Skip to content

1
1-to-8 Pulse and Frequency Distribution Amplifier
Commit ef28cf4a authored by Anders Wallin's avatar Anders Wallin
Browse files
Options

initial commit of fda2017.03 design

parent e1e22122
Hide whitespace changes
Inline Side-by-side
Showing with 64931 additions and 2 deletions
fda_2017.03/BOM_fda_2017.03.html 0 → 100644
View file @ ef28cf4a
<html>
<head>
<style>
body{
background-color: #ededed;
min-width: 842px;
}
#BOMInfoID {
padding: 15px;
display: inline-block;
}
#BOMInfoID strong {
float: left;
width: 250px;
padding: 5px;
padding-bottom: 15px;
min-height: 80px;
text-transform: uppercase;
}
#BOMInfoID h1 {
font-size: 16px;
color: #444;
padding-left: 10px;
text-transform: initial;
}
hr{
padding: 0;
margin: 0;
}
.group, .Header, .group_head{
width:100%;
}
.column, .Head{
float: left;
width: 135px;
height: auto;
text-align: center;
margin: 10px;
}
.HeadQtyTag{
width: 20px;
}
.partRow{
display: table;
font-size: 14px;
width: 100%;
}
.group .partRow:hover{
background-color: #ededed;
}
#TableId{
background-color: white;
width: 1300px;
margin: 0 auto;
border-radius: 5px;
box-shadow: 0 10px 50px rgba(0,0,0,0.2);
}
.footer, .Header{
padding:5px;
text-align: center;
}
.footer,
.Header a,
.group_title,
.Head{
color: #444;
display: block;
font-size: 0.5em;
text-decoration: none;
}
.Header a{
font-size: 1.4em;
text-transform: uppercase;
float: left;
width: 50%;
margin: 15px;
}
.Head{
font-size: 20px;
}
.group_title{
text-align: center;
font-size: 1.5em;
}
.group_C:after{
content:"Capacitors";
}
.group_D:after{
content:"Diodes";
}
.group_F:after{
content:"Fuse";
}
.group_L:after{
content:"Inductors";
}
.group_P:after{
content:"Connectors";
}
.group_CN:after{
content:"Connectors";
}
.group_Q:after{
content:"Transistors";
}
.group_R:after{
content:"Resistors";
}
.group_U:after{
content:"Semiconductors";
}
.group_IC:after{
content:"Integrated Circuit";
}
.group_V:after{
content:"Varistors";
}
.group_X:after{
content:"Crystals";
}
.group .group_title{
color: #444;
}
/*image what convert to css uri at http://www.askapache.com/online-tools/base64-image-converter/*/
#logo {
background-image: url("data:image/png;base64,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");
width: 400;
height: 275;
display: inline-block;
float: right;
margin-top: 45px;
margin-right: 120px;
background-size: contain;
}
</style>
</head>
<body>
<div id="main">
<div id="TableId">
<div class="Header"><a href="measured <-162 dBc/Hz phase-noise at 10 MHz"><h1>Anders' Frequency Distribution Amplifier 2017.03 BOM <br>Rev 2017.03</h1></a> <div id="logo"></div></div>
<div id="BOMInfoID">
<strong>Date<h1> 2017-01-28</h1></strong>
<strong>Company<h1> Anders Wallin (anders.e.e.wallin "at" gmail.com)</h1></strong>
<strong>Comment 1<h1> 2017.01 design, 4pcs prototype-boards Jan 2017</h1></strong>
<strong>Comment 2<h1> measured <-162 dBc/Hz phase-noise at 10 MHz</h1></strong>
<strong>Comment 3<h1> reverse isolation 120 dB, channel-to-channel isolation 80dB</h1></strong>
<strong>Comment 4<h1> 1dB compression @ 14.8 dBm, IP3 @ 31 dBm (10 MHz)</h1></strong>
<strong>Total Parts<h1> 222 (Unique 37)</h1></strong>
</div>
<div class="group_head"><div class="partRow"><div class='Head HeadRefTag'>Ref</div>
<div class='Head HeadQtyTag'>Qty</div>
<div class='Head HeadValueTag'>Value</div>
<div class='Head HeadFootprintTag'>Footprint</div>
<div class='Head HeadDatasheetTag'>Datasheet</div>
<div class='Head '>Digikey</div>
<div class='Head '>Farnell</div>
<div class='Head '>PN</div>
</div></div>
<hr>
<div class="group group_title group_C">
[C] -
</div>
<hr>
<div class="group">
<div class="partRow RowOddTag">
<div class="column HeadRefTag">C101 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">1n</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">C102 C103 C202 C203 C302 C303 C402 C403 C502 C503 C602 C603 C702 C703 C802 C803 C1002 C1003 </div>
<div class="column HeadQtyTag">18</div>
<div class="column HeadValueTag">100n</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">C104 C105 C204 C205 C304 C305 C404 C405 C504 C505 C604 C605 C704 C705 C804 C805 C901 C902 C903 C904 C905 C906 C907 C908 C1004 C1005 </div>
<div class="column HeadQtyTag">26</div>
<div class="column HeadValueTag">10u</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">C106 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">100p</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">C201 C206 C301 C306 C401 C406 C501 C506 C601 C606 C701 C706 C801 C806 C1001 C1006 </div>
<div class="column HeadQtyTag">16</div>
<div class="column HeadValueTag">DNI</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">C911 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">10n</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">C912 C913 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">47u</div>
<div class="column HeadFootprintTag">Capacitors_SMD:C_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_D">
[D] -
</div>
<hr>
<div class="group">
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">D901 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">D</div>
<div class="column HeadFootprintTag">Diodes_SMD:DO-214BA</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">9555986</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">D902 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">D</div>
<div class="column HeadFootprintTag">Diodes_SMD:DO-214BA</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">D903 D904 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">LED</div>
<div class="column HeadFootprintTag">LEDs:LED_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_F">
[F] -
</div>
<hr>
<div class="group">
<div class="partRow RowOddTag">
<div class="column HeadRefTag">F901 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">BNX025_FILTER</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:FILTER_BNX025</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">2494142</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">F902 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">BNX025_FILTER</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:FILTER_BNX025</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_J">
[J] -
</div>
<hr>
<div class="group">
<div class="partRow RowOddTag">
<div class="column HeadRefTag">J101 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">CONN_COAXIAL</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:BNC_2PIN</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">J102 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">CONN_COAXIAL</div>
<div class="column HeadFootprintTag">Connect:SMB_Straight</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">J201 J301 J401 J501 J601 J701 J801 J1001 </div>
<div class="column HeadQtyTag">8</div>
<div class="column HeadValueTag">CONN_COAXIAL_SMA</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:BNC_2PIN</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">2293854</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">J202 J302 J402 J502 J602 J702 J802 J1002 </div>
<div class="column HeadQtyTag">8</div>
<div class="column HeadValueTag">CONN_COAXIAL_BNC</div>
<div class="column HeadFootprintTag">Connect:SMB_Straight</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">1076295</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">J901 J902 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">TEST_2P</div>
<div class="column HeadFootprintTag">Measurement_Points:Test_Point_2Pads</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">J903 J904 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">HEATSINK</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:Heatsink_Fisher_TO263</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_L">
[L] -
</div>
<hr>
<div class="group">
<div class="partRow RowOddTag">
<div class="column HeadRefTag">L101 L102 L201 L202 L301 L302 L401 L402 L501 L502 L601 L602 L701 L702 L801 L802 L901 L902 L903 L904 L905 L906 L1001 L1002 </div>
<div class="column HeadQtyTag">24</div>
<div class="column HeadValueTag">L</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_P">
[P] -
</div>
<hr>
<div class="group">
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">P112 P113 P114 P115 </div>
<div class="column HeadQtyTag">4</div>
<div class="column HeadValueTag">CONN_01X01</div>
<div class="column HeadFootprintTag">Mounting_Holes:MountingHole_3mm_Pad_Via</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">P901 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">CONN_01X03</div>
<div class="column HeadFootprintTag">Connect:bornier3</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_R">
[R] -
</div>
<hr>
<div class="group">
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">R101 R206 R306 R406 R506 R606 R706 R806 R1006 </div>
<div class="column HeadQtyTag">9</div>
<div class="column HeadValueTag">51R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">R102 R104 R105 R109 R207 R208 R307 R308 R407 R408 R507 R508 R607 R608 R707 R708 R807 R808 R1007 R1008 </div>
<div class="column HeadQtyTag">20</div>
<div class="column HeadValueTag">10R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">R103 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">2k</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">R106 R203 R204 R303 R304 R403 R404 R503 R504 R603 R604 R703 R704 R803 R804 R1003 R1004 </div>
<div class="column HeadQtyTag">17</div>
<div class="column HeadValueTag">200R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">R107 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">190R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">R108 R205 R209 R305 R309 R405 R409 R505 R509 R605 R609 R705 R709 R805 R809 R1005 R1009 </div>
<div class="column HeadQtyTag">17</div>
<div class="column HeadValueTag">DNI</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">R201 R202 R301 R302 R401 R402 R501 R502 R601 R602 R701 R702 R801 R802 R1001 R1002 </div>
<div class="column HeadQtyTag">16</div>
<div class="column HeadValueTag">1k</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">R901 R903 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">2k7</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">R902 R904 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">680R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">R905 R906 </div>
<div class="column HeadQtyTag">2</div>
<div class="column HeadValueTag">220R</div>
<div class="column HeadFootprintTag">Resistors_SMD:R_0805</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_T">
[T] -
</div>
<hr>
<div class="group">
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">T901 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">CM-CHOKE</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:CM-CHOKE</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">9621261</div>
<div class="column FiledClass Field_PN">TDK ZJYS51R5-2PT-01 </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">T902 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">CM-CHOKE</div>
<div class="column HeadFootprintTag">awallinKiCadFootprints:CM-CHOKE</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group group_title group_U">
[U] -
</div>
<hr>
<div class="group">
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">U1 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">LT1963A</div>
<div class="column HeadFootprintTag">TO_SOT_Packages_SMD:TO-263-5Lead</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">1273625</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">U2 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">LT3015</div>
<div class="column HeadFootprintTag">TO_SOT_Packages_SMD:TO-263-5Lead</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey"> </div>
<div class="column FiledClass Field_Farnell">2068045</div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowEvenTag">
<div class="column HeadRefTag">U101 </div>
<div class="column HeadQtyTag">1</div>
<div class="column HeadValueTag">LMH6702</div>
<div class="column HeadFootprintTag">Housings_SOIC:SOIC-8_3.9x4.9mm_Pitch1.27mm</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey">LMH6702MA/NOPB-ND</div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
<div class="partRow RowOddTag">
<div class="column HeadRefTag">U201 U301 U401 U501 U601 U701 U801 U1001 </div>
<div class="column HeadQtyTag">8</div>
<div class="column HeadValueTag">LMH6609</div>
<div class="column HeadFootprintTag">Housings_SOIC:SOIC-8_3.9x4.9mm_Pitch1.27mm</div>
<div class="column HeadDatasheetTag"></div>
<div class="column FiledClass Field_Digikey">LMH6609MA/NOPB-ND</div>
<div class="column FiledClass Field_Farnell"> </div>
<div class="column FiledClass Field_PN"> </div>
</div>
</div>
<hr>
<div class="group footer"><h1>BOM made with <a href="https://github.com/HashDefineElectronics/KiCad_BOM_Wizard">KICAD_BOM_WIZARD</a><br>(Generated Sat 21 Oct 2017 19:01:16 EEST)</h1></div>
</div>
</div>
</body>
</html>
fda_2017.03/FDA_PSU.sch 0 → 100644
View file @ ef28cf4a
This source diff could not be displayed because it is too large. You can view the blob instead.
fda_2017.03/cam/fda_2017.03-B.Cu.gbr 0 → 100644
View file @ ef28cf4a
This source diff could not be displayed because it is too large. You can view the blob instead.
fda_2017.03/cam/fda_2017.03-B.Mask.gbr 0 → 100644
View file @ ef28cf4a
G04 #@! TF.FileFunction,Soldermask,Bot*
%FSLAX46Y46*%
G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)*
G04 Created by KiCad (PCBNEW 4.0.7-e2-6376~58~ubuntu16.04.1) date Sat Oct 21 19:06:35 2017*
%MOMM*%
%LPD*%
G01*
G04 APERTURE LIST*
%ADD10C,0.150000*%
%ADD11R,2.540000X2.540000*%
%ADD12C,2.540000*%
%ADD13O,3.500120X7.000240*%
%ADD14O,1.600200X2.499360*%
%ADD15C,2.740000*%
%ADD16C,2.240000*%
%ADD17C,1.400000*%
%ADD18C,6.000000*%
%ADD19C,0.600000*%
G04 APERTURE END LIST*
D10*
D11*
X129920000Y-129000000D03*
D12*
X135000000Y-129000000D03*
X140080000Y-129000000D03*
D13*
X65902220Y-71236600D03*
X76100320Y-71236600D03*
D14*
X71000000Y-75501260D03*
X68500640Y-75501260D03*
D15*
X68460000Y-70040000D03*
X73540000Y-70040000D03*
X73540000Y-64960000D03*
X68460000Y-64960000D03*
D16*
X71000000Y-67500000D03*
D13*
X81902220Y-71236600D03*
X92100320Y-71236600D03*
D14*
X87000000Y-75501260D03*
X84500640Y-75501260D03*
D15*
X84460000Y-70040000D03*
X89540000Y-70040000D03*
X89540000Y-64960000D03*
X84460000Y-64960000D03*
D16*
X87000000Y-67500000D03*
D13*
X97902220Y-71236600D03*
X108100320Y-71236600D03*
D14*
X103000000Y-75501260D03*
X100500640Y-75501260D03*
D15*
X100460000Y-70040000D03*
X105540000Y-70040000D03*
X105540000Y-64960000D03*
X100460000Y-64960000D03*
D16*
X103000000Y-67500000D03*
D13*
X113902220Y-71236600D03*
X124100320Y-71236600D03*
D14*
X119000000Y-75501260D03*
X116500640Y-75501260D03*
D15*
X116460000Y-70040000D03*
X121540000Y-70040000D03*
X121540000Y-64960000D03*
X116460000Y-64960000D03*
D16*
X119000000Y-67500000D03*
D13*
X129902220Y-71236600D03*
X140100320Y-71236600D03*
D14*
X135000000Y-75501260D03*
X132500640Y-75501260D03*
D15*
X132460000Y-70040000D03*
X137540000Y-70040000D03*
X137540000Y-64960000D03*
X132460000Y-64960000D03*
D16*
X135000000Y-67500000D03*
D13*
X145902220Y-71236600D03*
X156100320Y-71236600D03*
D14*
X151000000Y-75501260D03*
X148500640Y-75501260D03*
D15*
X148460000Y-70040000D03*
X153540000Y-70040000D03*
X153540000Y-64960000D03*
X148460000Y-64960000D03*
D16*
X151000000Y-67500000D03*
D13*
X161902220Y-71236600D03*
X172100320Y-71236600D03*
D14*
X167000000Y-75501260D03*
X164500640Y-75501260D03*
D15*
X164460000Y-70040000D03*
X169540000Y-70040000D03*
X169540000Y-64960000D03*
X164460000Y-64960000D03*
D16*
X167000000Y-67500000D03*
D13*
X177902220Y-71236600D03*
X188100320Y-71236600D03*
D14*
X183000000Y-75501260D03*
X180500640Y-75501260D03*
D15*
X180460000Y-70040000D03*
X185540000Y-70040000D03*
X185540000Y-64960000D03*
X180460000Y-64960000D03*
D16*
X183000000Y-67500000D03*
D13*
X193902220Y-71236600D03*
X204100320Y-71236600D03*
D14*
X199000000Y-75501260D03*
X196500640Y-75501260D03*
D15*
X196460000Y-70040000D03*
X201540000Y-70040000D03*
X201540000Y-64960000D03*
X196460000Y-64960000D03*
D16*
X199000000Y-67500000D03*
D17*
X190500000Y-114500000D03*
X193040000Y-114500000D03*
X81500000Y-114500000D03*
X78960000Y-114500000D03*
D18*
X55000000Y-128000000D03*
D19*
X57250000Y-128000000D03*
X56590990Y-129590990D03*
X55000000Y-130250000D03*
X53409010Y-129590990D03*
X52750000Y-128000000D03*
X53409010Y-126409010D03*
X55000000Y-125750000D03*
X56590990Y-126409010D03*
D18*
X55000000Y-68000000D03*
D19*
X57250000Y-68000000D03*
X56590990Y-69590990D03*
X55000000Y-70250000D03*
X53409010Y-69590990D03*
X52750000Y-68000000D03*
X53409010Y-66409010D03*
X55000000Y-65750000D03*
X56590990Y-66409010D03*
D18*
X215000000Y-68000000D03*
D19*
X217250000Y-68000000D03*
X216590990Y-69590990D03*
X215000000Y-70250000D03*
X213409010Y-69590990D03*
X212750000Y-68000000D03*
X213409010Y-66409010D03*
X215000000Y-65750000D03*
X216590990Y-66409010D03*
D18*
X215000000Y-128000000D03*
D19*
X217250000Y-128000000D03*
X216590990Y-129590990D03*
X215000000Y-130250000D03*
X213409010Y-129590990D03*
X212750000Y-128000000D03*
X213409010Y-126409010D03*
X215000000Y-125750000D03*
X216590990Y-126409010D03*
M02*
fda_2017.03/cam/fda_2017.03-Edge.Cuts.gbr 0 → 100644
View file @ ef28cf4a
G04 #@! TF.FileFunction,Profile,NP*
%FSLAX46Y46*%
G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)*
G04 Created by KiCad (PCBNEW 4.0.7-e2-6376~58~ubuntu16.04.1) date Sat Oct 21 19:06:35 2017*
%MOMM*%
%LPD*%
G01*
G04 APERTURE LIST*
%ADD10C,0.150000*%
%ADD11C,0.100000*%
G04 APERTURE END LIST*
D10*
D11*
X50000000Y-133000000D02*
X50000000Y-63000000D01*
X220000000Y-133000000D02*
X50000000Y-133000000D01*
X220000000Y-63000000D02*
X220000000Y-133000000D01*
X50000000Y-63000000D02*
X220000000Y-63000000D01*
M02*
fda_2017.03/cam/fda_2017.03-F.Cu.gbr 0 → 100644
View file @ ef28cf4a
This source diff could not be displayed because it is too large. You can view the blob instead.
fda_2017.03/cam/fda_2017.03-F.Mask.gbr 0 → 100644
View file @ ef28cf4a
G04 #@! TF.FileFunction,Soldermask,Top*
%FSLAX46Y46*%
G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)*
G04 Created by KiCad (PCBNEW 4.0.7-e2-6376~58~ubuntu16.04.1) date Sat Oct 21 19:06:35 2017*
%MOMM*%
%LPD*%
G01*
G04 APERTURE LIST*
%ADD10C,0.150000*%
%ADD11R,4.000000X2.700000*%
%ADD12R,8.100000X2.500000*%
%ADD13R,3.600000X2.500000*%
%ADD14R,1.250000X1.000000*%
%ADD15R,1.300000X0.700000*%
%ADD16R,0.700000X1.300000*%
%ADD17R,0.600000X1.550000*%
%ADD18R,2.500000X2.000000*%
%ADD19R,1.600000X1.800000*%
%ADD20R,1.000000X1.250000*%
%ADD21R,2.540000X2.540000*%
%ADD22C,2.540000*%
%ADD23R,4.600000X1.100000*%
%ADD24R,9.400000X10.800000*%
%ADD25O,3.500120X7.000240*%
%ADD26O,1.600200X2.499360*%
%ADD27C,2.740000*%
%ADD28C,2.240000*%
%ADD29R,1.200000X1.200000*%
%ADD30C,1.400000*%
%ADD31C,6.000000*%
%ADD32C,0.600000*%
%ADD33R,13.000000X3.000000*%
G04 APERTURE END LIST*
D10*
D11*
X100100000Y-127350000D03*
X100100000Y-123050000D03*
X86400000Y-127350000D03*
X86400000Y-123050000D03*
D12*
X92250000Y-120150000D03*
D13*
X90000000Y-130350000D03*
D14*
X65000000Y-100500000D03*
X65000000Y-98500000D03*
X117000000Y-81500000D03*
X117000000Y-79500000D03*
X115000000Y-83000000D03*
X115000000Y-85000000D03*
X179000000Y-87000000D03*
X179000000Y-89000000D03*
D15*
X69000000Y-79550000D03*
X69000000Y-81450000D03*
X67000000Y-88950000D03*
X67000000Y-87050000D03*
X75000000Y-89550000D03*
X75000000Y-91450000D03*
X87000000Y-95550000D03*
X87000000Y-97450000D03*
X85000000Y-97450000D03*
X85000000Y-95550000D03*
X103000000Y-95550000D03*
X103000000Y-97450000D03*
X119000000Y-95550000D03*
X119000000Y-97450000D03*
X135000000Y-95550000D03*
X135000000Y-97450000D03*
X133000000Y-97450000D03*
X133000000Y-95550000D03*
X151000000Y-95550000D03*
X151000000Y-97450000D03*
X167000000Y-95550000D03*
X167000000Y-97450000D03*
X183000000Y-95550000D03*
X183000000Y-97450000D03*
X181000000Y-97450000D03*
X181000000Y-95550000D03*
D16*
X78550000Y-121000000D03*
X80450000Y-121000000D03*
X78550000Y-119000000D03*
X80450000Y-119000000D03*
D14*
X71000000Y-81500000D03*
X71000000Y-79500000D03*
X67000000Y-83000000D03*
X67000000Y-85000000D03*
X67000000Y-97000000D03*
X67000000Y-95000000D03*
X65000000Y-87000000D03*
X65000000Y-89000000D03*
X85000000Y-81500000D03*
X85000000Y-79500000D03*
X101000000Y-81500000D03*
X101000000Y-79500000D03*
X99000000Y-83000000D03*
X99000000Y-85000000D03*
X133000000Y-81500000D03*
X133000000Y-79500000D03*
X149000000Y-81500000D03*
X149000000Y-79500000D03*
X147000000Y-83000000D03*
X147000000Y-85000000D03*
X165000000Y-81500000D03*
X165000000Y-79500000D03*
X163000000Y-83000000D03*
X163000000Y-85000000D03*
X181000000Y-81500000D03*
X181000000Y-79500000D03*
X179000000Y-83000000D03*
X179000000Y-85000000D03*
X187000000Y-99500000D03*
X187000000Y-97500000D03*
X187000000Y-95500000D03*
X187000000Y-93500000D03*
X109000000Y-126000000D03*
X109000000Y-124000000D03*
D15*
X67000000Y-98550000D03*
X67000000Y-100450000D03*
X65000000Y-84950000D03*
X65000000Y-83050000D03*
X93000000Y-97550000D03*
X93000000Y-99450000D03*
X109000000Y-97550000D03*
X109000000Y-99450000D03*
X125000000Y-97550000D03*
X125000000Y-99450000D03*
X141000000Y-97550000D03*
X141000000Y-99450000D03*
X157000000Y-97550000D03*
X157000000Y-99450000D03*
X173000000Y-97550000D03*
X173000000Y-99450000D03*
X71000000Y-83050000D03*
X71000000Y-84950000D03*
X73000000Y-84950000D03*
X73000000Y-83050000D03*
X70000000Y-95050000D03*
X70000000Y-96950000D03*
X72000000Y-95050000D03*
X72000000Y-96950000D03*
X91000000Y-91450000D03*
X91000000Y-89550000D03*
X93000000Y-89550000D03*
X93000000Y-91450000D03*
X89000000Y-83050000D03*
X89000000Y-84950000D03*
X87000000Y-83050000D03*
X87000000Y-84950000D03*
X139000000Y-91450000D03*
X139000000Y-89550000D03*
X141000000Y-89550000D03*
X141000000Y-91450000D03*
X137000000Y-83050000D03*
X137000000Y-84950000D03*
X135000000Y-83050000D03*
X135000000Y-84950000D03*
D17*
X72905000Y-87800000D03*
X71635000Y-87800000D03*
X70365000Y-87800000D03*
X69095000Y-87800000D03*
X69095000Y-93200000D03*
X70365000Y-93200000D03*
X71635000Y-93200000D03*
X72905000Y-93200000D03*
X85095000Y-93200000D03*
X86365000Y-93200000D03*
X87635000Y-93200000D03*
X88905000Y-93200000D03*
X88905000Y-87800000D03*
X87635000Y-87800000D03*
X86365000Y-87800000D03*
X85095000Y-87800000D03*
X133095000Y-93200000D03*
X134365000Y-93200000D03*
X135635000Y-93200000D03*
X136905000Y-93200000D03*
X136905000Y-87800000D03*
X135635000Y-87800000D03*
X134365000Y-87800000D03*
X133095000Y-87800000D03*
D14*
X83000000Y-83000000D03*
X83000000Y-85000000D03*
X91000000Y-99500000D03*
X91000000Y-97500000D03*
X83000000Y-87000000D03*
X83000000Y-89000000D03*
X91000000Y-95500000D03*
X91000000Y-93500000D03*
X107000000Y-99500000D03*
X107000000Y-97500000D03*
X99000000Y-87000000D03*
X99000000Y-89000000D03*
X107000000Y-95500000D03*
X107000000Y-93500000D03*
X123000000Y-99500000D03*
X123000000Y-97500000D03*
X115000000Y-87000000D03*
X115000000Y-89000000D03*
X123000000Y-95500000D03*
X123000000Y-93500000D03*
X131000000Y-83000000D03*
X131000000Y-85000000D03*
X139000000Y-99500000D03*
X139000000Y-97500000D03*
X131000000Y-87000000D03*
X131000000Y-89000000D03*
X139000000Y-95500000D03*
X139000000Y-93500000D03*
X155000000Y-99500000D03*
X155000000Y-97500000D03*
X147000000Y-87000000D03*
X147000000Y-89000000D03*
X155000000Y-95500000D03*
X155000000Y-93500000D03*
X171000000Y-99500000D03*
X171000000Y-97500000D03*
X163000000Y-87000000D03*
X163000000Y-89000000D03*
X171000000Y-95500000D03*
X171000000Y-93500000D03*
X161000000Y-124000000D03*
X161000000Y-126000000D03*
X103000000Y-126000000D03*
X103000000Y-124000000D03*
X167000000Y-124000000D03*
X167000000Y-126000000D03*
X187000000Y-122000000D03*
X187000000Y-120000000D03*
X83000000Y-128000000D03*
X83000000Y-130000000D03*
X189500000Y-122000000D03*
X189500000Y-120000000D03*
D18*
X124000000Y-122300000D03*
X124000000Y-125700000D03*
D15*
X81000000Y-84950000D03*
X81000000Y-83050000D03*
X97000000Y-84950000D03*
X97000000Y-83050000D03*
X113000000Y-84950000D03*
X113000000Y-83050000D03*
X129000000Y-84950000D03*
X129000000Y-83050000D03*
X145000000Y-84950000D03*
X145000000Y-83050000D03*
X161000000Y-84950000D03*
X161000000Y-83050000D03*
X189000000Y-97550000D03*
X189000000Y-99450000D03*
X177000000Y-84950000D03*
X177000000Y-83050000D03*
X81000000Y-88950000D03*
X81000000Y-87050000D03*
X93000000Y-93550000D03*
X93000000Y-95450000D03*
X101000000Y-97450000D03*
X101000000Y-95550000D03*
X107000000Y-91450000D03*
X107000000Y-89550000D03*
X109000000Y-89550000D03*
X109000000Y-91450000D03*
X105000000Y-83050000D03*
X105000000Y-84950000D03*
X103000000Y-83050000D03*
X103000000Y-84950000D03*
X97000000Y-88950000D03*
X97000000Y-87050000D03*
X109000000Y-93550000D03*
X109000000Y-95450000D03*
X117000000Y-97450000D03*
X117000000Y-95550000D03*
X123000000Y-91450000D03*
X123000000Y-89550000D03*
X125000000Y-89550000D03*
X125000000Y-91450000D03*
X121000000Y-83050000D03*
X121000000Y-84950000D03*
X119000000Y-83050000D03*
X119000000Y-84950000D03*
X113000000Y-88950000D03*
X113000000Y-87050000D03*
X125000000Y-93550000D03*
X125000000Y-95450000D03*
X129000000Y-88950000D03*
X129000000Y-87050000D03*
X141000000Y-93550000D03*
X141000000Y-95450000D03*
X149000000Y-97450000D03*
X149000000Y-95550000D03*
X155000000Y-91450000D03*
X155000000Y-89550000D03*
X157000000Y-89550000D03*
X157000000Y-91450000D03*
X153000000Y-83050000D03*
X153000000Y-84950000D03*
X151000000Y-83050000D03*
X151000000Y-84950000D03*
X145000000Y-88950000D03*
X145000000Y-87050000D03*
X157000000Y-93550000D03*
X157000000Y-95450000D03*
X165000000Y-97450000D03*
X165000000Y-95550000D03*
X171000000Y-91450000D03*
X171000000Y-89550000D03*
X173000000Y-89550000D03*
X173000000Y-91450000D03*
X169000000Y-83050000D03*
X169000000Y-84950000D03*
X167000000Y-83050000D03*
X167000000Y-84950000D03*
X161000000Y-88950000D03*
X161000000Y-87050000D03*
X173000000Y-93550000D03*
X173000000Y-95450000D03*
X187000000Y-91450000D03*
X187000000Y-89550000D03*
X189000000Y-89550000D03*
X189000000Y-91450000D03*
X185000000Y-83050000D03*
X185000000Y-84950000D03*
X183000000Y-83050000D03*
X183000000Y-84950000D03*
X177000000Y-88950000D03*
X177000000Y-87050000D03*
X189000000Y-93550000D03*
X189000000Y-95450000D03*
D19*
X120150000Y-126270000D03*
X120150000Y-123730000D03*
X111850000Y-123730000D03*
X111850000Y-126270000D03*
D17*
X101095000Y-93200000D03*
X102365000Y-93200000D03*
X103635000Y-93200000D03*
X104905000Y-93200000D03*
X104905000Y-87800000D03*
X103635000Y-87800000D03*
X102365000Y-87800000D03*
X101095000Y-87800000D03*
X117095000Y-93200000D03*
X118365000Y-93200000D03*
X119635000Y-93200000D03*
X120905000Y-93200000D03*
X120905000Y-87800000D03*
X119635000Y-87800000D03*
X118365000Y-87800000D03*
X117095000Y-87800000D03*
X149095000Y-93200000D03*
X150365000Y-93200000D03*
X151635000Y-93200000D03*
X152905000Y-93200000D03*
X152905000Y-87800000D03*
X151635000Y-87800000D03*
X150365000Y-87800000D03*
X149095000Y-87800000D03*
X165095000Y-93200000D03*
X166365000Y-93200000D03*
X167635000Y-93200000D03*
X168905000Y-93200000D03*
X168905000Y-87800000D03*
X167635000Y-87800000D03*
X166365000Y-87800000D03*
X165095000Y-87800000D03*
X181095000Y-93200000D03*
X182365000Y-93200000D03*
X183635000Y-93200000D03*
X184905000Y-93200000D03*
X184905000Y-87800000D03*
X183635000Y-87800000D03*
X182365000Y-87800000D03*
X181095000Y-87800000D03*
D14*
X80500000Y-128000000D03*
X80500000Y-130000000D03*
D20*
X192000000Y-130000000D03*
X190000000Y-130000000D03*
D18*
X146000000Y-122300000D03*
X146000000Y-125700000D03*
D11*
X169900000Y-122650000D03*
X169900000Y-126950000D03*
X183600000Y-122650000D03*
X183600000Y-126950000D03*
D12*
X177750000Y-129850000D03*
D13*
X180000000Y-119650000D03*
D21*
X129920000Y-129000000D03*
D22*
X135000000Y-129000000D03*
X140080000Y-129000000D03*
D16*
X191950000Y-128000000D03*
X190050000Y-128000000D03*
X191950000Y-126000000D03*
X190050000Y-126000000D03*
D19*
X149850000Y-123730000D03*
X149850000Y-126270000D03*
X158150000Y-126270000D03*
X158150000Y-123730000D03*
D20*
X78500000Y-123000000D03*
X80500000Y-123000000D03*
X194000000Y-130000000D03*
X196000000Y-130000000D03*
D14*
X197000000Y-81500000D03*
X197000000Y-79500000D03*
X195000000Y-83000000D03*
X195000000Y-85000000D03*
X203000000Y-99500000D03*
X203000000Y-97500000D03*
X195000000Y-87000000D03*
X195000000Y-89000000D03*
X203000000Y-95500000D03*
X203000000Y-93500000D03*
D15*
X205000000Y-97550000D03*
X205000000Y-99450000D03*
X193000000Y-84950000D03*
X193000000Y-83050000D03*
X65000000Y-95050000D03*
X65000000Y-96950000D03*
X77000000Y-91450000D03*
X77000000Y-89550000D03*
X199000000Y-95550000D03*
X199000000Y-97450000D03*
X197000000Y-97450000D03*
X197000000Y-95550000D03*
X203000000Y-91450000D03*
X203000000Y-89550000D03*
X205000000Y-89550000D03*
X205000000Y-91450000D03*
X201000000Y-83050000D03*
X201000000Y-84950000D03*
X199000000Y-83050000D03*
X199000000Y-84950000D03*
X193000000Y-88950000D03*
X193000000Y-87050000D03*
X205000000Y-93550000D03*
X205000000Y-95450000D03*
D17*
X197095000Y-93200000D03*
X198365000Y-93200000D03*
X199635000Y-93200000D03*
X200905000Y-93200000D03*
X200905000Y-87800000D03*
X199635000Y-87800000D03*
X198365000Y-87800000D03*
X197095000Y-87800000D03*
D23*
X74000000Y-120600000D03*
X74000000Y-122300000D03*
X74000000Y-125700000D03*
D24*
X64850000Y-124000000D03*
D23*
X74000000Y-124000000D03*
X74000000Y-127400000D03*
X196000000Y-127400000D03*
X196000000Y-125700000D03*
X196000000Y-122300000D03*
D24*
X205150000Y-124000000D03*
D23*
X196000000Y-124000000D03*
X196000000Y-120600000D03*
D20*
X76000000Y-97000000D03*
X74000000Y-97000000D03*
D25*
X65902220Y-71236600D03*
X76100320Y-71236600D03*
D26*
X71000000Y-75501260D03*
X68500640Y-75501260D03*
D27*
X68460000Y-70040000D03*
X73540000Y-70040000D03*
X73540000Y-64960000D03*
X68460000Y-64960000D03*
D28*
X71000000Y-67500000D03*
D25*
X81902220Y-71236600D03*
X92100320Y-71236600D03*
D26*
X87000000Y-75501260D03*
X84500640Y-75501260D03*
D27*
X84460000Y-70040000D03*
X89540000Y-70040000D03*
X89540000Y-64960000D03*
X84460000Y-64960000D03*
D28*
X87000000Y-67500000D03*
D25*
X97902220Y-71236600D03*
X108100320Y-71236600D03*
D26*
X103000000Y-75501260D03*
X100500640Y-75501260D03*
D27*
X100460000Y-70040000D03*
X105540000Y-70040000D03*
X105540000Y-64960000D03*
X100460000Y-64960000D03*
D28*
X103000000Y-67500000D03*
D25*
X113902220Y-71236600D03*
X124100320Y-71236600D03*
D26*
X119000000Y-75501260D03*
X116500640Y-75501260D03*
D27*
X116460000Y-70040000D03*
X121540000Y-70040000D03*
X121540000Y-64960000D03*
X116460000Y-64960000D03*
D28*
X119000000Y-67500000D03*
D25*
X129902220Y-71236600D03*
X140100320Y-71236600D03*
D26*
X135000000Y-75501260D03*
X132500640Y-75501260D03*
D27*
X132460000Y-70040000D03*
X137540000Y-70040000D03*
X137540000Y-64960000D03*
X132460000Y-64960000D03*
D28*
X135000000Y-67500000D03*
D25*
X145902220Y-71236600D03*
X156100320Y-71236600D03*
D26*
X151000000Y-75501260D03*
X148500640Y-75501260D03*
D27*
X148460000Y-70040000D03*
X153540000Y-70040000D03*
X153540000Y-64960000D03*
X148460000Y-64960000D03*
D28*
X151000000Y-67500000D03*
D25*
X161902220Y-71236600D03*
X172100320Y-71236600D03*
D26*
X167000000Y-75501260D03*
X164500640Y-75501260D03*
D27*
X164460000Y-70040000D03*
X169540000Y-70040000D03*
X169540000Y-64960000D03*
X164460000Y-64960000D03*
D28*
X167000000Y-67500000D03*
D25*
X177902220Y-71236600D03*
X188100320Y-71236600D03*
D26*
X183000000Y-75501260D03*
X180500640Y-75501260D03*
D27*
X180460000Y-70040000D03*
X185540000Y-70040000D03*
X185540000Y-64960000D03*
X180460000Y-64960000D03*
D28*
X183000000Y-67500000D03*
D25*
X193902220Y-71236600D03*
X204100320Y-71236600D03*
D26*
X199000000Y-75501260D03*
X196500640Y-75501260D03*
D27*
X196460000Y-70040000D03*
X201540000Y-70040000D03*
X201540000Y-64960000D03*
X196460000Y-64960000D03*
D28*
X199000000Y-67500000D03*
D15*
X87000000Y-81450000D03*
X87000000Y-79550000D03*
X103000000Y-81450000D03*
X103000000Y-79550000D03*
X119000000Y-81450000D03*
X119000000Y-79550000D03*
X135000000Y-81450000D03*
X135000000Y-79550000D03*
X151000000Y-81450000D03*
X151000000Y-79550000D03*
X167000000Y-81450000D03*
X167000000Y-79550000D03*
X183000000Y-81450000D03*
X183000000Y-79550000D03*
X210000000Y-67950000D03*
X210000000Y-66050000D03*
X60000000Y-67950000D03*
X60000000Y-66050000D03*
X199000000Y-81450000D03*
X199000000Y-79550000D03*
D29*
X208900000Y-64000000D03*
X211100000Y-64000000D03*
X58900000Y-64000000D03*
X61100000Y-64000000D03*
D30*
X190500000Y-114500000D03*
X193040000Y-114500000D03*
X81500000Y-114500000D03*
X78960000Y-114500000D03*
D14*
X83000000Y-97500000D03*
X83000000Y-95500000D03*
X99000000Y-97500000D03*
X99000000Y-95500000D03*
X115000000Y-97500000D03*
X115000000Y-95500000D03*
X131000000Y-97500000D03*
X131000000Y-95500000D03*
X147000000Y-97500000D03*
X147000000Y-95500000D03*
X163000000Y-97500000D03*
X163000000Y-95500000D03*
X179000000Y-97500000D03*
X179000000Y-95500000D03*
X195000000Y-97500000D03*
X195000000Y-95500000D03*
D31*
X55000000Y-128000000D03*
D32*
X57250000Y-128000000D03*
X56590990Y-129590990D03*
X55000000Y-130250000D03*
X53409010Y-129590990D03*
X52750000Y-128000000D03*
X53409010Y-126409010D03*
X55000000Y-125750000D03*
X56590990Y-126409010D03*
D31*
X55000000Y-68000000D03*
D32*
X57250000Y-68000000D03*
X56590990Y-69590990D03*
X55000000Y-70250000D03*
X53409010Y-69590990D03*
X52750000Y-68000000D03*
X53409010Y-66409010D03*
X55000000Y-65750000D03*
X56590990Y-66409010D03*
D31*
X215000000Y-68000000D03*
D32*
X217250000Y-68000000D03*
X216590990Y-69590990D03*
X215000000Y-70250000D03*
X213409010Y-69590990D03*
X212750000Y-68000000D03*
X213409010Y-66409010D03*
X215000000Y-65750000D03*
X216590990Y-66409010D03*
D31*
X215000000Y-128000000D03*
D32*
X217250000Y-128000000D03*
X216590990Y-129590990D03*
X215000000Y-130250000D03*
X213409010Y-129590990D03*
X212750000Y-128000000D03*
X213409010Y-126409010D03*
X215000000Y-125750000D03*
X216590990Y-126409010D03*
D16*
X164950000Y-124000000D03*
X163050000Y-124000000D03*
X164950000Y-126000000D03*
X163050000Y-126000000D03*
X105050000Y-126500000D03*
X106950000Y-126500000D03*
X105050000Y-124000000D03*
X106950000Y-124000000D03*
X81050000Y-126000000D03*
X82950000Y-126000000D03*
X189000000Y-124000000D03*
X187100000Y-124000000D03*
D33*
X204500000Y-116000000D03*
X204500000Y-131000000D03*
X65500000Y-116000000D03*
X65500000Y-131000000D03*
M02*
fda_2017.03/cam/fda_2017.03-F.SilkS.gbr 0 → 100644
View file @ ef28cf4a
This source diff could not be displayed because it is too large. You can view the blob instead.
fda_2017.03/cam/fda_2017.03-drl.rpt 0 → 100644
View file @ ef28cf4a
Drill report for fda_2017.03.kicad_pcb
Created on Sat 21 Oct 2017 19:06:43 EEST
Copper Layer Stackup:
=============================================================
L1 : F.Cu front
L2 : B.Cu back
Drill file 'fda_2017.03.drl' contains
plated through holes:
=============================================================
T1 0.40mm 0.016" (232 holes)
T2 0.50mm 0.020" (32 holes)
T3 0.81mm 0.032" (4 holes)
T4 1.00mm 0.039" (18 holes)
T5 1.40mm 0.055" (9 holes)
T6 1.52mm 0.060" (3 holes)
T7 1.70mm 0.067" (36 holes)
T8 2.20mm 0.087" (18 holes)
T9 3.00mm 0.118" (4 holes)
Total plated holes count 356
Drill file 'fda_2017.03-NPTH.drl' contains
unplated through holes:
=============================================================
Total unplated holes count 0
fda_2017.03/cam/fda_2017.03.drl 0 → 100644
View file @ ef28cf4a
M48
;DRILL file {KiCad 4.0.7-e2-6376~58~ubuntu16.04.1} date Sat Oct 21 19:06:38 2017
;FORMAT={-:-/ absolute / inch / decimal}
FMAT,2
INCH,TZ
T1C0.016
T2C0.020
T3C0.032
T4C0.039
T5C0.055
T6C0.060
T7C0.067
T8C0.087
T9C0.118
%
G90
G05
M72
T1
X2.0079Y-2.5197
X2.0079Y-2.6772
X2.0079Y-2.874
X2.0079Y-3.0709
X2.0079Y-3.2677
X2.0079Y-3.4646
X2.0079Y-3.6614
X2.0079Y-3.8583
X2.0079Y-4.0551
X2.0079Y-4.252
X2.0079Y-4.4488
X2.0079Y-4.6457
X2.0079Y-4.8425
X2.0079Y-5.0394
X2.0079Y-5.1969
X2.1654Y-2.5197
X2.1654Y-2.8346
X2.1654Y-4.8819
X2.1654Y-5.1969
X2.3031Y-2.7756
X2.3228Y-5.0394
X2.3622Y-5.1969
X2.4016Y-4.7244
X2.4016Y-4.8819
X2.4016Y-5.0394
X2.4409Y-2.5197
X2.4409Y-2.6772
X2.4409Y-2.874
X2.4409Y-3.0709
X2.4409Y-3.2677
X2.4409Y-3.4646
X2.4409Y-3.6614
X2.4409Y-3.8583
X2.4409Y-4.0551
X2.4803Y-3.2677
X2.4803Y-4.7244
X2.4803Y-4.8819
X2.4803Y-5.0394
X2.5591Y-3.189
X2.5591Y-4.0157
X2.5591Y-4.7244
X2.5591Y-4.8819
X2.5591Y-5.0394
X2.5591Y-5.1969
X2.5984Y-4.2126
X2.6378Y-3.9961
X2.6378Y-4.7244
X2.6378Y-4.8819
X2.6378Y-5.0394
X2.7165Y-3.878
X2.7559Y-5.1969
X2.7953Y-4.2126
X2.874Y-3.9764
X2.9528Y-5.1969
X3.0118Y-4.8819
X3.0315Y-3.6614
X3.0315Y-3.8189
X3.0315Y-4.0945
X3.0315Y-4.1732
X3.0315Y-4.8031
X3.0709Y-4.0551
X3.0709Y-4.2126
X3.1102Y-3.2677
X3.1496Y-5.1969
X3.2087Y-4.8425
X3.2677Y-4.0551
X3.2677Y-4.2126
X3.3465Y-3.8976
X3.3465Y-5.1969
X3.3858Y-4.8031
X3.4646Y-4.0551
X3.4646Y-4.2126
X3.5039Y-4.7047
X3.5433Y-5.1575
X3.5827Y-3.9764
X3.622Y-4.0945
X3.622Y-4.7047
X3.6614Y-3.4646
X3.6614Y-3.9567
X3.7008Y-4.0551
X3.7008Y-4.0945
X3.7008Y-4.2126
X3.7402Y-3.2677
X3.7402Y-4.6457
X3.7402Y-4.7047
X3.7402Y-5.1969
X3.8976Y-4.0551
X3.8976Y-4.2126
X3.937Y-4.6063
X3.9764Y-3.8976
X4.0945Y-4.0551
X4.0945Y-4.2126
X4.1339Y-4.6063
X4.2126Y-3.9764
X4.252Y-4.0945
X4.2913Y-3.4646
X4.2913Y-3.9567
X4.2913Y-4.2126
X4.3307Y-4.0945
X4.3307Y-4.6063
X4.3701Y-3.2677
X4.4488Y-4.0551
X4.4488Y-4.2126
X4.5276Y-4.6063
X4.6063Y-3.8976
X4.6457Y-4.0551
X4.6457Y-4.2126
X4.7244Y-4.6063
X4.8425Y-3.9764
X4.8425Y-4.0551
X4.8819Y-4.0945
X4.8819Y-4.2126
X4.9213Y-3.4646
X4.9213Y-3.9567
X4.9213Y-4.6063
X4.9606Y-4.0945
X5.Y-3.2677
X5.0787Y-4.0551
X5.0787Y-4.2126
X5.1181Y-4.6063
X5.2362Y-3.8976
X5.2756Y-4.0551
X5.2756Y-4.2126
X5.315Y-4.6063
X5.4724Y-3.9764
X5.5118Y-4.0945
X5.5118Y-4.2126
X5.5118Y-4.6063
X5.5512Y-3.4646
X5.5512Y-3.9567
X5.5906Y-4.0945
X5.6299Y-3.2677
X5.6693Y-4.0551
X5.7087Y-4.2126
X5.7087Y-4.6063
X5.8268Y-4.0551
X5.8661Y-3.8976
X5.9055Y-4.2126
X5.9055Y-4.6063
X6.0236Y-4.0551
X6.1024Y-3.9764
X6.1024Y-4.2126
X6.1024Y-4.6063
X6.1417Y-4.0945
X6.1811Y-3.4646
X6.1811Y-3.9567
X6.2205Y-4.0551
X6.2205Y-4.0945
X6.2598Y-3.2677
X6.2992Y-4.2126
X6.2992Y-4.6063
X6.4173Y-4.0551
X6.4961Y-3.8976
X6.4961Y-4.2126
X6.4961Y-4.6063
X6.5748Y-4.0551
X6.6929Y-4.2126
X6.6929Y-4.6063
X6.7323Y-3.9764
X6.7717Y-4.0945
X6.811Y-3.4646
X6.811Y-3.9567
X6.8504Y-4.0945
X6.8898Y-3.2677
X6.8898Y-4.2126
X6.8898Y-4.6457
X6.8898Y-5.1181
X6.8898Y-5.1969
X6.9685Y-4.0551
X7.0079Y-5.1181
X7.0866Y-4.2126
X7.0866Y-4.685
X7.126Y-3.8976
X7.126Y-5.1181
X7.126Y-5.1969
X7.1654Y-4.0551
X7.2441Y-5.0394
X7.2835Y-4.2126
X7.3228Y-5.1969
X7.3622Y-3.9764
X7.4016Y-4.0945
X7.4409Y-3.4646
X7.4409Y-3.9567
X7.4803Y-4.0945
X7.4803Y-4.2126
X7.5197Y-3.2677
X7.5197Y-5.1969
X7.5591Y-4.0551
X7.5787Y-4.7835
X7.6378Y-5.0591
X7.6969Y-4.2126
X7.7165Y-4.0551
X7.7165Y-5.1969
X7.7559Y-3.8976
X7.874Y-3.8976
X7.874Y-4.2126
X7.9134Y-4.0551
X8.0709Y-3.1102
X8.0709Y-3.2677
X8.0709Y-3.4646
X8.0709Y-3.9567
X8.0709Y-4.0551
X8.1496Y-3.5433
X8.1496Y-3.7402
X8.1496Y-3.937
X8.1693Y-3.3465
X8.189Y-2.5197
X8.189Y-2.874
X8.189Y-3.0709
X8.3071Y-2.7953
X8.4646Y-2.5197
X8.4646Y-2.8346
X8.4646Y-4.3307
X8.4646Y-4.5276
X8.4646Y-4.7244
X8.4646Y-4.8819
X8.4646Y-5.1969
X8.622Y-2.5197
X8.622Y-2.6772
X8.622Y-2.874
X8.622Y-3.0709
X8.622Y-3.2677
X8.622Y-3.4646
X8.622Y-3.6614
X8.622Y-3.8583
X8.622Y-4.0551
X8.622Y-4.252
X8.622Y-4.4488
X8.622Y-4.6457
X8.622Y-4.8425
X8.622Y-5.0394
X8.622Y-5.1969
T2
X2.0768Y-2.6772
X2.0768Y-5.0394
X2.1027Y-2.6145
X2.1027Y-2.7398
X2.1027Y-4.9767
X2.1027Y-5.102
X2.1654Y-2.5886
X2.1654Y-2.7657
X2.1654Y-4.9508
X2.1654Y-5.128
X2.228Y-2.6145
X2.228Y-2.7398
X2.228Y-4.9767
X2.228Y-5.102
X2.2539Y-2.6772
X2.2539Y-5.0394
X8.376Y-2.6772
X8.376Y-5.0394
X8.4019Y-2.6145
X8.4019Y-2.7398
X8.4019Y-4.9767
X8.4019Y-5.102
X8.4646Y-2.5886
X8.4646Y-2.7657
X8.4646Y-4.9508
X8.4646Y-5.128
X8.5272Y-2.6145
X8.5272Y-2.7398
X8.5272Y-4.9767
X8.5272Y-5.102
X8.5531Y-2.6772
X8.5531Y-5.0394
T3
X3.1087Y-4.5079
X3.2087Y-4.5079
X7.5Y-4.5079
X7.6Y-4.5079
T4
X2.6969Y-2.9725
X2.7953Y-2.9725
X3.3268Y-2.9725
X3.4252Y-2.9725
X3.9567Y-2.9725
X4.0551Y-2.9725
X4.5866Y-2.9725
X4.685Y-2.9725
X5.2166Y-2.9725
X5.315Y-2.9725
X5.8465Y-2.9725
X5.9449Y-2.9725
X6.4764Y-2.9725
X6.5748Y-2.9725
X7.1063Y-2.9725
X7.2047Y-2.9725
X7.7362Y-2.9725
X7.8346Y-2.9725
T5
X2.7953Y-2.6575
X3.4252Y-2.6575
X4.0551Y-2.6575
X4.685Y-2.6575
X5.315Y-2.6575
X5.9449Y-2.6575
X6.5748Y-2.6575
X7.2047Y-2.6575
X7.8346Y-2.6575
T6
X5.115Y-5.0787
X5.315Y-5.0787
X5.515Y-5.0787
T7
X2.6953Y-2.5575
X2.6953Y-2.7575
X2.8953Y-2.5575
X2.8953Y-2.7575
X3.3252Y-2.5575
X3.3252Y-2.7575
X3.5252Y-2.5575
X3.5252Y-2.7575
X3.9551Y-2.5575
X3.9551Y-2.7575
X4.1551Y-2.5575
X4.1551Y-2.7575
X4.585Y-2.5575
X4.585Y-2.7575
X4.785Y-2.5575
X4.785Y-2.7575
X5.215Y-2.5575
X5.215Y-2.7575
X5.415Y-2.5575
X5.415Y-2.7575
X5.8449Y-2.5575
X5.8449Y-2.7575
X6.0449Y-2.5575
X6.0449Y-2.7575
X6.4748Y-2.5575
X6.4748Y-2.7575
X6.6748Y-2.5575
X6.6748Y-2.7575
X7.1047Y-2.5575
X7.1047Y-2.7575
X7.3047Y-2.5575
X7.3047Y-2.7575
X7.7346Y-2.5575
X7.7346Y-2.7575
X7.9346Y-2.5575
X7.9346Y-2.7575
T8
X2.5946Y-2.8046
X2.9961Y-2.8046
X3.2245Y-2.8046
X3.626Y-2.8046
X3.8544Y-2.8046
X4.2559Y-2.8046
X4.4843Y-2.8046
X4.8858Y-2.8046
X5.1143Y-2.8046
X5.5158Y-2.8046
X5.7442Y-2.8046
X6.1457Y-2.8046
X6.3741Y-2.8046
X6.7756Y-2.8046
X7.004Y-2.8046
X7.4055Y-2.8046
X7.6339Y-2.8046
X8.0354Y-2.8046
T9
X2.1654Y-2.6772
X2.1654Y-5.0394
X8.4646Y-2.6772
X8.4646Y-5.0394
T0
M30
fda_2017.03/fda_2017.03.kicad_pcb 0 → 100644
View file @ ef28cf4a
This source diff could not be displayed because it is too large. You can view the blob instead.
fda_2017.03/fda_2017.03.pro 0 → 100644
View file @ ef28cf4a
update=Sat 21 Oct 2017 19:00:59 EEST
version=1
last_client=kicad
[general]
version=1
RootSch=
BoardNm=
[pcbnew]
version=1
LastNetListRead=
UseCmpFile=1
PadDrill=0.600000000000
PadDrillOvalY=0.600000000000
PadSizeH=1.500000000000
PadSizeV=1.500000000000
PcbTextSizeV=1.500000000000
PcbTextSizeH=1.500000000000
PcbTextThickness=0.300000000000
ModuleTextSizeV=1.000000000000
ModuleTextSizeH=1.000000000000
ModuleTextSizeThickness=0.150000000000
SolderMaskClearance=0.000000000000
SolderMaskMinWidth=0.000000000000
DrawSegmentWidth=0.200000000000
BoardOutlineThickness=0.100000000000
ModuleOutlineThickness=0.150000000000
[cvpcb]
version=1
NetIExt=net
[schematic_editor]
version=1
PageLayoutDescrFile=
PlotDirectoryName=
SubpartIdSeparator=0
SubpartFirstId=65
NetFmtName=
SpiceForceRefPrefix=0
SpiceUseNetNumbers=0
LabSize=60
[eeschema]
version=1
LibDir=
[eeschema/libraries]
LibName1=fda_2017.03-rescue
LibName2=power
LibName3=device
LibName4=transistors
LibName5=conn
LibName6=linear
LibName7=regul
LibName8=74xx
LibName9=cmos4000
LibName10=adc-dac
LibName11=memory
LibName12=xilinx
LibName13=microcontrollers
LibName14=dsp
LibName15=microchip
LibName16=analog_switches
LibName17=motorola
LibName18=texas
LibName19=intel
LibName20=audio
LibName21=interface
LibName22=digital-audio
LibName23=philips
LibName24=display
LibName25=cypress
LibName26=siliconi
LibName27=opto
LibName28=atmel
LibName29=contrib
LibName30=valves
LibName31=/home/anders/Dropbox/kicad/lib/aw
fda_2017.03/fda_2017.03.sch 0 → 100644
View file @ ef28cf4a
EESchema Schematic File Version 2
LIBS:fda_2017.03-rescue
LIBS:power
LIBS:device
LIBS:transistors
LIBS:conn
LIBS:linear
LIBS:regul
LIBS:74xx
LIBS:cmos4000
LIBS:adc-dac
LIBS:memory
LIBS:xilinx
LIBS:microcontrollers
LIBS:dsp
LIBS:microchip
LIBS:analog_switches
LIBS:motorola
LIBS:texas
LIBS:intel
LIBS:audio
LIBS:interface
LIBS:digital-audio
LIBS:philips
LIBS:display
LIBS:cypress
LIBS:siliconi
LIBS:opto
LIBS:atmel
LIBS:contrib
LIBS:valves
LIBS:aw
EELAYER 25 0
EELAYER END
$Descr A4 11693 8268
encoding utf-8
Sheet 1 10
Title "Anders' Frequency Distribution Amplifier 2017.03"
Date "2017-01-28"
Rev "2017.03"
Comp "Anders Wallin (anders.e.e.wallin \"at\" gmail.com)"
Comment1 "2017.01 design, 4pcs prototype-boards Jan 2017"
Comment2 "measured <-162 dBc/Hz phase-noise at 10 MHz"
Comment3 "reverse isolation 120 dB, channel-to-channel isolation 80dB"
Comment4 "1dB compression @ 14.8 dBm, IP3 @ 31 dBm (10 MHz)"
$EndDescr
$Sheet
S 7300 700 1050 300
U 5654C338
F0 "out1" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 850 60
$EndSheet
$Sheet
S 7300 1200 1050 300
U 5654D6F1
F0 "out2" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 1350 60
$EndSheet
$Comp
L GND #PWR01
U 1 1 5654D991
P 2250 2600
F 0 "#PWR01" H 2250 2350 50 0001 C CNN
F 1 "GND" H 2250 2450 50 0000 C CNN
F 2 "" H 2250 2600 60 0000 C CNN
F 3 "" H 2250 2600 60 0000 C CNN
1 2250 2600
1 0 0 -1
$EndComp
$Comp
L R R101
U 1 1 5654DA6F
P 2250 2350
F 0 "R101" V 2330 2350 50 0000 C CNN
F 1 "51R" V 2250 2350 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 2180 2350 30 0001 C CNN
F 3 "" H 2250 2350 30 0000 C CNN
1 2250 2350
1 0 0 -1
$EndComp
$Comp
L GND #PWR02
U 1 1 5654DABA
P 3150 3050
F 0 "#PWR02" H 3150 2800 50 0001 C CNN
F 1 "GND" H 3150 2900 50 0000 C CNN
F 2 "" H 3150 3050 60 0000 C CNN
F 3 "" H 3150 3050 60 0000 C CNN
1 3150 3050
1 0 0 -1
$EndComp
$Comp
L C C101
U 1 1 5654DCCD
P 2550 2100
F 0 "C101" H 2575 2200 50 0000 L CNN
F 1 "1n" H 2575 2000 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 2588 1950 30 0001 C CNN
F 3 "" H 2550 2100 60 0000 C CNN
1 2550 2100
0 1 1 0
$EndComp
$Comp
L R R106
U 1 1 5654E644
P 5000 3150
F 0 "R106" V 5100 3150 50 0000 C CNN
F 1 "200R" V 5000 3150 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 4930 3150 30 0001 C CNN
F 3 "" H 5000 3150 30 0000 C CNN
1 5000 3150
1 0 0 1
$EndComp
$Comp
L R R107
U 1 1 5654E6BB
P 5000 3750
F 0 "R107" V 5100 3750 50 0000 C CNN
F 1 "190R" V 5000 3750 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 4930 3750 30 0001 C CNN
F 3 "" H 5000 3750 30 0000 C CNN
1 5000 3750
1 0 0 1
$EndComp
$Comp
L GND #PWR03
U 1 1 5654EBB8
P 5000 4050
F 0 "#PWR03" H 5000 3800 50 0001 C CNN
F 1 "GND" H 5000 3900 50 0000 C CNN
F 2 "" H 5000 4050 60 0000 C CNN
F 3 "" H 5000 4050 60 0000 C CNN
1 5000 4050
1 0 0 -1
$EndComp
Connection ~ 6750 2750
Wire Wire Line
3650 2750 3650 3550
$Sheet
S 7300 1700 1050 300
U 565879F0
F0 "out3" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 1850 60
$EndSheet
$Sheet
S 7300 2200 1050 250
U 56587A55
F0 "out4" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 2350 60
$EndSheet
$Sheet
S 7300 2600 1050 250
U 56587A74
F0 "out5" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 2750 60
$EndSheet
$Sheet
S 7300 3050 1050 200
U 56587A93
F0 "out6" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 3150 60
$EndSheet
$Sheet
S 7300 3450 1050 200
U 56587AB2
F0 "out7" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 3550 60
$EndSheet
Wire Wire Line
6750 3150 7300 3150
Wire Wire Line
6750 3550 7300 3550
Connection ~ 6750 3150
Wire Wire Line
6750 2350 7300 2350
Wire Wire Line
6750 1850 7300 1850
Connection ~ 6750 2350
Wire Wire Line
7300 1350 6750 1350
Connection ~ 6750 1850
Wire Wire Line
7300 850 6750 850
Connection ~ 6750 1350
$Comp
L Conn_01x01 P112
U 1 1 565889E2
P 1650 6550
F 0 "P112" H 1650 6650 50 0000 C CNN
F 1 "CONN_01X01" V 1750 6550 50 0000 C CNN
F 2 "Mounting_Holes:MountingHole_3mm_Pad_Via" H 1650 6550 60 0001 C CNN
F 3 "" H 1650 6550 60 0000 C CNN
1 1650 6550
0 1 1 0
$EndComp
$Comp
L Conn_01x01 P113
U 1 1 56588AC7
P 2150 6550
F 0 "P113" H 2150 6650 50 0000 C CNN
F 1 "CONN_01X01" V 2250 6550 50 0000 C CNN
F 2 "Mounting_Holes:MountingHole_3mm_Pad_Via" H 2150 6550 60 0001 C CNN
F 3 "" H 2150 6550 60 0000 C CNN
1 2150 6550
0 1 1 0
$EndComp
$Comp
L Conn_01x01 P114
U 1 1 56588B64
P 2650 6550
F 0 "P114" H 2650 6650 50 0000 C CNN
F 1 "CONN_01X01" V 2750 6550 50 0000 C CNN
F 2 "Mounting_Holes:MountingHole_3mm_Pad_Via" H 2650 6550 60 0001 C CNN
F 3 "" H 2650 6550 60 0000 C CNN
1 2650 6550
0 1 1 0
$EndComp
$Comp
L Conn_01x01 P115
U 1 1 56588BF2
P 3150 6550
F 0 "P115" H 3150 6650 50 0000 C CNN
F 1 "CONN_01X01" V 3250 6550 50 0000 C CNN
F 2 "Mounting_Holes:MountingHole_3mm_Pad_Via" H 3150 6550 60 0001 C CNN
F 3 "" H 3150 6550 60 0000 C CNN
1 3150 6550
0 1 1 0
$EndComp
Text Notes 1600 6250 0 60 ~ 0
Mounting-holes in corners of board\n3mm diameter\n5mm x 5mm in from board edge
Text Notes 8750 2400 0 60 ~ 0
8x OUTPUT
$Comp
L R R102
U 1 1 565DF9A3
P 3150 2350
F 0 "R102" V 3230 2350 50 0000 C CNN
F 1 "10R" V 3150 2350 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3080 2350 30 0001 C CNN
F 3 "" H 3150 2350 30 0000 C CNN
1 3150 2350
-1 0 0 -1
$EndComp
Text Notes 650 3150 0 60 ~ 0
+20 dBm input is 6.324Vpp or 100mW\n0805-sized resistor should be OK to 125 mW
Wire Wire Line
3150 2550 3900 2550
Wire Wire Line
3900 2750 3650 2750
Wire Wire Line
5000 2650 5650 2650
NoConn ~ 4450 2250
$Comp
L GND #PWR04
U 1 1 567D8EDF
P 3900 2600
F 0 "#PWR04" H 3900 2350 50 0001 C CNN
F 1 "GND" H 3900 2450 50 0000 C CNN
F 2 "" H 3900 2600 60 0000 C CNN
F 3 "" H 3900 2600 60 0000 C CNN
1 3900 2600
1 0 0 -1
$EndComp
Wire Wire Line
4000 2650 4000 2600
Wire Wire Line
4000 2600 3900 2600
Wire Wire Line
3650 3550 5000 3550
$Comp
L ADA4899-1 U101
U 1 1 567DBA7F
P 4450 2650
F 0 "U101" H 4650 2950 70 0000 C CNN
F 1 "LMH6702" H 4850 2850 70 0000 C CNN
F 2 "Housings_SOIC:SOIC-8_3.9x4.9mm_Pitch1.27mm" H 4450 2650 60 0001 C CNN
F 3 "" H 4450 2650 60 0000 C CNN
F 4 "LMH6702MA/NOPB-ND" H 5150 3100 60 0000 C CNN "Digikey"
1 4450 2650
1 0 0 -1
$EndComp
Wire Wire Line
1850 2100 2400 2100
$Comp
L GND #PWR05
U 1 1 567DDAC3
P 1700 2350
F 0 "#PWR05" H 1700 2100 50 0001 C CNN
F 1 "GND" H 1700 2200 50 0000 C CNN
F 2 "" H 1700 2350 60 0000 C CNN
F 3 "" H 1700 2350 60 0000 C CNN
1 1700 2350
1 0 0 -1
$EndComp
NoConn ~ 4450 3050
Wire Wire Line
5000 3300 5000 3600
Connection ~ 5000 3550
Wire Wire Line
5000 3000 5000 2850
Wire Wire Line
5000 2850 5150 2850
Wire Wire Line
5150 2850 5150 2650
Connection ~ 5150 2650
NoConn ~ 3900 2850
$Comp
L R R103
U 1 1 569E3471
P 3150 2750
F 0 "R103" V 3230 2750 50 0000 C CNN
F 1 "2k" V 3150 2750 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3080 2750 30 0001 C CNN
F 3 "" H 3150 2750 30 0000 C CNN
1 3150 2750
-1 0 0 -1
$EndComp
Wire Wire Line
3150 2500 3150 2600
Connection ~ 3150 2550
Wire Wire Line
3150 2200 3150 2100
Wire Wire Line
3150 2100 2700 2100
Wire Wire Line
3150 3050 3150 2900
Connection ~ 2250 2100
Wire Wire Line
2250 2600 2250 2500
Wire Wire Line
2250 2200 2250 2100
$Comp
L R R109
U 1 1 569E4709
P 5800 2650
F 0 "R109" V 5900 2650 50 0000 C CNN
F 1 "10R" V 5800 2650 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 5730 2650 30 0001 C CNN
F 3 "" H 5800 2650 30 0000 C CNN
1 5800 2650
0 -1 1 0
$EndComp
Wire Wire Line
5950 2650 6300 2650
Wire Wire Line
6300 2650 6300 2750
Wire Wire Line
6300 2750 6750 2750
Wire Wire Line
6750 850 6750 3950
Text GLabel 2700 750 0 60 Input ~ 0
+6V
Text GLabel 2700 1450 0 60 Input ~ 0
-6V
$Comp
L R R108
U 1 1 56A03BE5
P 5450 2900
F 0 "R108" V 5550 2900 50 0000 C CNN
F 1 "DNI" V 5450 2900 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 5380 2900 30 0001 C CNN
F 3 "" H 5450 2900 30 0000 C CNN
1 5450 2900
-1 0 0 -1
$EndComp
$Comp
L GND #PWR06
U 1 1 56A03C89
P 5450 3200
F 0 "#PWR06" H 5450 2950 50 0001 C CNN
F 1 "GND" H 5450 3050 50 0000 C CNN
F 2 "" H 5450 3200 60 0000 C CNN
F 3 "" H 5450 3200 60 0000 C CNN
1 5450 3200
1 0 0 -1
$EndComp
Wire Wire Line
5450 3200 5450 3050
Wire Wire Line
5450 2750 5450 2650
Connection ~ 5450 2650
Text Notes 5600 3450 1 60 ~ 0
load required?
$Comp
L C C102
U 1 1 56CE39AA
P 3500 950
F 0 "C102" H 3525 1050 50 0000 L CNN
F 1 "100n" H 3525 850 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 3538 800 30 0001 C CNN
F 3 "" H 3500 950 60 0000 C CNN
1 3500 950
-1 0 0 1
$EndComp
$Comp
L R R104
U 1 1 56CE3A5C
P 3750 750
F 0 "R104" V 3830 750 50 0000 C CNN
F 1 "10R" V 3750 750 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3680 750 30 0001 C CNN
F 3 "" H 3750 750 30 0000 C CNN
1 3750 750
0 1 -1 0
$EndComp
$Comp
L C C104
U 1 1 56CE3B84
P 4050 900
F 0 "C104" H 4075 1000 50 0000 L CNN
F 1 "10u" H 4075 800 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 4088 750 30 0001 C CNN
F 3 "" H 4050 900 60 0000 C CNN
1 4050 900
-1 0 0 1
$EndComp
Wire Wire Line
3900 750 4300 750
Connection ~ 4050 750
Wire Wire Line
3200 750 3600 750
Wire Wire Line
3500 800 3500 750
Connection ~ 3500 750
Wire Wire Line
2700 750 2900 750
$Comp
L GND #PWR07
U 1 1 56CE3F81
P 3500 1200
F 0 "#PWR07" H 3500 950 50 0001 C CNN
F 1 "GND" H 3500 1050 50 0000 C CNN
F 2 "" H 3500 1200 60 0000 C CNN
F 3 "" H 3500 1200 60 0000 C CNN
1 3500 1200
1 0 0 -1
$EndComp
Wire Wire Line
3500 1200 3500 1100
$Comp
L GND #PWR08
U 1 1 56CE408B
P 4050 1100
F 0 "#PWR08" H 4050 850 50 0001 C CNN
F 1 "GND" H 4050 950 50 0000 C CNN
F 2 "" H 4050 1100 60 0000 C CNN
F 3 "" H 4050 1100 60 0000 C CNN
1 4050 1100
1 0 0 -1
$EndComp
Wire Wire Line
4050 1100 4050 1050
$Comp
L C C103
U 1 1 56CE4BB3
P 3500 1700
F 0 "C103" H 3525 1800 50 0000 L CNN
F 1 "100n" H 3525 1600 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 3538 1550 30 0001 C CNN
F 3 "" H 3500 1700 60 0000 C CNN
1 3500 1700
-1 0 0 1
$EndComp
$Comp
L R R105
U 1 1 56CE4F20
P 3750 1450
F 0 "R105" V 3830 1450 50 0000 C CNN
F 1 "10R" V 3750 1450 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3680 1450 30 0001 C CNN
F 3 "" H 3750 1450 30 0000 C CNN
1 3750 1450
0 1 -1 0
$EndComp
$Comp
L C C105
U 1 1 56CE4FE1
P 4050 1700
F 0 "C105" H 4075 1800 50 0000 L CNN
F 1 "10u" H 4075 1600 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 4088 1550 30 0001 C CNN
F 3 "" H 4050 1700 60 0000 C CNN
1 4050 1700
-1 0 0 1
$EndComp
$Comp
L GND #PWR09
U 1 1 56CE508B
P 3500 1950
F 0 "#PWR09" H 3500 1700 50 0001 C CNN
F 1 "GND" H 3500 1800 50 0000 C CNN
F 2 "" H 3500 1950 60 0000 C CNN
F 3 "" H 3500 1950 60 0000 C CNN
1 3500 1950
1 0 0 -1
$EndComp
$Comp
L GND #PWR010
U 1 1 56CE5114
P 4050 1950
F 0 "#PWR010" H 4050 1700 50 0001 C CNN
F 1 "GND" H 4050 1800 50 0000 C CNN
F 2 "" H 4050 1950 60 0000 C CNN
F 3 "" H 4050 1950 60 0000 C CNN
1 4050 1950
1 0 0 -1
$EndComp
Wire Wire Line
4050 1950 4050 1850
Wire Wire Line
3500 1950 3500 1850
Wire Wire Line
3200 1450 3600 1450
Wire Wire Line
3500 1550 3500 1450
Connection ~ 3500 1450
Wire Wire Line
3900 1450 4300 1450
Wire Wire Line
4050 1450 4050 1550
Wire Wire Line
2700 1450 2900 1450
Text Label 4300 750 0 60 ~ 0
amp_v+
Text Label 4300 1450 0 60 ~ 0
amp_v-
Connection ~ 4050 1450
Text Label 4350 3250 0 60 ~ 0
amp_v-
Wire Wire Line
4350 3250 4350 3100
Text Label 4350 2100 0 60 ~ 0
amp_v+
Wire Wire Line
4350 2100 4350 2200
Text Notes 1250 4800 0 60 ~ 0
Power supply filtering &\nVoltage regulation
$Sheet
S 1200 4950 1350 550
U 56CEB2D3
F0 "Sheet56CEB2D2" 60
F1 "FDA_PSU.sch" 60
F2 "+VREG" I R 2550 5100 60
F3 "-VREG" I R 2550 5300 60
$EndSheet
$Comp
L GND #PWR011
U 1 1 574D6908
P 1700 1650
F 0 "#PWR011" H 1700 1400 50 0001 C CNN
F 1 "GND" H 1700 1500 50 0000 C CNN
F 2 "" H 1700 1650 60 0000 C CNN
F 3 "" H 1700 1650 60 0000 C CNN
1 1700 1650
1 0 0 -1
$EndComp
Wire Wire Line
1850 1400 2000 1400
Wire Wire Line
2000 1400 2000 2100
Connection ~ 2000 2100
Wire Wire Line
5000 4050 5000 3900
Wire Wire Line
7300 2750 7000 2750
Wire Wire Line
7000 2750 7000 2650
Wire Wire Line
7000 2650 6750 2650
Connection ~ 6750 2650
Text GLabel 2750 5100 2 60 Input ~ 0
+6V
Text GLabel 2750 5300 2 60 Input ~ 0
-6V
Wire Wire Line
2550 5300 2750 5300
Wire Wire Line
2550 5100 2750 5100
Text Notes 2150 3750 0 60 ~ 0
input-stage: LMH6702, \noutput-stage: LMH6609,
$Sheet
S 7300 3850 1050 200
U 57DA795D
F0 "out8" 60
F1 "output_stage.sch" 60
F2 "Input" I L 7300 3950 60
$EndSheet
Wire Wire Line
6750 3950 7300 3950
Connection ~ 6750 3550
$Comp
L GND #PWR012
U 1 1 57DA8056
P 1150 6400
F 0 "#PWR012" H 1150 6150 50 0001 C CNN
F 1 "GND" H 1150 6250 50 0000 C CNN
F 2 "" H 1150 6400 50 0000 C CNN
F 3 "" H 1150 6400 50 0000 C CNN
1 1150 6400
1 0 0 -1
$EndComp
Wire Wire Line
1150 6400 1150 6300
Wire Wire Line
1150 6300 3150 6300
Wire Wire Line
1650 6300 1650 6350
Wire Wire Line
2150 6300 2150 6350
Connection ~ 1650 6300
Wire Wire Line
2650 6300 2650 6350
Connection ~ 2150 6300
Wire Wire Line
3150 6300 3150 6350
Connection ~ 2650 6300
$Comp
L C C106
U 1 1 588C80AF
P 6250 3100
F 0 "C106" H 6275 3200 50 0000 L CNN
F 1 "100p" H 6275 3000 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 6288 2950 30 0001 C CNN
F 3 "" H 6250 3100 60 0000 C CNN
1 6250 3100
-1 0 0 1
$EndComp
$Comp
L GND #PWR013
U 1 1 588C8238
P 6250 3400
F 0 "#PWR013" H 6250 3150 50 0001 C CNN
F 1 "GND" H 6250 3250 50 0000 C CNN
F 2 "" H 6250 3400 60 0000 C CNN
F 3 "" H 6250 3400 60 0000 C CNN
1 6250 3400
1 0 0 -1
$EndComp
Wire Wire Line
6250 3400 6250 3250
Wire Wire Line
6250 2650 6250 2950
Text Notes 5750 3800 0 60 ~ 0
100pF added to\nreduce gain-peaking
Text Notes 5350 5950 0 60 ~ 0
Suggestions for next version:\n- the long transmission line from U101 to output "rings". solved with 100pF cap, but is there a better way?\n- move voltage regulators far away from op-amps\n- provide LEDs indicating +/-6V rails are ok\n- matched-pair resistors where applicable?
Connection ~ 6250 2650
$Comp
L Conn_Coaxial J102
U 1 1 58B911F5
P 1700 2100
F 0 "J102" H 1710 2220 50 0000 C CNN
F 1 "CONN_COAXIAL" H 2150 2100 50 0000 C CNN
F 2 "Connect:SMB_Straight" H 1700 2100 50 0001 C CNN
F 3 "" H 1700 2100 50 0001 C CNN
1 1700 2100
-1 0 0 -1
$EndComp
$Comp
L Conn_Coaxial J101
U 1 1 58B912B1
P 1700 1400
F 0 "J101" H 1710 1520 50 0000 C CNN
F 1 "CONN_COAXIAL" H 2150 1400 50 0000 C CNN
F 2 "awallinKiCadFootprints:BNC_2PIN" H 1700 1400 50 0001 C CNN
F 3 "" H 1700 1400 50 0001 C CNN
1 1700 1400
-1 0 0 -1
$EndComp
Wire Wire Line
1700 1600 1700 1650
Wire Wire Line
1700 2350 1700 2300
Text Notes 700 1100 0 60 ~ 0
PCB for SMA or BNC R/A thru-hole connectors
$Comp
L L L101
U 1 1 58B9329F
P 3050 750
F 0 "L101" V 3000 750 50 0000 C CNN
F 1 "L" V 3125 750 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" H 3050 750 50 0001 C CNN
F 3 "" H 3050 750 50 0001 C CNN
1 3050 750
0 1 1 0
$EndComp
$Comp
L L L102
U 1 1 58B93361
P 3050 1450
F 0 "L102" V 3000 1450 50 0000 C CNN
F 1 "L" V 3125 1450 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" H 3050 1450 50 0001 C CNN
F 3 "" H 3050 1450 50 0001 C CNN
1 3050 1450
0 1 1 0
$EndComp
$EndSCHEMATC
fda_2017.03/output_stage.sch 0 → 100644
View file @ ef28cf4a
EESchema Schematic File Version 2
LIBS:fda_2017.03-rescue
LIBS:power
LIBS:device
LIBS:transistors
LIBS:conn
LIBS:linear
LIBS:regul
LIBS:74xx
LIBS:cmos4000
LIBS:adc-dac
LIBS:memory
LIBS:xilinx
LIBS:microcontrollers
LIBS:dsp
LIBS:microchip
LIBS:analog_switches
LIBS:motorola
LIBS:texas
LIBS:intel
LIBS:audio
LIBS:interface
LIBS:digital-audio
LIBS:philips
LIBS:display
LIBS:cypress
LIBS:siliconi
LIBS:opto
LIBS:atmel
LIBS:contrib
LIBS:valves
LIBS:aw
EELAYER 25 0
EELAYER END
$Descr A4 11693 8268
encoding utf-8
Sheet 10 10
Title "Anders' Frequency Distribution Amplifier 2017.03"
Date "2017-01-28"
Rev "2017.01"
Comp "Anders Wallin (anders.e.e.wallin \"at\" gmail.com)"
Comment1 "gain-peaking inceases from ch1 -> ch8"
Comment2 ""
Comment3 ""
Comment4 ""
$EndDescr
Text HLabel 2950 3400 0 60 Input ~ 0
Input
$Comp
L C C201
U 1 1 5654CDB5
P 7300 3600
AR Path="/5654C338/5654CDB5" Ref="C201" Part="1"
AR Path="/5654D6F1/5654CDB5" Ref="C301" Part="1"
AR Path="/565879F0/5654CDB5" Ref="C401" Part="1"
AR Path="/56587A55/5654CDB5" Ref="C501" Part="1"
AR Path="/56587A74/5654CDB5" Ref="C601" Part="1"
AR Path="/56587A93/5654CDB5" Ref="C701" Part="1"
AR Path="/56587AB2/5654CDB5" Ref="C801" Part="1"
AR Path="/57DA795D/5654CDB5" Ref="C1001" Part="1"
F 0 "C1001" H 7325 3700 50 0000 L CNN
F 1 "DNI" H 7325 3500 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 7338 3450 30 0001 C CNN
F 3 "" H 7300 3600 60 0000 C CNN
1 7300 3600
-1 0 0 1
$EndComp
$Comp
L R R206
U 1 1 5654CEA7
P 6150 3300
AR Path="/5654C338/5654CEA7" Ref="R206" Part="1"
AR Path="/5654D6F1/5654CEA7" Ref="R306" Part="1"
AR Path="/565879F0/5654CEA7" Ref="R406" Part="1"
AR Path="/56587A55/5654CEA7" Ref="R506" Part="1"
AR Path="/56587A74/5654CEA7" Ref="R606" Part="1"
AR Path="/56587A93/5654CEA7" Ref="R706" Part="1"
AR Path="/56587AB2/5654CEA7" Ref="R806" Part="1"
AR Path="/57DA795D/5654CEA7" Ref="R1006" Part="1"
F 0 "R1006" V 6230 3300 50 0000 C CNN
F 1 "51R" V 6150 3300 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 6080 3300 30 0001 C CNN
F 3 "" H 6150 3300 30 0000 C CNN
1 6150 3300
0 1 1 0
$EndComp
$Comp
L R R201
U 1 1 5654D14A
P 3350 3400
AR Path="/5654C338/5654D14A" Ref="R201" Part="1"
AR Path="/5654D6F1/5654D14A" Ref="R301" Part="1"
AR Path="/565879F0/5654D14A" Ref="R401" Part="1"
AR Path="/56587A55/5654D14A" Ref="R501" Part="1"
AR Path="/56587A74/5654D14A" Ref="R601" Part="1"
AR Path="/56587A93/5654D14A" Ref="R701" Part="1"
AR Path="/56587AB2/5654D14A" Ref="R801" Part="1"
AR Path="/57DA795D/5654D14A" Ref="R1001" Part="1"
F 0 "R1001" V 3430 3400 50 0000 C CNN
F 1 "1k" V 3350 3400 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3280 3400 30 0001 C CNN
F 3 "" H 3350 3400 30 0000 C CNN
1 3350 3400
0 1 1 0
$EndComp
$Comp
L GND #PWR014
U 1 1 56645652
P 7300 3850
AR Path="/5654C338/56645652" Ref="#PWR014" Part="1"
AR Path="/5654D6F1/56645652" Ref="#PWR025" Part="1"
AR Path="/565879F0/56645652" Ref="#PWR036" Part="1"
AR Path="/56587A55/56645652" Ref="#PWR047" Part="1"
AR Path="/56587A74/56645652" Ref="#PWR058" Part="1"
AR Path="/56587A93/56645652" Ref="#PWR069" Part="1"
AR Path="/56587AB2/56645652" Ref="#PWR080" Part="1"
AR Path="/57DA795D/56645652" Ref="#PWR0108" Part="1"
F 0 "#PWR0108" H 7300 3600 50 0001 C CNN
F 1 "GND" H 7300 3700 50 0000 C CNN
F 2 "" H 7300 3850 60 0000 C CNN
F 3 "" H 7300 3850 60 0000 C CNN
1 7300 3850
1 0 0 -1
$EndComp
$Comp
L ADA4899-1 U201
U 1 1 567DA714
P 4950 3300
AR Path="/5654C338/567DA714" Ref="U201" Part="1"
AR Path="/5654D6F1/567DA714" Ref="U301" Part="1"
AR Path="/565879F0/567DA714" Ref="U401" Part="1"
AR Path="/56587A55/567DA714" Ref="U501" Part="1"
AR Path="/56587A74/567DA714" Ref="U601" Part="1"
AR Path="/56587A93/567DA714" Ref="U701" Part="1"
AR Path="/56587AB2/567DA714" Ref="U801" Part="1"
AR Path="/57DA795D/567DA714" Ref="U1001" Part="1"
F 0 "U1001" H 5150 3600 70 0000 C CNN
F 1 "LMH6609" H 5350 3500 70 0000 C CNN
F 2 "Housings_SOIC:SOIC-8_3.9x4.9mm_Pitch1.27mm" H 4950 3300 60 0001 C CNN
F 3 "" H 4950 3300 60 0000 C CNN
F 4 "LMH6609MA/NOPB-ND" H 5850 3650 60 0000 C CNN "Digikey"
1 4950 3300
1 0 0 -1
$EndComp
$Comp
L GND #PWR015
U 1 1 567DA9CA
P 4150 3300
AR Path="/5654C338/567DA9CA" Ref="#PWR015" Part="1"
AR Path="/5654D6F1/567DA9CA" Ref="#PWR026" Part="1"
AR Path="/565879F0/567DA9CA" Ref="#PWR037" Part="1"
AR Path="/56587A55/567DA9CA" Ref="#PWR048" Part="1"
AR Path="/56587A74/567DA9CA" Ref="#PWR059" Part="1"
AR Path="/56587A93/567DA9CA" Ref="#PWR070" Part="1"
AR Path="/56587AB2/567DA9CA" Ref="#PWR081" Part="1"
AR Path="/57DA795D/567DA9CA" Ref="#PWR0109" Part="1"
F 0 "#PWR0109" H 4150 3050 50 0001 C CNN
F 1 "GND" H 4150 3150 50 0000 C CNN
F 2 "" H 4150 3300 60 0000 C CNN
F 3 "" H 4150 3300 60 0000 C CNN
1 4150 3300
1 0 0 -1
$EndComp
NoConn ~ 4950 2900
$Comp
L GND #PWR016
U 1 1 567DEB89
P 7950 3550
AR Path="/5654C338/567DEB89" Ref="#PWR016" Part="1"
AR Path="/5654D6F1/567DEB89" Ref="#PWR027" Part="1"
AR Path="/565879F0/567DEB89" Ref="#PWR038" Part="1"
AR Path="/56587A55/567DEB89" Ref="#PWR049" Part="1"
AR Path="/56587A74/567DEB89" Ref="#PWR060" Part="1"
AR Path="/56587A93/567DEB89" Ref="#PWR071" Part="1"
AR Path="/56587AB2/567DEB89" Ref="#PWR082" Part="1"
AR Path="/57DA795D/567DEB89" Ref="#PWR0110" Part="1"
F 0 "#PWR0110" H 7950 3300 50 0001 C CNN
F 1 "GND" H 7950 3400 50 0000 C CNN
F 2 "" H 7950 3550 60 0000 C CNN
F 3 "" H 7950 3550 60 0000 C CNN
1 7950 3550
1 0 0 -1
$EndComp
$Comp
L R R202
U 1 1 569E8DFC
P 3600 3700
AR Path="/5654C338/569E8DFC" Ref="R202" Part="1"
AR Path="/5654D6F1/569E8DFC" Ref="R302" Part="1"
AR Path="/565879F0/569E8DFC" Ref="R402" Part="1"
AR Path="/56587A55/569E8DFC" Ref="R502" Part="1"
AR Path="/56587A74/569E8DFC" Ref="R602" Part="1"
AR Path="/56587A93/569E8DFC" Ref="R702" Part="1"
AR Path="/56587AB2/569E8DFC" Ref="R802" Part="1"
AR Path="/57DA795D/569E8DFC" Ref="R1002" Part="1"
F 0 "R1002" V 3680 3700 50 0000 C CNN
F 1 "1k" V 3600 3700 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 3530 3700 30 0001 C CNN
F 3 "" H 3600 3700 30 0000 C CNN
1 3600 3700
-1 0 0 1
$EndComp
$Comp
L GND #PWR017
U 1 1 569E8E3C
P 3600 4000
AR Path="/5654C338/569E8E3C" Ref="#PWR017" Part="1"
AR Path="/5654D6F1/569E8E3C" Ref="#PWR028" Part="1"
AR Path="/565879F0/569E8E3C" Ref="#PWR039" Part="1"
AR Path="/56587A55/569E8E3C" Ref="#PWR050" Part="1"
AR Path="/56587A74/569E8E3C" Ref="#PWR061" Part="1"
AR Path="/56587A93/569E8E3C" Ref="#PWR072" Part="1"
AR Path="/56587AB2/569E8E3C" Ref="#PWR083" Part="1"
AR Path="/57DA795D/569E8E3C" Ref="#PWR0111" Part="1"
F 0 "#PWR0111" H 3600 3750 50 0001 C CNN
F 1 "GND" H 3600 3850 50 0000 C CNN
F 2 "" H 3600 4000 60 0000 C CNN
F 3 "" H 3600 4000 60 0000 C CNN
1 3600 4000
1 0 0 -1
$EndComp
$Comp
L R R203
U 1 1 569E8EE7
P 5650 3600
AR Path="/5654C338/569E8EE7" Ref="R203" Part="1"
AR Path="/5654D6F1/569E8EE7" Ref="R303" Part="1"
AR Path="/565879F0/569E8EE7" Ref="R403" Part="1"
AR Path="/56587A55/569E8EE7" Ref="R503" Part="1"
AR Path="/56587A74/569E8EE7" Ref="R603" Part="1"
AR Path="/56587A93/569E8EE7" Ref="R703" Part="1"
AR Path="/56587AB2/569E8EE7" Ref="R803" Part="1"
AR Path="/57DA795D/569E8EE7" Ref="R1003" Part="1"
F 0 "R1003" V 5730 3600 50 0000 C CNN
F 1 "200R" V 5650 3600 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 5580 3600 30 0001 C CNN
F 3 "" H 5650 3600 30 0000 C CNN
1 5650 3600
-1 0 0 1
$EndComp
$Comp
L R R204
U 1 1 569E8F40
P 5650 4150
AR Path="/5654C338/569E8F40" Ref="R204" Part="1"
AR Path="/5654D6F1/569E8F40" Ref="R304" Part="1"
AR Path="/565879F0/569E8F40" Ref="R404" Part="1"
AR Path="/56587A55/569E8F40" Ref="R504" Part="1"
AR Path="/56587A74/569E8F40" Ref="R604" Part="1"
AR Path="/56587A93/569E8F40" Ref="R704" Part="1"
AR Path="/56587AB2/569E8F40" Ref="R804" Part="1"
AR Path="/57DA795D/569E8F40" Ref="R1004" Part="1"
F 0 "R1004" V 5730 4150 50 0000 C CNN
F 1 "200R" V 5650 4150 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 5580 4150 30 0001 C CNN
F 3 "" H 5650 4150 30 0000 C CNN
1 5650 4150
-1 0 0 1
$EndComp
$Comp
L GND #PWR018
U 1 1 569E8FA6
P 5650 4400
AR Path="/5654C338/569E8FA6" Ref="#PWR018" Part="1"
AR Path="/5654D6F1/569E8FA6" Ref="#PWR029" Part="1"
AR Path="/565879F0/569E8FA6" Ref="#PWR040" Part="1"
AR Path="/56587A55/569E8FA6" Ref="#PWR051" Part="1"
AR Path="/56587A74/569E8FA6" Ref="#PWR062" Part="1"
AR Path="/56587A93/569E8FA6" Ref="#PWR073" Part="1"
AR Path="/56587AB2/569E8FA6" Ref="#PWR084" Part="1"
AR Path="/57DA795D/569E8FA6" Ref="#PWR0112" Part="1"
F 0 "#PWR0112" H 5650 4150 50 0001 C CNN
F 1 "GND" H 5650 4250 50 0000 C CNN
F 2 "" H 5650 4400 60 0000 C CNN
F 3 "" H 5650 4400 60 0000 C CNN
1 5650 4400
1 0 0 -1
$EndComp
NoConn ~ 4950 3700
NoConn ~ 4400 3500
Text GLabel 1650 1800 0 60 Input ~ 0
-6V
Text GLabel 1650 1000 0 60 Input ~ 0
+6V
Wire Wire Line
2950 3400 3200 3400
Wire Wire Line
3900 3200 3900 3400
Wire Wire Line
3900 3400 3500 3400
Wire Wire Line
5650 3300 5650 3450
Wire Wire Line
5500 3300 6000 3300
Wire Wire Line
4400 3200 3900 3200
Wire Wire Line
4500 3300 4150 3300
Wire Wire Line
3600 4000 3600 3850
Wire Wire Line
3600 3550 3600 3400
Connection ~ 3600 3400
Wire Wire Line
5650 4400 5650 4300
Wire Wire Line
5650 4000 5650 3750
Wire Wire Line
5650 3950 5300 3950
Wire Wire Line
5300 3950 5300 4250
Wire Wire Line
5300 4250 4300 4250
Wire Wire Line
4300 4250 4300 3400
Wire Wire Line
4300 3400 4400 3400
Connection ~ 5650 3950
Connection ~ 5650 3300
Wire Wire Line
6300 3300 6650 3300
Wire Wire Line
7300 3850 7300 3750
Wire Wire Line
6950 3300 7800 3300
Wire Wire Line
7300 3300 7300 3450
Connection ~ 7300 3300
$Comp
L R R205
U 1 1 56A04C8E
P 5900 3600
AR Path="/5654C338/56A04C8E" Ref="R205" Part="1"
AR Path="/5654D6F1/56A04C8E" Ref="R305" Part="1"
AR Path="/565879F0/56A04C8E" Ref="R405" Part="1"
AR Path="/56587A55/56A04C8E" Ref="R505" Part="1"
AR Path="/56587A74/56A04C8E" Ref="R605" Part="1"
AR Path="/56587A93/56A04C8E" Ref="R705" Part="1"
AR Path="/56587AB2/56A04C8E" Ref="R805" Part="1"
AR Path="/57DA795D/56A04C8E" Ref="R1005" Part="1"
F 0 "R1005" V 5980 3600 50 0000 C CNN
F 1 "DNI" V 5900 3600 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 5830 3600 30 0001 C CNN
F 3 "" H 5900 3600 30 0000 C CNN
1 5900 3600
-1 0 0 1
$EndComp
Wire Wire Line
5900 3450 5900 3300
Connection ~ 5900 3300
$Comp
L GND #PWR019
U 1 1 56A04D2A
P 5900 3900
AR Path="/5654C338/56A04D2A" Ref="#PWR019" Part="1"
AR Path="/5654D6F1/56A04D2A" Ref="#PWR030" Part="1"
AR Path="/565879F0/56A04D2A" Ref="#PWR041" Part="1"
AR Path="/56587A55/56A04D2A" Ref="#PWR052" Part="1"
AR Path="/56587A74/56A04D2A" Ref="#PWR063" Part="1"
AR Path="/56587A93/56A04D2A" Ref="#PWR074" Part="1"
AR Path="/56587AB2/56A04D2A" Ref="#PWR085" Part="1"
AR Path="/57DA795D/56A04D2A" Ref="#PWR0113" Part="1"
F 0 "#PWR0113" H 5900 3650 50 0001 C CNN
F 1 "GND" H 5900 3750 50 0000 C CNN
F 2 "" H 5900 3900 60 0000 C CNN
F 3 "" H 5900 3900 60 0000 C CNN
1 5900 3900
1 0 0 -1
$EndComp
Wire Wire Line
5900 3900 5900 3750
$Comp
L C C202
U 1 1 56CE897D
P 2500 1250
AR Path="/5654C338/56CE897D" Ref="C202" Part="1"
AR Path="/5654D6F1/56CE897D" Ref="C302" Part="1"
AR Path="/565879F0/56CE897D" Ref="C402" Part="1"
AR Path="/56587A55/56CE897D" Ref="C502" Part="1"
AR Path="/56587A74/56CE897D" Ref="C602" Part="1"
AR Path="/56587A93/56CE897D" Ref="C702" Part="1"
AR Path="/56587AB2/56CE897D" Ref="C802" Part="1"
AR Path="/57DA795D/56CE897D" Ref="C1002" Part="1"
F 0 "C1002" H 2525 1350 50 0000 L CNN
F 1 "100n" H 2525 1150 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 2538 1100 30 0001 C CNN
F 3 "" H 2500 1250 60 0000 C CNN
1 2500 1250
-1 0 0 1
$EndComp
$Comp
L R R207
U 1 1 56CE89DB
P 2800 1000
AR Path="/5654C338/56CE89DB" Ref="R207" Part="1"
AR Path="/5654D6F1/56CE89DB" Ref="R307" Part="1"
AR Path="/565879F0/56CE89DB" Ref="R407" Part="1"
AR Path="/56587A55/56CE89DB" Ref="R507" Part="1"
AR Path="/56587A74/56CE89DB" Ref="R607" Part="1"
AR Path="/56587A93/56CE89DB" Ref="R707" Part="1"
AR Path="/56587AB2/56CE89DB" Ref="R807" Part="1"
AR Path="/57DA795D/56CE89DB" Ref="R1007" Part="1"
F 0 "R1007" V 2880 1000 50 0000 C CNN
F 1 "10R" V 2800 1000 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 2730 1000 30 0001 C CNN
F 3 "" H 2800 1000 30 0000 C CNN
1 2800 1000
0 1 1 0
$EndComp
$Comp
L C C204
U 1 1 56CE8A3C
P 3100 1250
AR Path="/5654C338/56CE8A3C" Ref="C204" Part="1"
AR Path="/5654D6F1/56CE8A3C" Ref="C304" Part="1"
AR Path="/565879F0/56CE8A3C" Ref="C404" Part="1"
AR Path="/56587A55/56CE8A3C" Ref="C504" Part="1"
AR Path="/56587A74/56CE8A3C" Ref="C604" Part="1"
AR Path="/56587A93/56CE8A3C" Ref="C704" Part="1"
AR Path="/56587AB2/56CE8A3C" Ref="C804" Part="1"
AR Path="/57DA795D/56CE8A3C" Ref="C1004" Part="1"
F 0 "C1004" H 3125 1350 50 0000 L CNN
F 1 "10u" H 3125 1150 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 3138 1100 30 0001 C CNN
F 3 "" H 3100 1250 60 0000 C CNN
1 3100 1250
-1 0 0 1
$EndComp
$Comp
L GND #PWR020
U 1 1 56CE8A9C
P 2500 1450
AR Path="/5654C338/56CE8A9C" Ref="#PWR020" Part="1"
AR Path="/5654D6F1/56CE8A9C" Ref="#PWR031" Part="1"
AR Path="/565879F0/56CE8A9C" Ref="#PWR042" Part="1"
AR Path="/56587A55/56CE8A9C" Ref="#PWR053" Part="1"
AR Path="/56587A74/56CE8A9C" Ref="#PWR064" Part="1"
AR Path="/56587A93/56CE8A9C" Ref="#PWR075" Part="1"
AR Path="/56587AB2/56CE8A9C" Ref="#PWR086" Part="1"
AR Path="/57DA795D/56CE8A9C" Ref="#PWR0114" Part="1"
F 0 "#PWR0114" H 2500 1200 50 0001 C CNN
F 1 "GND" H 2500 1300 50 0000 C CNN
F 2 "" H 2500 1450 60 0000 C CNN
F 3 "" H 2500 1450 60 0000 C CNN
1 2500 1450
1 0 0 -1
$EndComp
$Comp
L GND #PWR021
U 1 1 56CE8AD1
P 3100 1450
AR Path="/5654C338/56CE8AD1" Ref="#PWR021" Part="1"
AR Path="/5654D6F1/56CE8AD1" Ref="#PWR032" Part="1"
AR Path="/565879F0/56CE8AD1" Ref="#PWR043" Part="1"
AR Path="/56587A55/56CE8AD1" Ref="#PWR054" Part="1"
AR Path="/56587A74/56CE8AD1" Ref="#PWR065" Part="1"
AR Path="/56587A93/56CE8AD1" Ref="#PWR076" Part="1"
AR Path="/56587AB2/56CE8AD1" Ref="#PWR087" Part="1"
AR Path="/57DA795D/56CE8AD1" Ref="#PWR0115" Part="1"
F 0 "#PWR0115" H 3100 1200 50 0001 C CNN
F 1 "GND" H 3100 1300 50 0000 C CNN
F 2 "" H 3100 1450 60 0000 C CNN
F 3 "" H 3100 1450 60 0000 C CNN
1 3100 1450
1 0 0 -1
$EndComp
$Comp
L C C203
U 1 1 56CE8C8C
P 2600 2050
AR Path="/5654C338/56CE8C8C" Ref="C203" Part="1"
AR Path="/5654D6F1/56CE8C8C" Ref="C303" Part="1"
AR Path="/565879F0/56CE8C8C" Ref="C403" Part="1"
AR Path="/56587A55/56CE8C8C" Ref="C503" Part="1"
AR Path="/56587A74/56CE8C8C" Ref="C603" Part="1"
AR Path="/56587A93/56CE8C8C" Ref="C703" Part="1"
AR Path="/56587AB2/56CE8C8C" Ref="C803" Part="1"
AR Path="/57DA795D/56CE8C8C" Ref="C1003" Part="1"
F 0 "C1003" H 2625 2150 50 0000 L CNN
F 1 "100n" H 2625 1950 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 2638 1900 30 0001 C CNN
F 3 "" H 2600 2050 60 0000 C CNN
1 2600 2050
-1 0 0 1
$EndComp
$Comp
L R R208
U 1 1 56CE8C92
P 2900 1800
AR Path="/5654C338/56CE8C92" Ref="R208" Part="1"
AR Path="/5654D6F1/56CE8C92" Ref="R308" Part="1"
AR Path="/565879F0/56CE8C92" Ref="R408" Part="1"
AR Path="/56587A55/56CE8C92" Ref="R508" Part="1"
AR Path="/56587A74/56CE8C92" Ref="R608" Part="1"
AR Path="/56587A93/56CE8C92" Ref="R708" Part="1"
AR Path="/56587AB2/56CE8C92" Ref="R808" Part="1"
AR Path="/57DA795D/56CE8C92" Ref="R1008" Part="1"
F 0 "R1008" V 2980 1800 50 0000 C CNN
F 1 "10R" V 2900 1800 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 2830 1800 30 0001 C CNN
F 3 "" H 2900 1800 30 0000 C CNN
1 2900 1800
0 1 1 0
$EndComp
$Comp
L C C205
U 1 1 56CE8C98
P 3200 2050
AR Path="/5654C338/56CE8C98" Ref="C205" Part="1"
AR Path="/5654D6F1/56CE8C98" Ref="C305" Part="1"
AR Path="/565879F0/56CE8C98" Ref="C405" Part="1"
AR Path="/56587A55/56CE8C98" Ref="C505" Part="1"
AR Path="/56587A74/56CE8C98" Ref="C605" Part="1"
AR Path="/56587A93/56CE8C98" Ref="C705" Part="1"
AR Path="/56587AB2/56CE8C98" Ref="C805" Part="1"
AR Path="/57DA795D/56CE8C98" Ref="C1005" Part="1"
F 0 "C1005" H 3225 2150 50 0000 L CNN
F 1 "10u" H 3225 1950 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 3238 1900 30 0001 C CNN
F 3 "" H 3200 2050 60 0000 C CNN
1 3200 2050
-1 0 0 1
$EndComp
$Comp
L GND #PWR022
U 1 1 56CE8C9E
P 2600 2250
AR Path="/5654C338/56CE8C9E" Ref="#PWR022" Part="1"
AR Path="/5654D6F1/56CE8C9E" Ref="#PWR033" Part="1"
AR Path="/565879F0/56CE8C9E" Ref="#PWR044" Part="1"
AR Path="/56587A55/56CE8C9E" Ref="#PWR055" Part="1"
AR Path="/56587A74/56CE8C9E" Ref="#PWR066" Part="1"
AR Path="/56587A93/56CE8C9E" Ref="#PWR077" Part="1"
AR Path="/56587AB2/56CE8C9E" Ref="#PWR088" Part="1"
AR Path="/57DA795D/56CE8C9E" Ref="#PWR0116" Part="1"
F 0 "#PWR0116" H 2600 2000 50 0001 C CNN
F 1 "GND" H 2600 2100 50 0000 C CNN
F 2 "" H 2600 2250 60 0000 C CNN
F 3 "" H 2600 2250 60 0000 C CNN
1 2600 2250
1 0 0 -1
$EndComp
$Comp
L GND #PWR023
U 1 1 56CE8CA4
P 3200 2250
AR Path="/5654C338/56CE8CA4" Ref="#PWR023" Part="1"
AR Path="/5654D6F1/56CE8CA4" Ref="#PWR034" Part="1"
AR Path="/565879F0/56CE8CA4" Ref="#PWR045" Part="1"
AR Path="/56587A55/56CE8CA4" Ref="#PWR056" Part="1"
AR Path="/56587A74/56CE8CA4" Ref="#PWR067" Part="1"
AR Path="/56587A93/56CE8CA4" Ref="#PWR078" Part="1"
AR Path="/56587AB2/56CE8CA4" Ref="#PWR089" Part="1"
AR Path="/57DA795D/56CE8CA4" Ref="#PWR0117" Part="1"
F 0 "#PWR0117" H 3200 2000 50 0001 C CNN
F 1 "GND" H 3200 2100 50 0000 C CNN
F 2 "" H 3200 2250 60 0000 C CNN
F 3 "" H 3200 2250 60 0000 C CNN
1 3200 2250
1 0 0 -1
$EndComp
Wire Wire Line
2500 1100 2500 1000
Connection ~ 2500 1000
Wire Wire Line
2500 1450 2500 1400
Wire Wire Line
3100 1450 3100 1400
Wire Wire Line
3100 1100 3100 1000
Wire Wire Line
2950 1000 3300 1000
Wire Wire Line
1850 1800 1650 1800
Wire Wire Line
2150 1800 2750 1800
Wire Wire Line
2600 1900 2600 1800
Connection ~ 2600 1800
Wire Wire Line
2600 2250 2600 2200
Wire Wire Line
3200 2250 3200 2200
Wire Wire Line
3200 1900 3200 1800
Wire Wire Line
3050 1800 3350 1800
Text Label 3300 1000 0 60 ~ 0
amp_v+
Connection ~ 3100 1000
Text Label 3350 1800 0 60 ~ 0
amp_v-
Connection ~ 3200 1800
Text Label 4850 2700 0 60 ~ 0
amp_v+
Wire Wire Line
4850 2700 4850 2850
Text Label 4850 3900 0 60 ~ 0
amp_v-
Wire Wire Line
4850 3900 4850 3750
$Comp
L GND #PWR024
U 1 1 574D7570
P 7950 2900
AR Path="/5654C338/574D7570" Ref="#PWR024" Part="1"
AR Path="/5654D6F1/574D7570" Ref="#PWR035" Part="1"
AR Path="/565879F0/574D7570" Ref="#PWR046" Part="1"
AR Path="/56587A55/574D7570" Ref="#PWR057" Part="1"
AR Path="/56587A74/574D7570" Ref="#PWR068" Part="1"
AR Path="/56587A93/574D7570" Ref="#PWR079" Part="1"
AR Path="/56587AB2/574D7570" Ref="#PWR090" Part="1"
AR Path="/57DA795D/574D7570" Ref="#PWR0118" Part="1"
F 0 "#PWR0118" H 7950 2650 50 0001 C CNN
F 1 "GND" H 7950 2750 50 0000 C CNN
F 2 "" H 7950 2900 60 0000 C CNN
F 3 "" H 7950 2900 60 0000 C CNN
1 7950 2900
1 0 0 -1
$EndComp
Wire Wire Line
7950 2900 7950 2850
Wire Wire Line
7800 2650 7500 2650
Wire Wire Line
7500 2650 7500 3300
Connection ~ 7500 3300
$Comp
L R R209
U 1 1 58B925F2
P 6800 3300
AR Path="/5654C338/58B925F2" Ref="R209" Part="1"
AR Path="/5654D6F1/58B925F2" Ref="R309" Part="1"
AR Path="/565879F0/58B925F2" Ref="R409" Part="1"
AR Path="/56587A55/58B925F2" Ref="R509" Part="1"
AR Path="/56587A74/58B925F2" Ref="R609" Part="1"
AR Path="/56587A93/58B925F2" Ref="R709" Part="1"
AR Path="/56587AB2/58B925F2" Ref="R809" Part="1"
AR Path="/57DA795D/58B925F2" Ref="R1009" Part="1"
F 0 "R1009" V 6880 3300 50 0000 C CNN
F 1 "DNI" V 6800 3300 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" V 6730 3300 30 0001 C CNN
F 3 "" H 6800 3300 30 0000 C CNN
1 6800 3300
0 -1 -1 0
$EndComp
$Comp
L Conn_Coaxial J201
U 1 1 58B9276A
P 7950 2650
AR Path="/5654C338/58B9276A" Ref="J201" Part="1"
AR Path="/5654D6F1/58B9276A" Ref="J301" Part="1"
AR Path="/565879F0/58B9276A" Ref="J401" Part="1"
AR Path="/56587A55/58B9276A" Ref="J501" Part="1"
AR Path="/56587A74/58B9276A" Ref="J601" Part="1"
AR Path="/56587A93/58B9276A" Ref="J701" Part="1"
AR Path="/56587AB2/58B9276A" Ref="J801" Part="1"
AR Path="/57DA795D/58B9276A" Ref="J1001" Part="1"
F 0 "J1001" H 7960 2770 50 0000 C CNN
F 1 "CONN_COAXIAL_SMA" H 8500 2650 50 0000 C CNN
F 2 "awallinKiCadFootprints:BNC_2PIN" H 7950 2650 50 0001 C CNN
F 3 "" H 7950 2650 50 0001 C CNN
F 4 "2293854" H 8350 2550 60 0000 C CNN "Farnell"
1 7950 2650
1 0 0 -1
$EndComp
$Comp
L Conn_Coaxial J202
U 1 1 58B927ED
P 7950 3300
AR Path="/5654C338/58B927ED" Ref="J202" Part="1"
AR Path="/5654D6F1/58B927ED" Ref="J302" Part="1"
AR Path="/565879F0/58B927ED" Ref="J402" Part="1"
AR Path="/56587A55/58B927ED" Ref="J502" Part="1"
AR Path="/56587A74/58B927ED" Ref="J602" Part="1"
AR Path="/56587A93/58B927ED" Ref="J702" Part="1"
AR Path="/56587AB2/58B927ED" Ref="J802" Part="1"
AR Path="/57DA795D/58B927ED" Ref="J1002" Part="1"
F 0 "J1002" H 7960 3420 50 0000 C CNN
F 1 "CONN_COAXIAL_BNC" H 8400 3300 50 0000 C CNN
F 2 "Connect:SMB_Straight" H 7950 3300 50 0001 C CNN
F 3 "" H 7950 3300 50 0001 C CNN
F 4 "1076295" H 8350 3200 60 0000 C CNN "Farnell"
1 7950 3300
1 0 0 -1
$EndComp
Wire Wire Line
7950 3550 7950 3500
$Comp
L L L202
U 1 1 58B92C8A
P 2100 1000
AR Path="/5654C338/58B92C8A" Ref="L202" Part="1"
AR Path="/5654D6F1/58B92C8A" Ref="L302" Part="1"
AR Path="/565879F0/58B92C8A" Ref="L402" Part="1"
AR Path="/56587A55/58B92C8A" Ref="L502" Part="1"
AR Path="/56587A74/58B92C8A" Ref="L602" Part="1"
AR Path="/56587A93/58B92C8A" Ref="L702" Part="1"
AR Path="/56587AB2/58B92C8A" Ref="L802" Part="1"
AR Path="/57DA795D/58B92C8A" Ref="L1002" Part="1"
F 0 "L1002" V 2050 1000 50 0000 C CNN
F 1 "L" V 2175 1000 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" H 2100 1000 50 0001 C CNN
F 3 "" H 2100 1000 50 0001 C CNN
1 2100 1000
0 1 1 0
$EndComp
Wire Wire Line
2250 1000 2650 1000
Wire Wire Line
1950 1000 1650 1000
$Comp
L L L201
U 1 1 58B92E96
P 2000 1800
AR Path="/5654C338/58B92E96" Ref="L201" Part="1"
AR Path="/5654D6F1/58B92E96" Ref="L301" Part="1"
AR Path="/565879F0/58B92E96" Ref="L401" Part="1"
AR Path="/56587A55/58B92E96" Ref="L501" Part="1"
AR Path="/56587A74/58B92E96" Ref="L601" Part="1"
AR Path="/56587A93/58B92E96" Ref="L701" Part="1"
AR Path="/56587AB2/58B92E96" Ref="L801" Part="1"
AR Path="/57DA795D/58B92E96" Ref="L1001" Part="1"
F 0 "L1001" V 1950 1800 50 0000 C CNN
F 1 "L" V 2075 1800 50 0000 C CNN
F 2 "Resistors_SMD:R_0805" H 2000 1800 50 0001 C CNN
F 3 "" H 2000 1800 50 0001 C CNN
1 2000 1800
0 1 1 0
$EndComp
$Comp
L C C206
U 1 1 58C450AF
P 3800 3700
AR Path="/5654C338/58C450AF" Ref="C206" Part="1"
AR Path="/5654D6F1/58C450AF" Ref="C306" Part="1"
AR Path="/565879F0/58C450AF" Ref="C406" Part="1"
AR Path="/56587A55/58C450AF" Ref="C506" Part="1"
AR Path="/56587A74/58C450AF" Ref="C606" Part="1"
AR Path="/56587A93/58C450AF" Ref="C706" Part="1"
AR Path="/56587AB2/58C450AF" Ref="C806" Part="1"
AR Path="/57DA795D/58C450AF" Ref="C1006" Part="1"
F 0 "C1006" H 3825 3800 50 0000 L CNN
F 1 "DNI" H 3825 3600 50 0000 L CNN
F 2 "Capacitors_SMD:C_0805" H 3838 3550 30 0001 C CNN
F 3 "" H 3800 3700 60 0000 C CNN
1 3800 3700
-1 0 0 1
$EndComp
Wire Wire Line
3800 3850 3800 3900
Wire Wire Line
3800 3900 3600 3900
Connection ~ 3600 3900
Wire Wire Line
3800 3550 3800 3400
Connection ~ 3800 3400
$EndSCHEMATC
readme.txt
View file @ ef28cf4a
This is the README file for the 1:8 pulse/frequency distribution
amplifier project on ohwr.org at
https://www.ohwr.org/projects/pda-8ch-fda-8ch
Anders Wallin, October 2017.
Anders Wallin (anders.e.e.wallin "at" gmail.com), October 2017.
For licensing, see LICENSE.txt
List of Designs:
pda2017.04 1:4 Pulse distribution amplifier using IDT 5PB1108
pda2017.04 1:8 Pulse distribution amplifier using IDT 5PB1108
fda2017.03 1:8 Frequency distribution amplifier using LMH6702/6609
Notes:
1. KiCad produces PDF output that is rotated. To de-rotate use:
$ pdftk SCH_pda2017.04.pdf cat 1-endeast output out.pdf
2. the BOM_Wizard won't work with the node(js) version that
comes with Ubuntu 16.04LTS. Need to manually install a newer version of node:
https://nodejs.org/en/download/package-manager/#debian-and-ubuntu-based-linux-distributions
Markdown is supported
0% or
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment