include <BOSL/constants.scad>
use <BOSL/transforms.scad>
use <BOSL/shapes.scad>
use <BOSL/joiners.scad>
use <inserts/inserts.scad>
use <./bobbin.scad>

/* [Options] */

PCB_Y  = 100.80;
PCB_X  = 100.30;
PCB_Z   = 1.69;
PCB_CLR = 5;

/* [Design] */

V_IN = 12;
Turns_Ratio = 85;

/* [Mount Stands] */

Mount_Hole_D = 4.36;
Mount_X = 74.38;
Mount_Y = 89.24;

BOX_WALL = 1.5;

/* [Render Options] */
render_fs=.1;
render_fn=0;
render_fa=.1;

// Set Render Options
$fs= ($preview) ? $fs : render_fs;
$fn= ($preview) ? $fn : render_fn;
$fa= ($preview) ? $fa : render_fa;

zclear=2;
module print_specs() {
	echo("ZVS Module: QS2015004");
	echo("Input Voltage: 12-48V");
	echo("Max Current: 20A");
	echo("24V no load current: 3A");
	echo("48V no load current: 6A");
	echo("Caps .33uFx6 = 1.90 uF");

	vpk = PI * V_IN;
	opk = vpk*Turns_Ratio;
	oac = opk/sqrt(2);
	echo("Vpk = ", vpk, " volts");
	echo( "OutPk = ", opk," volts"); 
	echo( "OutVpp = ", 2*opk," volts"); 
	echo("RMS = ", oac, " volts");
}

module terminal(bl=12, bz=-12, align=V_BOTTOM, orient=ORIENT_Z) {
	orient_and_align([5,5,5.56], orig_align=V_BOTTOM, align=align, orient=orient) {
		thread_insertM25(bl=bl, bz=bz); 
	}
}

//
print_specs(); 

difference() {
	hull() xspread(n=3, l=30) {
		cyl(l=16, d=16,align=V_TOP);
	}
	xspread(n=2, l=30) {
		up(6) cyl(l=12, d=18,align=V_TOP);
		terminal(align=V_TOP, orient=ORIENT_ZNEG, $die=true);
	}
}
xspread(n=2, l=30) {
	%terminal(align=V_TOP, orient=ORIENT_ZNEG);
}