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6e38a6c1af53264b417992dd9cd922d305f40204
learnFPGAProject/RTL/PLL/pll_ulx3s.v
kaltinsoy 6e38a6c1af newStep.v
2025-11-27 04:28:54 +03:00

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/*
* Do not edit this file, it was generated by gen_pll.sh
*
* FPGA kind : ECP5
* Input frequency: 25 MHz
*/
module femtoPLL #(
parameter freq = 40
) (
input wire pclk,
output wire clk
);
(* ICP_CURRENT="12" *) (* LPF_RESISTOR="8" *) (* MFG_ENABLE_FILTEROPAMP="1" *) (* MFG_GMCREF_SEL="2" *)
EHXPLLL pll_i (
.RST(1'b0),
.STDBY(1'b0),
.CLKI(pclk),
.CLKOP(clk),
.CLKFB(clk),
.CLKINTFB(),
.PHASESEL0(1'b0),
.PHASESEL1(1'b0),
.PHASEDIR(1'b1),
.PHASESTEP(1'b1),
.PHASELOADREG(1'b1),
.PLLWAKESYNC(1'b0),
.ENCLKOP(1'b0)
);
defparam pll_i.PLLRST_ENA = "DISABLED";
defparam pll_i.INTFB_WAKE = "DISABLED";
defparam pll_i.STDBY_ENABLE = "DISABLED";
defparam pll_i.DPHASE_SOURCE = "DISABLED";
defparam pll_i.OUTDIVIDER_MUXA = "DIVA";
defparam pll_i.OUTDIVIDER_MUXB = "DIVB";
defparam pll_i.OUTDIVIDER_MUXC = "DIVC";
defparam pll_i.OUTDIVIDER_MUXD = "DIVD";
defparam pll_i.CLKOP_ENABLE = "ENABLED";
defparam pll_i.CLKOP_FPHASE = 0;
defparam pll_i.FEEDBK_PATH = "CLKOP";
generate
case(freq)
16: begin
defparam pll_i.CLKI_DIV=8;
defparam pll_i.CLKOP_DIV=38;
defparam pll_i.CLKOP_CPHASE=18;
defparam pll_i.CLKFB_DIV=5;
end
20: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=30;
defparam pll_i.CLKOP_CPHASE=15;
defparam pll_i.CLKFB_DIV=4;
end
24: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=24;
defparam pll_i.CLKOP_CPHASE=11;
defparam pll_i.CLKFB_DIV=1;
end
25: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=24;
defparam pll_i.CLKOP_CPHASE=11;
defparam pll_i.CLKFB_DIV=1;
end
30: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=20;
defparam pll_i.CLKOP_CPHASE=9;
defparam pll_i.CLKFB_DIV=6;
end
35: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=17;
defparam pll_i.CLKOP_CPHASE=8;
defparam pll_i.CLKFB_DIV=7;
end
40: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=15;
defparam pll_i.CLKOP_CPHASE=7;
defparam pll_i.CLKFB_DIV=8;
end
45: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=13;
defparam pll_i.CLKOP_CPHASE=6;
defparam pll_i.CLKFB_DIV=9;
end
48: begin
defparam pll_i.CLKI_DIV=8;
defparam pll_i.CLKOP_DIV=13;
defparam pll_i.CLKOP_CPHASE=6;
defparam pll_i.CLKFB_DIV=15;
end
50: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=12;
defparam pll_i.CLKOP_CPHASE=5;
defparam pll_i.CLKFB_DIV=2;
end
55: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=11;
defparam pll_i.CLKOP_CPHASE=5;
defparam pll_i.CLKFB_DIV=11;
end
60: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=10;
defparam pll_i.CLKOP_CPHASE=4;
defparam pll_i.CLKFB_DIV=12;
end
65: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=9;
defparam pll_i.CLKOP_CPHASE=4;
defparam pll_i.CLKFB_DIV=13;
end
66: begin
defparam pll_i.CLKI_DIV=8;
defparam pll_i.CLKOP_DIV=9;
defparam pll_i.CLKOP_CPHASE=4;
defparam pll_i.CLKFB_DIV=21;
end
70: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=9;
defparam pll_i.CLKOP_CPHASE=4;
defparam pll_i.CLKFB_DIV=14;
end
75: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=8;
defparam pll_i.CLKOP_CPHASE=4;
defparam pll_i.CLKFB_DIV=3;
end
80: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=7;
defparam pll_i.CLKOP_CPHASE=3;
defparam pll_i.CLKFB_DIV=16;
end
85: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=7;
defparam pll_i.CLKOP_CPHASE=3;
defparam pll_i.CLKFB_DIV=17;
end
90: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=7;
defparam pll_i.CLKOP_CPHASE=3;
defparam pll_i.CLKFB_DIV=18;
end
95: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=6;
defparam pll_i.CLKOP_CPHASE=3;
defparam pll_i.CLKFB_DIV=19;
end
100: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=6;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=4;
end
105: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=6;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=21;
end
110: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=5;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=22;
end
115: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=5;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=23;
end
120: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=5;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=24;
end
125: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=5;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=5;
end
130: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=5;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=26;
end
135: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=4;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=27;
end
140: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=4;
defparam pll_i.CLKOP_CPHASE=1;
defparam pll_i.CLKFB_DIV=28;
end
150: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=4;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=6;
end
160: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=4;
defparam pll_i.CLKOP_CPHASE=2;
defparam pll_i.CLKFB_DIV=32;
end
170: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=4;
defparam pll_i.CLKOP_CPHASE=1;
defparam pll_i.CLKFB_DIV=34;
end
180: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=3;
defparam pll_i.CLKOP_CPHASE=1;
defparam pll_i.CLKFB_DIV=36;
end
190: begin
defparam pll_i.CLKI_DIV=5;
defparam pll_i.CLKOP_DIV=3;
defparam pll_i.CLKOP_CPHASE=1;
defparam pll_i.CLKFB_DIV=38;
end
200: begin
defparam pll_i.CLKI_DIV=1;
defparam pll_i.CLKOP_DIV=3;
defparam pll_i.CLKOP_CPHASE=1;
defparam pll_i.CLKFB_DIV=8;
end
default: UNKNOWN_FREQUENCY unknown_frequency();
endcase
endgenerate
endmodule
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