CP210x

CP210x USB to UART Bridge

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EEPROM Programmer

module stick()
{
cube(size=[17.5,34,3]);
translate(v = [((17.5-13.5)/2),34, -.5]) cube(size =[13.5, 15.5, 6]);
translate(v = [((17.5-16)/2),2, 0]) cube(size =[16,3,6.5]);


translate(v = [((17.5-16)/2+1),-7, 5.7]) cube(size =[1,10,1]);
translate(v = [((17.5-16)/2+1)+2.56,-7, 5.7]) cube(size =[1,10,1]);
translate(v = [((17.5-16)/2)+1+(2.56*2),-7, 5.7]) cube(size =[1,10,1]);
translate(v = [((17.5-16)/2)+1+(2.56*3),-7, 5.7]) cube(size =[1,10,1]);
translate(v = [((17.5-16)/2)+1+(2.56*4),-7, 5.7]) cube(size =[1,10,1]);
translate(v = [((17.5-16)/2)+1+(2.56*5),-7, 5.7]) cube(size =[1,10,1]);


color([ 55, 55, 0 ])
{
translate(v = [((17.5-16)/2),0, -1.3]) cube(size=[16,34,1.3]);
translate(v = [((17.5-14.7)/2),5, -.55]) cube(size =[14.7,30.5,6.7]);
translate(v = [((17.5-16)/2),-2, 0]) cube(size =[16,8,8.5]);
}
}


module box()
{
cube(size=[24,36,12]);
}

module rm()
{
difference(){
cube(size=[10,45,10]);
rotate(a=[270,0,0])translate(v = [ 10,0,- 1])
cylinder (h = 50, r=4, $fn=100);
}
}

rotate(a=[90,180,0]) 
difference(){
box1();
translate(v = [ ((24-17.5)/2),0, 3.5  ]) stick();
}

//box1();

module box1(){
difference(){
box();
//              24           12          
translate(v = [ 24 +  6, 0,  4]) rotate(a=[0,180,0]) rm();
translate(v = [ 24 -  4, 0, 18]) rotate(a=[0,90,0]) rm();
translate(v = [ 24 - 20, 0, -6]) rotate(a=[0,270,0]) rm();
translate(v = [ 24 - 30, 0,  8]) rotate(a=[0,0,0]) rm();

translate(v = [ -6,4,-8]) rotate(a=[90,0,0]) rm();
translate(v = [ 20,-6,-8]) rotate(a=[90,0,90]) rm();


}}