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// Created by IP Generator (Version 2021.1-SP7 build 86875)
////////////////////////////////////////////////////////////////////////////////// Copyright (c) 2019 PANGO MICROSYSTEMS, INC// ALL RIGHTS REVERVED.//// THE SOURCE CODE CONTAINED HEREIN IS PROPRIETARY TO PANGO MICROSYSTEMS, INC.// IT SHALL NOT BE REPRODUCED OR DISCLOSED IN WHOLE OR IN PART OR USED BY// PARTIES WITHOUT WRITTEN AUTHORIZATION FROM THE OWNER.////////////////////////////////////////////////////////////////////////////////// // Library:// Filename:inclkpll.v //////////////////////////////////////////////////////////////////////////////
module inclkpll ( clkin1, clkout0, pll_lock );
localparam real CLKIN_FREQ = 50.0; localparam integer STATIC_RATIOI = 2; localparam integer STATIC_RATIO0 = 120; localparam integer STATIC_RATIO1 = 12; localparam integer STATIC_RATIO2 = 16; localparam integer STATIC_RATIO3 = 16; localparam integer STATIC_RATIO4 = 16; localparam integer STATIC_RATIOF = 24; localparam integer STATIC_DUTY0 = 120; localparam integer STATIC_DUTY1 = 12; localparam integer STATIC_DUTY2 = 16; localparam integer STATIC_DUTY3 = 16; localparam integer STATIC_DUTY4 = 16; localparam integer STATIC_DUTYF = 24; localparam integer STATIC_PHASE0 = 16; localparam integer STATIC_PHASE1 = 16; localparam integer STATIC_PHASE2 = 16; localparam integer STATIC_PHASE3 = 16; localparam integer STATIC_PHASE4 = 16; localparam CLK_CAS1_EN = "FALSE"; localparam CLK_CAS2_EN = "FALSE"; localparam CLK_CAS3_EN = "FALSE"; localparam CLK_CAS4_EN = "FALSE"; localparam CLKIN_BYPASS_EN = "FALSE"; localparam CLKOUT0_GATE_EN = "FALSE"; localparam CLKOUT0_EXT_GATE_EN = "FALSE"; localparam CLKOUT1_GATE_EN = "FALSE"; localparam CLKOUT2_GATE_EN = "FALSE"; localparam CLKOUT3_GATE_EN = "FALSE"; localparam CLKOUT4_GATE_EN = "FALSE"; localparam FBMODE = "FALSE"; localparam integer FBDIV_SEL = 0; localparam BANDWIDTH = "OPTIMIZED"; localparam PFDEN_EN = "FALSE"; localparam VCOCLK_DIV2 = 1'b0; localparam DYNAMIC_RATIOI_EN = "FALSE"; localparam DYNAMIC_RATIO0_EN = "FALSE"; localparam DYNAMIC_RATIO1_EN = "FALSE"; localparam DYNAMIC_RATIO2_EN = "FALSE"; localparam DYNAMIC_RATIO3_EN = "FALSE"; localparam DYNAMIC_RATIO4_EN = "FALSE"; localparam DYNAMIC_RATIOF_EN = "FALSE"; localparam DYNAMIC_DUTY0_EN = "FALSE"; localparam DYNAMIC_DUTY1_EN = "FALSE"; localparam DYNAMIC_DUTY2_EN = "FALSE"; localparam DYNAMIC_DUTY3_EN = "FALSE"; localparam DYNAMIC_DUTY4_EN = "FALSE"; localparam DYNAMIC_DUTYF_EN = "FALSE"; localparam PHASE_ADJUST0_EN = "TRUE"; localparam PHASE_ADJUST1_EN = (CLK_CAS1_EN == "TRUE") ? "FALSE" : "TRUE"; localparam PHASE_ADJUST2_EN = (CLK_CAS2_EN == "TRUE") ? "FALSE" : "TRUE"; localparam PHASE_ADJUST3_EN = (CLK_CAS3_EN == "TRUE") ? "FALSE" : "TRUE"; localparam PHASE_ADJUST4_EN = (CLK_CAS4_EN == "TRUE") ? "FALSE" : "TRUE"; localparam DYNAMIC_PHASE0_EN = "FALSE"; localparam DYNAMIC_PHASE1_EN = "FALSE"; localparam DYNAMIC_PHASE2_EN = "FALSE"; localparam DYNAMIC_PHASE3_EN = "FALSE"; localparam DYNAMIC_PHASE4_EN = "FALSE"; localparam DYNAMIC_PHASEF_EN = "FALSE"; localparam integer STATIC_PHASEF = 16; localparam CLK_CAS0_EN = "FALSE"; localparam integer CLKOUT5_SEL = 0; localparam CLKOUT5_GATE_EN = "FALSE"; localparam INTERNAL_FB = (FBMODE == "FALSE") ? "ENABLE":"DISABLE"; localparam EXTERNAL_FB = (FBMODE == "FALSE") ? "DISABLE": (FBDIV_SEL == 0) ? "CLKOUT0": (FBDIV_SEL == 1) ? "CLKOUT1": (FBDIV_SEL == 2) ? "CLKOUT2": (FBDIV_SEL == 3) ? "CLKOUT3": (FBDIV_SEL == 4) ? "CLKOUT4":"DISABLE"; localparam RSTODIV_ENABLE = "FALSE"; localparam SIM_DEVICE = "PGL22G";
input clkin1; output clkout0; output pll_lock;
wire clkout0; wire clkout0_2pad; wire clkout1; wire clkout2; wire clkout3; wire clkout4; wire clkout5; wire clkswitch_flag; wire pll_lock; wire clkin1; wire clkin2; wire clkfb; wire clkin_sel; wire clkin_sel_en; wire pfden; wire clkout0_gate; wire clkout0_2pad_gate; wire clkout1_gate; wire clkout2_gate; wire clkout3_gate; wire clkout4_gate; wire clkout5_gate; wire [9:0] dyn_idiv; wire [9:0] dyn_odiv0; wire [9:0] dyn_odiv1; wire [9:0] dyn_odiv2; wire [9:0] dyn_odiv3; wire [9:0] dyn_odiv4; wire [9:0] dyn_fdiv; wire [9:0] dyn_duty0; wire [9:0] dyn_duty1; wire [9:0] dyn_duty2; wire [9:0] dyn_duty3; wire [9:0] dyn_duty4; wire [12:0] dyn_phase0; wire [12:0] dyn_phase1; wire [12:0] dyn_phase2; wire [12:0] dyn_phase3; wire [12:0] dyn_phase4; wire pll_pwd; wire pll_rst; wire rstodiv; wire icp_base; wire [3:0] icp_sel; wire [2:0] lpfres_sel; wire cripple_sel; wire [2:0] phase_sel; wire phase_dir; wire phase_step_n; wire load_phase; wire [6:0] dyn_mdiv; assign clkin2 = 1'b0; assign clkin_sel = 1'b0; assign clkin_sel_en = 1'b0; assign pll_pwd = 1'b0; assign pll_rst = 1'b0; assign rstodiv = 1'b0;
GTP_PLL_E1 #( .CLKIN_FREQ(CLKIN_FREQ), .PFDEN_EN(PFDEN_EN), .VCOCLK_DIV2(VCOCLK_DIV2), .DYNAMIC_RATIOI_EN(DYNAMIC_RATIOI_EN), .DYNAMIC_RATIO0_EN(DYNAMIC_RATIO0_EN), .DYNAMIC_RATIO1_EN(DYNAMIC_RATIO1_EN), .DYNAMIC_RATIO2_EN(DYNAMIC_RATIO2_EN), .DYNAMIC_RATIO3_EN(DYNAMIC_RATIO3_EN), .DYNAMIC_RATIO4_EN(DYNAMIC_RATIO4_EN), .DYNAMIC_RATIOF_EN(DYNAMIC_RATIOF_EN), .STATIC_RATIOI(STATIC_RATIOI), .STATIC_RATIO0(STATIC_RATIO0), .STATIC_RATIO1(STATIC_RATIO1), .STATIC_RATIO2(STATIC_RATIO2), .STATIC_RATIO3(STATIC_RATIO3), .STATIC_RATIO4(STATIC_RATIO4), .STATIC_RATIOF(STATIC_RATIOF), .DYNAMIC_DUTY0_EN(DYNAMIC_DUTY0_EN), .DYNAMIC_DUTY1_EN(DYNAMIC_DUTY1_EN), .DYNAMIC_DUTY2_EN(DYNAMIC_DUTY2_EN), .DYNAMIC_DUTY3_EN(DYNAMIC_DUTY3_EN), .DYNAMIC_DUTY4_EN(DYNAMIC_DUTY4_EN), .DYNAMIC_DUTYF_EN(DYNAMIC_DUTYF_EN), .STATIC_DUTY0(STATIC_DUTY0), .STATIC_DUTY1(STATIC_DUTY1), .STATIC_DUTY2(STATIC_DUTY2), .STATIC_DUTY3(STATIC_DUTY3), .STATIC_DUTY4(STATIC_DUTY4), .STATIC_DUTYF(STATIC_DUTYF), .PHASE_ADJUST0_EN(PHASE_ADJUST0_EN), .PHASE_ADJUST1_EN(PHASE_ADJUST1_EN), .PHASE_ADJUST2_EN(PHASE_ADJUST2_EN), .PHASE_ADJUST3_EN(PHASE_ADJUST3_EN), .PHASE_ADJUST4_EN(PHASE_ADJUST4_EN), .DYNAMIC_PHASE0_EN(DYNAMIC_PHASE0_EN), .DYNAMIC_PHASE1_EN(DYNAMIC_PHASE1_EN), .DYNAMIC_PHASE2_EN(DYNAMIC_PHASE2_EN), .DYNAMIC_PHASE3_EN(DYNAMIC_PHASE3_EN), .DYNAMIC_PHASE4_EN(DYNAMIC_PHASE4_EN), .DYNAMIC_PHASEF_EN(DYNAMIC_PHASEF_EN), .STATIC_PHASE0(STATIC_PHASE0[2:0]), .STATIC_PHASE1(STATIC_PHASE1[2:0]), .STATIC_PHASE2(STATIC_PHASE2[2:0]), .STATIC_PHASE3(STATIC_PHASE3[2:0]), .STATIC_PHASE4(STATIC_PHASE4[2:0]), .STATIC_PHASEF(STATIC_PHASEF[2:0]), .STATIC_CPHASE0(STATIC_PHASE0[12:3]), .STATIC_CPHASE1(STATIC_PHASE1[12:3]), .STATIC_CPHASE2(STATIC_PHASE2[12:3]), .STATIC_CPHASE3(STATIC_PHASE3[12:3]), .STATIC_CPHASE4(STATIC_PHASE4[12:3]), .STATIC_CPHASEF(STATIC_PHASEF[12:3]), .CLK_CAS0_EN(CLK_CAS0_EN), .CLK_CAS1_EN(CLK_CAS1_EN), .CLK_CAS2_EN(CLK_CAS2_EN), .CLK_CAS3_EN(CLK_CAS3_EN), .CLK_CAS4_EN(CLK_CAS4_EN), .CLKOUT5_SEL(CLKOUT5_SEL), .CLKIN_BYPASS_EN(CLKIN_BYPASS_EN), .CLKOUT0_SYN_EN(CLKOUT0_GATE_EN), .CLKOUT0_EXT_SYN_EN(CLKOUT0_EXT_GATE_EN), .CLKOUT1_SYN_EN(CLKOUT1_GATE_EN), .CLKOUT2_SYN_EN(CLKOUT2_GATE_EN), .CLKOUT3_SYN_EN(CLKOUT3_GATE_EN), .CLKOUT4_SYN_EN(CLKOUT4_GATE_EN), .CLKOUT5_SYN_EN(CLKOUT5_GATE_EN), .INTERNAL_FB(INTERNAL_FB), .EXTERNAL_FB(EXTERNAL_FB), .RSTODIV_PHASE_EN(RSTODIV_ENABLE), .SIM_DEVICE(SIM_DEVICE), .BANDWIDTH(BANDWIDTH) ) u_pll_e1 ( .CLKOUT0(clkout0), .CLKOUT0_EXT(clkout0_2pad), .CLKOUT1(clkout1), .CLKOUT2(clkout2), .CLKOUT3(clkout3), .CLKOUT4(clkout4), .CLKOUT5(clkout5), .CLKSWITCH_FLAG(clkswitch_flag), .LOCK(pll_lock), .CLKIN1(clkin1), .CLKIN2(clkin2), .CLKFB(clkfb), .CLKIN_SEL(clkin_sel), .CLKIN_SEL_EN(clkin_sel_en), .PFDEN(pfden), .RATIOI(dyn_idiv), .RATIO0(dyn_odiv0), .RATIO1(dyn_odiv1), .RATIO2(dyn_odiv2), .RATIO3(dyn_odiv3), .RATIO4(dyn_odiv4), .RATIOF(dyn_fdiv), .DUTY0(dyn_duty0), .DUTY1(dyn_duty1), .DUTY2(dyn_duty2), .DUTY3(dyn_duty3), .DUTY4(dyn_duty4), .DUTYF(), .PHASE0(dyn_phase0[2:0]), .PHASE1(dyn_phase1[2:0]), .PHASE2(dyn_phase2[2:0]), .PHASE3(dyn_phase3[2:0]), .PHASE4(dyn_phase4[2:0]), .PHASEF(), .CPHASE0(dyn_phase0[12:3]), .CPHASE1(dyn_phase1[12:3]), .CPHASE2(dyn_phase2[12:3]), .CPHASE3(dyn_phase3[12:3]), .CPHASE4(dyn_phase4[12:3]), .CPHASEF(), .CLKOUT0_SYN(clkout0_gate), .CLKOUT0_EXT_SYN(clkout0_2pad_gate), .CLKOUT1_SYN(clkout1_gate), .CLKOUT2_SYN(clkout2_gate), .CLKOUT3_SYN(clkout3_gate), .CLKOUT4_SYN(clkout4_gate), .CLKOUT5_SYN(clkout5_gate), .PLL_PWD(pll_pwd), .RST(pll_rst), .RSTODIV_PHASE(rstodiv) ); endmodule
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