//  File:  atca_12v_isolated_pq60120qea25nns_g
//
//  Date:  Original Rev.  16-Jan-2015
//          Current Rev.  19-Oct-2016
//
//
//
//   This is the  ATCA Isolated 12V Module   Geometry
//                     ------------
//
//   It is based on the "Quarter-Brick" and specifically
//   to match a SynQor:  PQ60120QEA25NNS-G
//
//   Note that the 0,0 of this geometry is in its center.
//
//   Note that this geometry has its own  "internal"
//   padstacks.
//
//
//   Pins on this SynQor Isolated 12 Volt module are either
//   40 mil or 62 mil diameter  with 80 mil or 100 mil
//   diameter standoff shoulders.
//
//      The 40 mil pins are used for 2 purposes:
//
//         Low Current control and monitoring signals
//         Medium Current 48V input power
//
//      The 62 mil pins are used for the High Current
//      12V output power.
//
//
//   This geometry includes 3 padstacks:
//
//     term_pow_12V_low_i   for the 40 mil     Low Current pins
//     term_pow_12V_med_i   for the 40 mil  Medium Current pins
//     term_pow_12V_hi_i    for the 62 mil    High Current pins
//
//
//   The layout orientation of the geometry is with
//   its long axis horizontal and pin #1 in the SE corner.
//   Thus it can probably be placed on the Hub-Module
//   without rotation.
//
//   This metric geometry comes from a 100% screwed up
//   English dimensioned design.  It is 2.300" x 1.450"
//   i.e.  58.42 mm  x  36.83 mm.
//
//   NOTE:  See the notes below in the Pin List.
//          Still need to verify the location and
//          function of some of the pins.
//
//



$abort_enable = @false;
$$lock_windows(@on) ;
$$snap_diagonal(@off) ;
$$snap_orthogonal(@off) ;


//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//
//
//   40 mil diameter Low Current  padstack for the ATCA Isolated 12V Module
//   ----------------===--------
//
//     1.60 mm  drill
//     3.00 mm  pad land
//     3.10 mm  soldermask opening
//     2.80 mm  plane relief
//
//
//     --> the pin to drill hole wall solder gap  0.29 mm
//         on each side of the pin
//
//     --> the thickness of the donut wall is     0.70 mm
//
//     --> the Plane Relief Air Gap is            0.60 mm
//         from the edge of the Drill Hole
//                  ----------------------
//
//     --> the thickness of the Gnd Plane web is  1.01 mm
//         for 0.150" spaced pins
//


$$create_pin("term_pow_12V_low_i", @replace);

$$page(0.0,0.0,0.0, @mm, 0.0, 0.0, [0.0, 0.0, 'PI$term_pow_12V_low_i']);

$$point_mode(@vertex);

$$attribute( "TERMINAL_THRUHOLE_DEFINITION", "");

$$attribute( "TERMINAL_DRILL_SIZE", "", , @scale , , [ 1.60,  0.0]);

$$circle( "PAD",                            0.0, 0.0,  3.00,  0.0);

$$circle( "SIGNAL",                         0.0, 0.0,  3.00,  0.0);

$$circle( "SOLDER_MASK",                    0.0, 0.0,  3.10,  0.0);

$$circle( "POWER",                          0.0, 0.0,  2.80,  0.0);


//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//
//
//   40 mil diameter Medium Current  padstack for the ATCA Isolated 12V Module
//   ----------------======--------
//
//     1.60 mm  drill
//     3.50 mm  pad land
//     3.60 mm  soldermask opening
//     2.80 mm  plane relief
//
//
//     --> the pin to drill hole wall solder gap  0.29 mm
//         on each side of the pin
//
//     --> the thickness of the donut wall is     0.70 mm
//
//     --> the Plane Relief Air Gap is            0.60 mm
//         from the edge of the Drill Hole
//                  ----------------------
//
//


$$create_pin("term_pow_12V_med_i", @replace);

$$page(0.0,0.0,0.0, @mm, 0.0, 0.0, [0.0, 0.0, 'PI$term_pow_12V_med_i']);

$$point_mode(@vertex);

$$attribute( "TERMINAL_THRUHOLE_DEFINITION", "");

$$attribute( "TERMINAL_DRILL_SIZE", "", , @scale , , [ 1.60,  0.0]);

$$circle( "PAD",                            0.0, 0.0,  3.50,  0.0);

$$circle( "SIGNAL",                         0.0, 0.0,  3.50,  0.0);

$$circle( "SOLDER_MASK",                    0.0, 0.0,  3.60,  0.0);

$$circle( "POWER",                          0.0, 0.0,  2.80,  0.0);


//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//
//
//   62 mil diameter High Current  padstack for the ATCA Isolated 12V Module
//   ----------------====--------
//
//     2.20 mm  drill
//     3.60 mm  pad land
//     3.70 mm  soldermask opening
//     3.60 mm  plane relief
//
//
//     --> the pin to drill hole wall solder gap  0.31 mm
//         on each side of the pin
//
//     --> the thickness of the donut wall is     0.70 mm
//
//     --> the Plane Relief Air Gap is            0.70 mm
//         from the edge of the Drill Hole
//                  ----------------------
//
//


$$create_pin("term_pow_12V_hi_i", @replace);

$$page(0.0,0.0,0.0, @mm, 0.0, 0.0, [0.0, 0.0, 'PI$term_pow_12V_hi_i']);

$$point_mode(@vertex);

$$attribute( "TERMINAL_THRUHOLE_DEFINITION", "");

$$attribute( "TERMINAL_DRILL_SIZE", "", , @scale , , [ 2.20,  0.0 ]);

$$circle( "PAD",                            0.0, 0.0,  3.60,  0.0);

$$circle( "SIGNAL",                         0.0, 0.0,  3.60,  0.0);

$$circle( "SOLDER_MASK",                    0.0, 0.0,  3.70,  0.0);

$$circle( "POWER",                          0.0, 0.0,  3.60,  0.0);

//----------------------------------------------------------------------------
//----------------------------------------------------------------------------


//
//  Now the actual  ATCA Isolated 12 Volt  Geometry
//

$$create_component("ATCA_Power_12V");

$$page(0.0, 0.0, 0.0, @mm, 0.0, 0.0, [0.0,0.0,'CO$ATCA_Power_12V'] );

$$point_mode(@vertex);


$$attribute( "COMPONENT_HEIGHT", "", , @scale , , [8.0, 0.0]);

$$attribute( "COMPONENT_OUTLINE_OVERHANG", "no");

$$attribute( "COMPONENT_LAYOUT_SURFACE", "both");


//
//  Component Outline
//

$$initial([   29.210,   18.415 ], , @nosnap );
$$terminal([ -29.210,   18.415 ]);
$$terminal([ -29.210,  -18.415 ]);
$$terminal([  29.210,  -18.415 ]);
$$terminal([  29.210,   18.415 ]);

$$attribute( "COMPONENT_PLACEMENT_OUTLINE", "", @mark, @scale );


//
//  Silkscreen Outline
//

$$template_line_style( @Solid );

$$initial([   29.210,   18.415 ], , @nosnap );
$$terminal([ -29.210,   18.415 ]);
$$terminal([ -29.210,  -18.415 ]);
$$terminal([  29.210,  -18.415 ]);
$$terminal([  29.210,   18.415 ]);

$$path( "SILKSCREEN", 0.20 );


//
//  Silkscreen the two main transformers / inductors
//

$$template_line_style( @Solid );

$$initial([    1.40,  -17.00 ], , @nosnap );
$$terminal([   1.40,    5.70 ]);
$$terminal([ -16.40,    5.70 ]);
$$terminal([ -16.40,  -17.00 ]);
$$terminal([   1.40,  -17.00 ]);

$$path( "SILKSCREEN_1", 0.20 );


$$template_line_style( @Solid );

$$initial([   19.60,  -17.00 ], , @nosnap );
$$terminal([  19.60,    9.10 ]);
$$terminal([  12.00,    9.10 ]);
$$terminal([  12.00,  -17.00 ]);
$$terminal([  19.60,  -17.00 ]);

$$path( "SILKSCREEN_1", 0.20 );


//    Silkscreen  End of



//
//  Reference Designator
//

$$text( "SILKSCREEN", "^$ref",  0.0,  -5.0,  2.5, @BC, 0, 1.00, 0.20, "std", "None", 0.0, 0.0 );




//
//   Pins on the ATCA Isolated 12 Volt module.
//
//
//     1   Positive input power  48V
//     2   On/Off control input
//     3   Negative input power  48V
//
//     4   Negative Output  Isolated 12V
//     5   Negative Sense Input
//     6   Output Voltage Trim
//     7   Positive Sense Input
//     8   Positive Output  Isolated 12V
//
//
//


//
//  Now the pins   #1 through #3    the Input Power and On/Off Control
//

$$attribute( "COMPONENT_PIN_DEFINITION",     "1", , @scale , ,          [   25.654,   -7.493 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "1, term_pow_12V_med_i");

$$attribute( "COMPONENT_PIN_DEFINITION",     "2", , @scale , ,          [   25.654,    0.127 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "2, term_pow_12V_low_i");

$$attribute( "COMPONENT_PIN_DEFINITION",     "3", , @scale , ,          [   25.654,    7.747 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "3, term_pow_12V_med_i");



//
//  Now the pins   #4 through #8    the Outputs, Trim, Remote Sense
//
//   * --->  I assume that these pins are centered.  No dimension in Data Sheet.
//

$$attribute( "COMPONENT_PIN_DEFINITION",     "4", , @scale , ,          [  -25.146,    7.747 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "4, term_pow_12V_hi_i");


$$attribute( "COMPONENT_PIN_DEFINITION",     "5", , @scale , ,          [  -25.146,    3.937 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "5, term_pow_12V_low_i");

$$attribute( "COMPONENT_PIN_DEFINITION",     "6", , @scale , ,          [  -25.146,    0.127 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "6, term_pow_12V_low_i");

$$attribute( "COMPONENT_PIN_DEFINITION",     "7", , @scale , ,          [  -25.146,   -3.683 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "7, term_pow_12V_low_i");


$$attribute( "COMPONENT_PIN_DEFINITION",     "8", , @scale , ,          [  -25.146,   -7.493 ]);
$$attribute( "COMPONENT_PADSTACK_OVERRIDE",  "8, term_pow_12V_hi_i");