PHDL

150 lines (140 with data), 4.4 kB

// This file holds all the device declarations for this board. :-)
// I like to clean out all the cruft of unused parts and just
// list the parts I actually need here.
package dev_pack {
    // A power jack.
    device PJ-002AH-SMT {
        attr LIBRARY = "PJ-002AH-SMT";
        attr REFPREFIX = "J";
        attr REFDES = "";
        attr FOOTPRINT = "PJ-002AH-SMT";
        attr PARTNUMBER = "PJ-002AH-SMT";
        attr MFGR = "CUI";
        pin CENTER_POST =  {1};
        pin SIDE_CONTACT = {2};
        pin PLUG_DETECT =  {3};
    }

    // A clock oscilltor
    device CB3LV-3I {
        attr LIBRARY = "CB3LV-3I";
        attr REFPREFIX = "OSC";
        attr REFDES = "";
        attr FOOTPRINT = "CB3LV-3I";
        attr PARTNUMBER = "CB3LV-3I-100M0000";
        attr MFGR = "CTS";
        pin EOH = {1}; // enable, high or open turns on output.
        pin GND = {2};
        pin OUT = {3};
        pin VCC = {4};
    }

    // A nice green LED.
    device PG1113F_LED {
        attr LIBRARY = "PG1113F_LED";
        attr REFPREFIX  = "D";
        attr REFDES = "";
        attr FOOTPRINT   = "LED_1113F";
        attr PARTNUMBER = "PG1113F";
        attr MFGR       = "Stanley";
        pin anode   = {1};
        pin cathode = {2};
    }

    // JTAG connector for Xilinx FPGA configuration and debugging.
    // This connector works with the Xilinx Platform Cable USB II.
    device JTAG_CONN {
        attr LIBRARY = "JTAG_CONN";
        attr REFPREFIX = "P";
        attr REFDES = "";
        attr FOOTPRINT = "MOLEX-87332-1420";
        attr PARTNUMBER = "87332-1420";
        attr MFGR = "Molex";
        attr PINCOUNT = "14";
        pin[1:5] gnd  = {3,5,7,9,11};
        pin      pgnd = {13};
        pin      vref = {2};
        pin      tms  = {4};
        pin      tck  = {6};
        pin      tdo  = {8};
        pin      tdi  = {10};
        pin[1:3] nc   = {12,14,1};
    }

    // a non-polarized surface mount capacitor device declaration
    device capnp_0805 {
        attr LIBRARY = "capnp_0805";
        attr REFPREFIX = "C";
        attr REFDES = "";
        attr VALUE = "";
        attr FOOTPRINT = "CC0805";
        attr MFGR = "";
        attr PARTNUMBER = "";
        attr COST = "0.05";
        pin a = {1};
        pin b = {2};
    }

    // a non-polarized surface mount capacitor device declaration
    device capnp_0603 {
        attr LIBRARY = "capnp_0603";
        attr REFPREFIX = "C";
        attr REFDES = "";
        attr VALUE = "";
        attr FOOTPRINT = "CC0603";
        attr MFGR = "";
        attr PARTNUMBER = "";
        attr COST = "0.03";
        pin a = {1};
        pin b = {2};
    }

    // a surface mount resistor declaration
    device res_0603 {
        attr LIBRARY = "res_0603";
        attr REFPREFIX = "R";
        attr REFDES = "";
        attr VALUE = "";
        attr FOOTPRINT = "CR0603";
        attr MFGR = "PANASONIC";
        attr PARTNUMBER = "ERJ-3EKF1500V";
        attr COST = "0.07";
        pin a = {1};
        pin b = {2};
    }

    // a tantalum capacitor declaration
    device tant_cap_3528 {
        attr LIBRARY = "tant_cap_3528";
        attr REFPREFIX = "C";
        attr REFDES = "";
        attr VALUE = "";
        attr FOOTPRINT = "TANT3528";
        attr MFGR = "AVX";
        attr PARTNUMBER = "TCJB107M006R0045";
        attr COST = "1.55";
        pin pos = {1};
        pin neg = {2};
    }

    device mount_hole_125 {
        attr LIBRARY = "mount_hole_125";
        attr REFPREFIX = "MTG";
        attr REFDES = "";
        attr FOOTPRINT = "MOUNT_HOLE_125";
        attr COST = "0.00";
        attr MFGR = "";
        pin pin1 = {1};
    }

    // A low dropout regulator.
    device LT3022 {  
        attr LIBRARY = "LT3022";
        attr REFPREFIX = "U";
        attr REFDES = "";
        attr FOOTPRINT = "LT3022_MSOP16";
        attr PINCOUNT = "17";
        attr VALUE = "";
        attr COST = "6.10";
        attr MFGR = "LTC";
        pin[1:5] NC = {1,2,8,15,16};
        pin[1:2] OUT = {3,4};
        pin ADJ_SENSE = {5};
        pin[1:2] AGND = {6,7};
        pin SHDN_N = {9};
        pin[1:2] PGND = {10,11};
        pin[1:3] IN = {12,13,14};
        pin GND_PAD = {17};
    }
}