kicad/hardpass-pcb/kicad-ESP8266/ESP8266.3dshapes/ESP-07v2.scad

   1 fragments=20;
   2 module halfPad() {
   3     color("Gold", a=1) {
   4         difference() {
   5             cube(size=[1,1,1], center=true);
   6             cylinder(h=2,d=0.6,center = true, $fn=fragments);
   7         };
   8     };
   9 };
  10
  11 module padHoles(x, y, zRot = 0) {
  12     rotate([0, 0, zRot]) {
  13         translate([x, y, 0]) {
  14             cylinder(h=2,d=0.6,center=true,$fn=fragments);
  15             translate([1,0,0]) {
  16                 cylinder(h=2,d=0.6,center=true,$fn=fragments);
  17             };
  18         };
  19     };
  20 };
  21
  22 module pad(x, y, zRot = 0) {
  23     rotate([0, 0, zRot]) {
  24         translate([x, y, 0]) {
  25             halfPad();
  26             difference() {
  27                 translate([1,0,0]) {
  28                     halfPad();
  29                     };
  30                 translate([1.25,0,0]) {
  31                     cube(size=[0.5,1.1,1.1], center=true);
  32                     };
  33             };
  34         };
  35     };
  36 };
  37 module pads() {
  38     pad(0,0);
  39     pad(0,2);
  40     pad(0,4);
  41     pad(0,6);
  42     pad(0,8);
  43     pad(0,10);
  44     pad(0,12);
  45     pad(0,14);
  46     pad(14,0,180);
  47     pad(14,-2,180);
  48     pad(14,-4,180);
  49     pad(14,-6,180);
  50     pad(14,-8,180);
  51     pad(14,-10,180);
  52     pad(14,-12,180);
  53     pad(14,-14,180);
  54 };
  55
  56 module holes() {
  57     padHoles(0,0);
  58     padHoles(0,2);
  59     padHoles(0,4);
  60     padHoles(0,6);
  61     padHoles(0,8);
  62     padHoles(0,10);
  63     padHoles(0,12);
  64     padHoles(0,14);
  65     padHoles(14,0,180);
  66     padHoles(14,-2,180);
  67     padHoles(14,-4,180);
  68     padHoles(14,-6,180);
  69     padHoles(14,-8,180);
  70     padHoles(14,-10,180);
  71     padHoles(14,-12,180);
  72     padHoles(14,-14,180);
  73 };
  74
  75 // Translate so that pin 1 and the bottom of the board
  76 // is the reference point (0,0,0)
  77 translate([14,-14,0.50]) {
  78     // pcb
  79     difference() {
  80         union() {
  81             color("Blue", a=1) {
  82                 translate([-15, -1.6, -0.49]) {
  83                     cube(size=[16, 22, 0.98], center = false);
  84                 };
  85             };
  86             pads();
  87         };
  88         holes();
  89     };
  90
  91     //shield
  92     translate([-15 + 1.98, 0, 0.5]) {
  93         color("Silver", a=1) {
  94             cube(size=[12.1, 15.2, 2.3], center = false);
  95         };
  96     };
  97
  98     //antenna
  99     translate([-9.63, 17, 0.5]) {
 100         color("AntiqueWhite", a=1) {
 101             cube(size=[9.63, 1.98, 1], center = false);
 102         };
 103     };
 104
 105     //antenna connector
 106     translate([-14,16,0.5]) {
 107         color("White", a=1) {
 108             cube(size=[2.58, 2.58, 0.4], center = false);
 109         };
 110         translate([2.58/2, 2.58/2, 0.5]) {
 111         color("Gold", a=1) {
 112             difference() {
 113                 cylinder(h=1.3, d=1.98, center=true, $fn=fragments);
 114                 cylinder(h=1.5, d=1.70, center=true, $fn=fragments);
 115                 };
 116
 117             cylinder(h=0.5, d=0.5, $fn=fragments);
 118         };
 119         };
 120     };
 121
 122     //leds
 123     translate([-2.5,15.5,0.5]){
 124         color("White", a=1) {
 125         cube(size=[2,1,0.4], center=false);
 126         };
 127     };
 128     translate([-8.5,15.5,0.5]){
 129         color("White", a=1) {
 130         cube(size=[2,1,0.4], center=false);
 131         };
 132     };
 133 };