Rate_Set[10] at PIN_45
--operation mode is input

Rate_Set[10] = INPUT();


--Rate_Set[9] is Rate_Set[9] at PIN_17
--operation mode is input

Rate_Set[9] = INPUT();


--Rate_Set[8] is Rate_Set[8] at PIN_83
--operation mode is input

Rate_Set[8] = INPUT();


--Rate_Set[7] is Rate_Set[7] at PIN_96
--operation mode is input

Rate_Set[7] = INPUT();


--Rate_Set[6] is Rate_Set[6] at PIN_19
--operation mode is input

Rate_Set[6] = INPUT();


--Rate_Set[5] is Rate_Set[5] at PIN_81
--operation mode is input

Rate_Set[5] = INPUT();


--Rate_Set[4] is Rate_Set[4] at PIN_20
--operation mode is input

Rate_Set[4] = INPUT();


--Rate_Set[3] is Rate_Set[3] at PIN_97
--operation mode is input

Rate_Set[3] = INPUT();


--Rate_Set[2] is Rate_Set[2] at PIN_99
--operation mode is input

Rate_Set[2] = INPUT();


--Rate_Set[1] is Rate_Set[1] at PIN_25
--operation mode is input

Rate_Set[1] = INPUT();


--Rate_Set[0] is Rate_Set[0] at PIN_71
--operation mode is input

Rate_Set[0] = INPUT();


--Rate_Adjust_Out is Rate_Adjust_Out at PIN_40
--operation mode is output

Rate_Adjust_Out = OUTPUT(A1L3);