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PortaPack H1 case updated for four-hole design, new vendor.

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This commit is contained in:
Jared Boone 2018-06-22 17:29:38 -07:00
parent 2121d1ef5c
commit 804ebd25aa
5 changed files with 0 additions and 1150 deletions
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hardware/portapack_h1/case/pp_h1_case.fcstd Normal file
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hardware/portapack_h1/case/pp_h1_case_2.scad
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use <pp_h1_shell.scad>
//use <pp_h1_holes.scad>
use <pp_h1_stack.scad>
include <pp_h1_parameters.scad>
module case() {
difference() {
if( case_radiused ) {
case_outer_volume_radiused();
} else {
case_outer_volume_squared();
}
union() {
if( case_radiused ) {
case_bottom_void_tool_volume_ball();
} else {
case_bottom_void_tool_volume_end();
}
case_pcb_plane_void_tool_volume();
pcb_attach_drills_volume();
case_bumpers_emboss();
translate([0, 0, h1_pcb_thickness]) portapack_h1_stack_drills();
}
}
}
/* Cross section */
module case_cross_section() {
difference() {
case();
translate([70, -10, -10]) cube([100, 100, 100]);
}
}
module case_and_h1() {
case();
translate([0, 0, h1_pcb_thickness]) hackrf_one();
}
module case_and_stack() {
case();
translate([0, 0, h1_pcb_thickness]) portapack_h1_stack();
}
module stack_case_interference() {
intersection() {
case();
translate([0, 0, h1_pcb_thickness]) portapack_h1_stack();
}
}
module stack_stack_interference() {
// Ensure stack and spacers do not interfere.
intersection() {
union() {
portapack_h1_stack_hackrf_one();
portapack_h1_stack_portapack();
}
portapack_h1_stack_spacers();
}
// Ensure screws do not interfere with stack.
intersection() {
union() {
portapack_h1_stack_hackrf_one();
portapack_h1_stack_spacers();
portapack_h1_stack_portapack();
}
portapack_h1_stack_screws();
}
}
case();
//case_and_h1();
//case_and_stack();
//case_cross_section();
//stack_case_interference();
//stack_stack_interference();

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hardware/portapack_h1/case/pp_h1_parameters.scad
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pcb_l = 120;
pcb_w = 75;
pcb_corner_r = 4;
pcb_hole_r = 3.2 / 2;
pcb_hole_pad_r = 5.6 / 2;
h1_pcb_thickness = 1.64;
pp_h1_pcb_thickness = 1.56;
spacer_height = 12.0;
bolt_drill_d = 3.0;
pcb_attach_drills_depth = 4.0;
pcb_case_clearance = 0.5;
case_thickness = 1.5;
case_bottom_thickness = case_thickness * 2;
h1_pcb_bottom_clearance = 4.0;
case_bottom_tool_r = 3.0;
h1_led_hole_diameter = 2;
h1_led_diffuser_thickness = 0.85;
case_pcb_n_clearance = h1_led_diffuser_thickness + 0.15;
case_pcb_w_clearance = pcb_case_clearance;
case_pcb_e_clearance = pcb_case_clearance;
case_pcb_s_clearance = pcb_case_clearance;
lcd_thickness = 3.8;
case_lid_thickness = 3.0 / 16.0 * 25.4;
case_height_above_datum = h1_pcb_thickness + spacer_height + pp_h1_pcb_thickness + case_lid_thickness;
case_height_below_datum = case_bottom_thickness + h1_pcb_bottom_clearance;
case_height = case_height_below_datum + case_height_above_datum;
attach_foot_r = pcb_hole_pad_r;
attach_drill_r = bolt_drill_d / 2.0;
case_bumper_d = 0.5 * 25.4;
case_bumper_clearance = 0.0;
case_bumper_emboss_depth = 1.0;
case_radiused = true;
case_bumper_inset_from_pcb_edge = case_radiused ? 14.0 : 12.0;
mounting_drills = [
[4, 4],
[116, 4],
[4, pcb_w - 4],
[116, pcb_w - 4]
];
module pcb_extents() {
square([pcb_l, pcb_w]);
}
module pcb_outline() {
minkowski() {
offset(r=-pcb_corner_r) {
pcb_extents();
}
circle(r=pcb_corner_r);
}
}
module pcb_outline_clearance() {
minkowski() {
offset(r=-pcb_corner_r) {
polygon([
[0 - case_pcb_n_clearance, 0 - case_pcb_w_clearance],
[0 - case_pcb_n_clearance, pcb_w + case_pcb_e_clearance],
[pcb_l + case_pcb_s_clearance, pcb_w + case_pcb_e_clearance],
[pcb_l + case_pcb_s_clearance, 0 - case_pcb_w_clearance]
]);
}
circle(r=pcb_corner_r);
}
}

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hardware/portapack_h1/case/pp_h1_shell.scad
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include <pp_h1_parameters.scad>
$fs=0.1;
module attach_corner() {
circle(attach_foot_r);
polygon([[-10, -10],[attach_foot_r, -10],[attach_foot_r, 0],[0, attach_foot_r],[-10, attach_foot_r]]);
}
module attach_side() {
circle(attach_foot_r);
translate([0, -attach_foot_r]) square([10, attach_foot_r * 2]);
}
module attach_center() {
circle(attach_foot_r);
}
module pcb_supports() {
translate(mounting_drills[0]) attach_corner();
translate(mounting_drills[1]) rotate(90) attach_corner();
translate(mounting_drills[2]) rotate(270) attach_corner();
translate(mounting_drills[3]) rotate(180) attach_corner();
}
module pcb_attach_drill_outline() {
circle(r=attach_drill_r);
}
module pcb_attach_drills_outline() {
for(p = mounting_drills) {
translate(p) pcb_attach_drill_outline();
}
}
module pcb_attach_drills_volume() {
translate([0, 0, -pcb_attach_drills_depth]) linear_extrude(height=30) {
pcb_attach_drills_outline();
}
}
module case_bottom_void_edge() {
// Edge of PCB, plus case clearance, minus board supports.
difference() {
pcb_outline_clearance();
pcb_supports();
}
}
module case_bottom_void_tool_path() {
// Tool path to cut bottom of case.
offset(r=-case_bottom_tool_r) {
case_bottom_void_edge();
}
}
module case_bottom_void_tool_volume_ball() {
$fs=2;
$fn=18;
// Tool cut volume for bottom of case.
// Z=0 at bottom plane of H1 PCB
translate([0, 0, -h1_pcb_bottom_clearance + case_bottom_tool_r]) minkowski() {
linear_extrude(height=50, convexity=10) {
case_bottom_void_tool_path();
}
sphere(r=case_bottom_tool_r);
}
}
module case_outer_volume_radiused() {
$fs=2;
$fn=18;
tool_r = case_bottom_tool_r + case_thickness;
tz = h1_pcb_bottom_clearance + case_bottom_thickness - tool_r;
difference() {
// Rounded volume
translate([0, 0, -tz]) {
minkowski() {
linear_extrude(height=30, convexity=10) {
offset(r=-case_bottom_tool_r) {
pcb_outline_clearance();
}
}
sphere(r=tool_r);
}
}
// Cut off the top.
translate([-10, -10, case_height_above_datum]) cube([200, 200, 200]);
}
}
module case_bottom_void_tool_volume_end() {
// Tool cut volume for bottom of case.
// Z=0 at bottom plane of H1 PCB
translate([0, 0, -h1_pcb_bottom_clearance]) {
linear_extrude(height=50) {
minkowski() {
case_bottom_void_tool_path();
circle(r=case_bottom_tool_r);
}
}
}
}
module case_bumper_emboss_outline() {
circle(r=case_bumper_d / 2 + case_bumper_clearance);
}
module case_bumper_emboss_tool() {
height = 10;
translate([0, 0, -height]) linear_extrude(height=height) {
case_bumper_emboss_outline();
}
}
module case_bumpers_emboss() {
tz = case_height_below_datum - case_bumper_emboss_depth;
translate([0, 0, -tz]) {
translate([case_bumper_inset_from_pcb_edge, case_bumper_inset_from_pcb_edge, 0]) case_bumper_emboss_tool();
translate([pcb_l - case_bumper_inset_from_pcb_edge, case_bumper_inset_from_pcb_edge, 0]) case_bumper_emboss_tool();
translate([case_bumper_inset_from_pcb_edge, pcb_w - case_bumper_inset_from_pcb_edge, 0]) case_bumper_emboss_tool();
translate([pcb_l - case_bumper_inset_from_pcb_edge, pcb_w - case_bumper_inset_from_pcb_edge, 0]) case_bumper_emboss_tool();
}
}
module case_pcb_plane_void_tool_edge() {
offset(r=-pcb_corner_r) {
pcb_outline_clearance();
}
}
module case_pcb_plane_void_tool_volume() {
linear_extrude(height=30, convexity=10) {
minkowski() {
case_pcb_plane_void_tool_edge();
circle(r=pcb_corner_r);
}
}
}
module case_outer_volume_squared() {
t = case_bottom_thickness + h1_pcb_bottom_clearance;
translate([0, 0, -t]) linear_extrude(height=t + case_height_above_datum) {
minkowski() {
pcb_outline();
circle(r=pcb_case_clearance + case_thickness);
}
}
}

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hardware/portapack_h1/case/pp_h1_stack.scad
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include <pp_h1_parameters.scad>
$fs=0.1;
module pcb_mounting_hole_drill() {
circle(r=pcb_hole_r);
}
module pcb_mounting_hole_drills() {
translate([ 64, 104]) pcb_mounting_hole_drill();
translate([126, 104]) pcb_mounting_hole_drill();
translate([176, 104]) pcb_mounting_hole_drill();
translate([ 64, 171]) pcb_mounting_hole_drill();
translate([131, 144]) pcb_mounting_hole_drill();
translate([176, 171]) pcb_mounting_hole_drill();
}
////////////////////////////////////////////////////////
module pcb_cutout_antenna_pos() {
x = 61.5;
y1 = 154.75;
y2 = 167.25;
r = 1.5;
minkowski() {
polygon(
points=[[x+8,y1-4],[x,y1-4],[x,y1],[x+4,y1],[x+4,y2],[x,y2],[x,y2+4],[x+8,y2+4]]
);
circle(r=r);
};
}
module pcb_cutout_antenna_neg_curve() {
x = 59.5;
y1 = 157;
y2 = 165;
r = 1.5;
minkowski() {
polygon(
points=[[x-2,y1],[x,y1],[x,y2],[x-2,y2]]
);
circle(r=r);
};
}
module pcb_cutout_antenna_neg() {
x = 60.5;
y1 = 157;
y2 = 165;
w = -4;
union() {
polygon(
points=[[x+w,y1-3],[x,y1-3],[x,y2+3],[x+w,y2+3]]
);
pcb_cutout_antenna_neg_curve();
}
}
module pcb_cutout_antenna() {
difference() {
pcb_cutout_antenna_neg();
pcb_cutout_antenna_pos();
}
}
////////////////////////////////////////////////////////
module pcb_cutout_clocks_pos() {
x = 178.5;
y1 = 138.75;
y2 = 169.25;
r = 1.5;
w = 8;
w2 = 4;
minkowski() {
polygon(
points=[[x-w,y1-4],[x,y1-4],[x,y1],[x-w2,y1],[x-w2,y2],[x,y2],[x,y2+4],[x-w,y2+4]]
);
circle(r=r);
};
}
module pcb_cutout_clock_neg_curve() {
x = 180.5;
y1 = 141;
y2 = 167;
r = 1.5;
w = 2;
minkowski() {
polygon(
points=[[x,y1],[x+w,y1],[x+w,y2],[x,y2]]
);
circle(r=r);
};
}
module pcb_cutout_clocks_neg() {
x = 179.5;
y1 = 141;
y2 = 167;
w = 6;
union() {
polygon(
points=[[x,y1-3],[x+w,y1-3],[x+w,y2+3],[x,y2+3]]
);
pcb_cutout_clock_neg_curve();
}
}
module pcb_cutout_clocks() {
difference() {
pcb_cutout_clocks_neg();
pcb_cutout_clocks_pos();
}
}
////////////////////////////////////////////////////////
bulkhead_w = 6.35;
bulkhead_h = 6.35;
bulkhead_thickness = 1.02;
barrel_d = 6.2;
barrel_clip_d = 5.5;
barrel_l = 12.45 - bulkhead_thickness;
barrel_r = barrel_d / 2;
barrel_clip_r = barrel_clip_d / 2;
peg_l = 3.81;
peg_w = 1.02;
peg_bottom_h = 0.76;
peg_top_h = 1.27;
peg_space = 1.78;
module sma_73251_2120_pegs() {
peg_top_ty = bulkhead_h/2 - peg_bottom_h - peg_space - peg_top_h;
linear_extrude(height=peg_l)
{
translate([-bulkhead_w/2, peg_top_ty])
square([peg_w, peg_top_h]);
translate([bulkhead_w/2 - peg_w, peg_top_ty])
square([peg_w, peg_top_h]);
translate([-bulkhead_w/2, bulkhead_h/2 - peg_bottom_h])
square([peg_w, peg_bottom_h]);
translate([bulkhead_w/2 - peg_w, bulkhead_h/2 - peg_bottom_h])
square([peg_w, peg_bottom_h]);
}
}
module sma_73251_2120_barrel_outline_circle() {
circle(r=barrel_r);
}
module sma_73251_2120_barrel_outline() {
intersection() {
sma_73251_2120_barrel_outline_circle();
square([barrel_clip_d, barrel_d + 1], center=true);
}
}
module sma_73251_2120_barrel() {
linear_extrude(height=barrel_l) {
sma_73251_2120_barrel_outline();
}
}
module sma_73251_2120_bulkhead() {
linear_extrude(height=bulkhead_thickness) {
square([bulkhead_w, bulkhead_h], center=true);
}
}
module sma_73251_2120_union() {
union() {
translate([0, 0, -peg_l]) sma_73251_2120_pegs();
sma_73251_2120_bulkhead();
translate([0, 0, bulkhead_thickness]) sma_73251_2120_barrel();
}
}
/*
module sma_73251_2120() {
ty = bulkhead_h/2 - peg_bottom_h - peg_space/2;
rotate([90, 0, 0]) translate([0, -ty, 0]) {
union() {
translate([0, 0, -peg_l]) sma_73251_2120_pegs();
sma_73251_2120_bulkhead();
translate([0, 0, bulkhead_thickness]) sma_73251_2120_barrel();
}
}
}
*/
module sma_73251_2120_orient(board_thickness) {
// Align so that top surface of bottom peg is at z=0 (bottom of PCB).
t = peg_top_h / 2 + (peg_space - board_thickness) / 2;
translate([0, 0, -t]) rotate([90, 0, -90]) {
children();
}
}
module sma_73251_2120(refdes, board_thickness) {
sma_73251_2120_orient(board_thickness) {
sma_73251_2120_union();
}
}
module sma_73251_2120_drill(tolerance, board_thickness) {
sma_73251_2120_orient(board_thickness) {
linear_extrude(height=30) {
minkowski() {
sma_73251_2120_barrel_outline_circle();
circle(r=tolerance);
}
}
}
}
////////////////////////////////////////////////////////
module led(refdes, c) {
rotate(90) translate([-0.25, -2.15/2, -0.60]) {
color("gray") linear_extrude(height=0.60) {
square([0.50, 2.15]);
translate([0, 2.15/2]) circle(r=0.5);
}
}
}
module led_drill() {
translate([0, -0.25, -0.3]) {
rotate([90, 0, 0]) {
cylinder(d=h1_led_hole_diameter, h=10);
}
}
}
////////////////////////////////////////////////////////
module sw_outline() {
circle(d=3.51, center=true);
}
sw_a = 3.25;
sw_l = 5.85;
sw_tz = sw_l - sw_a;
sw_large_hole_spacing = 7.01;
sw_large_hole_diameter = 1.30;
sw_small_hole_spacing = 4.50;
sw_small_hole_diameter = 0.99;
sw_large_small_hole_spacing = 2.49;
sw_pin_length_below_datum = 3.51;
sw_button_z_offset = 4.01;
module sw() {
rotate([180, 0, 90]) {
rotate([90, 0, 0]) {
translate([0, 4.01, sw_tz]) {
color("gray") translate([-7.11/2, -sw_button_z_offset, -3.68]) linear_extrude(height=3.68) square([7.11, 7.01]);
color("blue") linear_extrude(height=sw_a) sw_outline();
}
}
rotate([180, 0, 180]) linear_extrude(height=sw_pin_length_below_datum) {
translate([-sw_large_hole_spacing/2, sw_large_small_hole_spacing]) circle(d=sw_large_hole_diameter);
translate([ sw_large_hole_spacing/2, sw_large_small_hole_spacing]) circle(d=sw_large_hole_diameter);
translate([-sw_small_hole_spacing/2, 0]) circle(d=sw_small_hole_diameter);
translate([ sw_small_hole_spacing/2, 0]) circle(d=sw_small_hole_diameter);
}
}
}
module sw_drill(clearance) {
translate([0, 0, -sw_button_z_offset]) {
rotate([0, -90, 0]) {
linear_extrude(h=10) {
minkowski() {
sw_outline();
circle(r=clearance);
}
}
}
}
}
////////////////////////////////////////////////////////
module header_x2(nx, b) {
ny = 2;
w = 5.08;
d = 8.50;
pin_spacing_x = 2.54;
pin_spacing_y = 2.54;
pin_d = 1.02;
pin_length = 3.2;
rotate([180, 0, 0]) {
color("gray") translate([-b/2, -w/2, 0]) linear_extrude(height=d) square([b, w]);
pin_tx = nx * pin_spacing_x / -2;
pin_ty = ny * pin_spacing_y / -2;
translate([pin_tx, pin_ty]) {
for(y = [1 : ny]) {
for(x = [1 : nx]) {
tx = (x - 0.5) * pin_spacing_x;
ty = (y - 0.5) * pin_spacing_y;
translate([tx, ty]) {
rotate([180, 0]) {
linear_extrude(height=pin_length) {
circle(d=pin_d);
}
}
}
}
}
}
}
}
module header_11x2() {
nx = 11;
b = 28.44;
header_x2(nx, b);
}
module header_13x2() {
nx = 13;
b = 33.52;
header_x2(nx, b);
}
////////////////////////////////////////////////////////
module usb_plug_poly() {
inner_w1 = 6.9;
inner_h1 = 1.1;
inner_h = 1.85;
inner_w2 = 5.4;
inner_dw = inner_w1 - inner_w2;
translate([-inner_w1/2, 0])
polygon(points=[
[0, 0],
[inner_w1, 0],
[inner_w1, inner_h1],
[inner_w1 - inner_dw/2, inner_h],
[inner_dw/2, inner_h],
[0, inner_h1]
]);
}
module usb_body_outline() {
body_buffer_r = 0.3;
translate([0, body_buffer_r]) {
minkowski() {
usb_plug_poly();
circle(r=body_buffer_r);
}
}
}
module usb_plug_outline() {
outer_h = 3;
outer_ty = (outer_h - 2.45) / 2;
outer_buffer_r = 0.6;
translate([0, outer_ty]) {
minkowski() {
usb_plug_poly();
circle(r=outer_buffer_r);
}
}
}
usb_body_h = 2.45;
usb_body_depth = 5.0;
//usb_outer_w1 = 8;
usb_outer_depth = 0.63;
module usb_transform() {
rotate([90, 180, 270]) translate([0, 0, -usb_outer_depth - 2.15 + 1.65]) children();
}
module usb() {
color("lightgray") usb_transform() {
translate([0, 0, usb_outer_depth]) {
linear_extrude(height=usb_body_depth) {
usb_body_outline();
}
}
linear_extrude(height=usb_outer_depth) {
usb_plug_outline();
}
}
}
module usb_drill(clearance) {
usb_transform() {
translate([0, 0, -usb_outer_depth - 10]) {
linear_extrude(height=20) {
minkowski() {
usb_plug_outline();
circle(r=clearance);
}
}
}
}
}
////////////////////////////////////////////////////////
module pcb_outline() {
minkowski() {
polygon(
points=[[64,104], [176,104], [176,171], [64,171]]
);
circle(r=pcb_corner_r);
}
}
module pcb_shape() {
difference() {
pcb_outline();
pcb_cutout_antenna();
pcb_cutout_clocks();
pcb_mounting_hole_drills();
}
}
////////////////////////////////////////////////////////
module hackrf_one_components() {
color("green") linear_extrude(height=h1_pcb_thickness) pcb_shape();
translate([ 61.00, 161.00]) rotate( 0) sma_73251_2120("p4" , h1_pcb_thickness);
translate([179.00, 145.00]) rotate(180) sma_73251_2120("p2" , h1_pcb_thickness);
translate([179.00, 163.00]) rotate(180) sma_73251_2120("p16", h1_pcb_thickness);
translate([ 61.00, 117.90]) rotate(-90) led("d7", "green");
translate([ 61.27, 130.55]) rotate(-90) led("d8", "yellow");
translate([ 61.27, 135.12]) rotate(-90) led("d2", "red");
translate([ 61.27, 139.69]) rotate(-90) led("d4", "green");
translate([ 61.27, 144.27]) rotate(-90) led("d5", "yellow");
translate([ 61.27, 148.84]) rotate(-90) led("d6", "red");
translate([ 62.70, 111.40]) sw();
translate([ 62.70, 124.40]) sw();
translate([171.76, 143.25]) rotate([0, 0, 90]) header_11x2("p20");
translate([152.71, 164.84]) rotate([0, 0, 180]) header_13x2("p22");
translate([123.50, 143.25]) rotate([0, 0, 90]) header_11x2("p28");
translate([180.00, 124.00]) usb();
}
module hackrf_one_transform() {
rotate([180, 0, 0]) translate([-60, -100 - pcb_w])
children();
}
module hackrf_one() {
hackrf_one_transform() hackrf_one_components();
}
////////////////////////////////////////////////////////
module spacer() {
outer_d = 0.25 * 25.4;
inner_d = 0.140 * 25.4;
//inner_d = ?
rotate([0, 180, 0]) {
color("lightgray") {
difference() {
linear_extrude(height=spacer_height) {
circle(d=outer_d);
}
translate([0, 0, -0.5]) {
linear_extrude(height=spacer_height + 1) {
circle(d=inner_d);
}
}
}
}
}
}
module screw() {
wrench_sides = 6;
wrench_diameter = 2.0 / cos(360 / wrench_sides / 2);
head_height = 2.0;
head_d = 5.5;
shaft_length = 20.0;
threaded_d = 3.0;
color("gray") {
translate([0, 0, -head_height]) difference() {
linear_extrude(height=head_height)
circle(d=head_d);
translate([0, 0, -0.5]) linear_extrude(height=head_height + 1)
circle(d=wrench_diameter, $fn=wrench_sides);
}
linear_extrude(height=shaft_length)
circle(d=threaded_d);
}
}
////////////////////////////////////////////////////////
module header_mle_dual(name, nx) {
w = nx * 2.54;
h = 5;
d = 2.54;
offset = 3.81 - d;
base_h = 7.44;
translate([-w/2, -h/2, offset]) {
color("gray") linear_extrude(height=d) square([w, h]);
}
translate([-w/2, -base_h/2]) {
color("lightgray") {
linear_extrude(height=offset) square([w, base_h]);
}
}
}
module lcd_kingtech() {
body_w = 42.72;
body_h = 60.26;
body_d = 2.50;
touch_d = 0.7;
tape_d = 0.1;
view_w = 36.72;
view_h = 48.96;
view_tx = (body_w - view_w) / 2;
view_ty = 1.25 + 2.95;
tab_w = 0.7;
tab_h = 2.5;
tab_d = 0.9;
tab_tz = body_d - tab_d;
tab_bot_ty = body_h - tab_h;
translate([-body_w / 2, -view_ty - view_h/2, -(body_d + touch_d)]) {
translate([0, 0, touch_d]) {
color("beige") difference() {
linear_extrude(height=body_d) {
square([body_w, body_h]);
}
translate([view_tx, view_ty, -1]) {
linear_extrude(height=2) {
square([view_w, view_h]);
}
}
}
color("beige") translate([0, 0, tab_tz]) {
linear_extrude(height=tab_d) {
translate([-tab_w, 0]) square([tab_w, tab_h]);
translate([-tab_w, tab_bot_ty]) square([tab_w, tab_h]);
translate([body_w, 0]) square([tab_w, tab_h]);
translate([body_w, tab_bot_ty]) square([tab_w, tab_h]);
}
}
color("black") translate([view_tx, view_ty]) {
linear_extrude(height=1) {
square([view_w, view_h]);
}
}
}
color("lightgray", alpha=0.5) {
linear_extrude(height=touch_d) {
square([body_w, body_h]);
}
}
}
}
module control_wheel() {
h = 6.0;
top_d = 32.0;
top_h = 3.0;
ring_d = 34.4;
ring_h = 0.2;
bot_d = ring_d;
bot_h = h - ring_h - top_h;
translate([0, 0, -h])
color("white")
linear_extrude(height=top_h)
circle(d=top_d);
translate([0, 0, -(h - top_h)])
color("white")
linear_extrude(height=ring_h)
circle(d=ring_d);
translate([0, 0, -(h - top_h - ring_h)])
color("black")
linear_extrude(height=bot_h)
circle(d=bot_d);
}
module audio_jack_hole() {
hole_outer_d = 5.00;
circle(d=hole_outer_d);
}
audio_jack_body_w = 6.00;
audio_jack_body_h = 5.00;
audio_jack_body_depth = 15.5;
audio_jack_hole_inner_d = 3.600;
audio_jack_hole_depth = 1.5;
audio_jack_mounting_offset = 7;
module audio_jack() {
color("gray") rotate([90, 0, 0]) {
translate([0, audio_jack_body_h/2, -audio_jack_hole_depth - audio_jack_mounting_offset]) {
translate([0, 0, audio_jack_hole_depth])
linear_extrude(height=audio_jack_body_depth)
square([audio_jack_body_w, audio_jack_body_h], center=true);
difference() {
linear_extrude(height=audio_jack_hole_depth)
audio_jack_hole();
translate([0, 0, -0.5])
linear_extrude(height=audio_jack_hole_depth + 1)
circle(d=audio_jack_hole_inner_d);
}
}
}
}
module audio_jack_drill(diameter) {
translate([0, audio_jack_mounting_offset, audio_jack_body_h/2]) {
rotate([-90, 0, 0]) {
linear_extrude(height=10) {
circle(r=diameter / 2.0);
}
}
}
}
micro_sd_body_h = 1.32;
micro_sd_body_w = 13.825;
micro_sd_body_depth = 15.25;
micro_sd_card_w = 11.0;
micro_sd_card_h = 1.0;
micro_sd_card_depth = 15.0;
micro_sd_card_tx = 0.9;
micro_sd_card_ty = (micro_sd_body_h - micro_sd_card_h) / 2;
micro_sd_card_insert_depth = micro_sd_card_depth - 2.3;
micro_sd_card_eject_depth = micro_sd_card_depth - (2.3 + 3.3);
module micro_sd() {
translate([-micro_sd_body_w/2, -micro_sd_body_depth/2]) {
rotate([90, 0, 0]) {
color("lightgray") difference() {
translate([0, 0, -micro_sd_body_depth])
linear_extrude(height=micro_sd_body_depth)
square([micro_sd_body_w, micro_sd_body_h]);
translate([micro_sd_card_tx, micro_sd_card_ty, -micro_sd_card_insert_depth])
linear_extrude(height=micro_sd_card_depth)
square([micro_sd_card_w, micro_sd_card_h]);
}
color("black")
translate([micro_sd_card_tx, micro_sd_card_ty, -micro_sd_card_eject_depth])
linear_extrude(height=micro_sd_card_depth)
square([micro_sd_card_w, micro_sd_card_h]);
}
}
}
module micro_sd_drill(clearance) {
extra_width = 2;
translate([-micro_sd_body_w/2, 0]) {
rotate([90, 0, 0]) {
translate([micro_sd_card_tx - clearance - extra_width, micro_sd_card_ty - clearance, micro_sd_body_depth/2]) {
cube([micro_sd_card_w + 2 * clearance + extra_width, micro_sd_card_h + 2 * clearance, 10]);
}
}
}
}
////////////////////////////////////////////////////////
module portapack_h1_pcb_mounting_hole_drills() {
translate([ 64, 104]) pcb_mounting_hole_drill();
translate([176, 104]) pcb_mounting_hole_drill();
translate([ 64, 171]) pcb_mounting_hole_drill();
translate([176, 171]) pcb_mounting_hole_drill();
}
module portapack_h1_pcb_shape() {
difference() {
pcb_outline();
portapack_h1_pcb_mounting_hole_drills();
}
}
module portapack_h1_pcb() {
color("green") linear_extrude(height=pp_h1_pcb_thickness) {
portapack_h1_pcb_shape();
}
}
module portapack_h1_components_top() {
translate([ 94.83, 137.50]) rotate(90) lcd_kingtech();
translate([147.50, 137.50]) control_wheel();
}
module portapack_h1_components_bottom() {
translate([0, 0, pp_h1_pcb_thickness]) {
translate([171.76, 143.25]) rotate( 90) header_mle_dual("p20", 11);
translate([152.71, 164.84]) rotate(180) header_mle_dual("p22", 13);
translate([123.50, 143.25]) rotate( 90) header_mle_dual("p28", 11);
translate([172.10, 114.80]) rotate(270) audio_jack();
translate([ 68.40, 114.60]) rotate(270) micro_sd();
}
}
module portapack_h1_assembly() {
portapack_h1_pcb();
portapack_h1_components_top();
portapack_h1_components_bottom();
}
module portapack_h1_transform() {
rotate([180, 0, 0]) translate([-60, -100 - pcb_w])
children();
}
module portapack_h1() {
portapack_h1_transform() portapack_h1_assembly();
}
////////////////////////////////////////////////////////
module slot() {
hull() {
children();
translate([0, 0, -20]) children();
}
}
module portapack_h1_drills() {
micro_sd_clearance = 0.5;
audio_jack_hole_diameter = 7.0; // 6.5mm + 0.25mm clearance.
portapack_h1_transform() {
translate([172.10, 114.80, pp_h1_pcb_thickness]) rotate(270) audio_jack_drill(audio_jack_hole_diameter);
slot() translate([ 68.40, 114.60, pp_h1_pcb_thickness]) rotate(270) micro_sd_drill(micro_sd_clearance);
}
}
module hackrf_one_drills() {
clearance = 0.5;
sw_clearance = 0.6;
hackrf_one_transform() {
slot() translate([ 61.00, 161.00]) rotate( 0) sma_73251_2120_drill(clearance, h1_pcb_thickness);
translate([179.00, 145.00]) rotate(180) sma_73251_2120_drill(clearance, h1_pcb_thickness);
translate([179.00, 163.00]) rotate(180) sma_73251_2120_drill(clearance, h1_pcb_thickness);
translate([ 61.00, 117.90]) rotate(-90) led_drill();
translate([ 61.27, 130.55]) rotate(-90) led_drill();
translate([ 61.27, 135.12]) rotate(-90) led_drill();
translate([ 61.27, 139.69]) rotate(-90) led_drill();
translate([ 61.27, 144.27]) rotate(-90) led_drill();
translate([ 61.27, 148.84]) rotate(-90) led_drill();
slot() translate([ 62.70, 111.40]) sw_drill(sw_clearance);
slot() translate([ 62.70, 124.40]) sw_drill(sw_clearance);
translate([180.00, 124.00]) usb_drill(clearance);
}
}
module portapack_h1_stack_hackrf_one() {
hackrf_one();
}
module portapack_h1_stack_spacers() {
hackrf_one_transform() {
translate([ 64, 104]) spacer();
translate([176, 104]) spacer();
translate([ 64, 171]) spacer();
translate([176, 171]) spacer();
}
}
module portapack_h1_stack_portapack() {
translate([0, 0, spacer_height + pp_h1_pcb_thickness]) portapack_h1();
}
module portapack_h1_stack_screws() {
screw_tz = spacer_height + pp_h1_pcb_thickness;
translate([0, 0, screw_tz]) portapack_h1_transform() {
translate([ 64, 104]) screw();
translate([176, 104]) screw();
translate([ 64, 171]) screw();
translate([176, 171]) screw();
}
}
module portapack_h1_stack() {
portapack_h1_stack_hackrf_one();
portapack_h1_stack_spacers();
portapack_h1_stack_portapack();
portapack_h1_stack_screws();
}
module portapack_h1_stack_drills() {
hackrf_one_drills();
translate([0, 0, spacer_height + pp_h1_pcb_thickness]) portapack_h1_drills();
}