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Merge branch 'main' of https://github.com/JJassonn69/PLFM_RADAR

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Jason
2026-03-16 01:02:17 +02:00
parent c983a3c705 653098214c
commit deb2e81ec4
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/4x4/Phased_Array_Ant.brd
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/4x4/Phased_Array_Ant.sch
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&lt;b&gt;Würth Elektronik eiSos GmbH &amp; Co. KG&lt;/b&gt;&lt;br&gt;
EMC &amp; Inductive Solutions&lt;br&gt;
Max-Eyth-Str.1&lt;br&gt;
D-74638 Waldenburg&lt;br&gt;
&lt;br&gt;
Tel: +49 (0)7942-945-0&lt;br&gt;
Fax:+49 (0)7942-945-5000&lt;br&gt;
&lt;br&gt;
&lt;a href="http://www.we-online.com/web/en/electronic_components/produkte_pb/bauteilebibliotheken/eagle_4.php"&gt;www.we-online.com/eagle&lt;/a&gt;&lt;br&gt;
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Neither Autodesk nor Würth Elektronik eiSos does warrant that this library is error-free or &lt;br&gt;
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&lt;br&gt;Eagle Version 9, Library Revision 2021a, 2021-04-14&lt;br&gt;
&lt;HR&gt;
Copyright: Würth Elektronik</description>
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<symbols>
<symbol name="PLUG">
<circle x="0" y="0" radius="2.54" width="0.2" layer="94"/>
<circle x="0" y="0" radius="0.254" width="0.508" layer="94"/>
<pin name="1" x="7.62" y="0" visible="pad" length="short" direction="pas" rot="R180"/>
<pin name="2" x="7.62" y="-5.08" visible="pad" length="short" direction="pas" rot="R180"/>
<text x="0" y="3.54" size="1.778" layer="95" align="bottom-center">&gt;NAME</text>
<text x="-5.08" y="-8.08" size="1.778" layer="96">&gt;VALUE</text>
<wire x1="0" y1="-2.54" x2="0" y2="-5.08" width="0.254" layer="94"/>
<wire x1="0" y1="-5.08" x2="5.08" y2="-5.08" width="0.254" layer="94"/>
<wire x1="5.08" y1="0" x2="0.54" y2="0" width="0.254" layer="94"/>
</symbol>
</symbols>
<devicesets>
<deviceset name="60124102122403" prefix="J">
<description>&lt;b&gt; WR-SMP Straight&lt;/b&gt;
&lt;b&gt;&lt;br&gt;&lt;br&gt;
MATERIAL PROPERTIES
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;Insulator Material LCP
&lt;br&gt;Center Contact Material Brass
&lt;br&gt;Center Contact Plating Gold, min. 0.127 μm over Nickel
&lt;br&gt;Body Material Brass
&lt;br&gt;Body Plating Gold, min. 0.127 μm over Nickel
&lt;br&gt;
&lt;br&gt;
&lt;b&gt;KIND PROPERTIES
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;Interface MIL-STD-348
&lt;br&gt;Connector Type SMP
&lt;br&gt;Gender Plug
&lt;br&gt;Orientation Type Straight
&lt;br&gt;
&lt;br&gt;
&lt;b&gt;GENERAL INFORMATION
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;Operating Temperature -65 up to +165 °C
&lt;br&gt;
&lt;br&gt;
&lt;b&gt;ELECTRICAL PROPERTIES
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;f DC~12 GHz
&lt;br&gt;
&lt;br&gt;
&lt;b&gt;MECHANICAL PROPERTIES
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;Mating Cycle 500 Cycles; 1000 Cycles
&lt;br&gt;
&lt;br&gt;
&lt;b&gt;PACKAGING PROPERTIES
&lt;br&gt;&lt;br&gt;
&lt;/b&gt;Packaging Tray
&lt;br&gt;
&lt;br&gt;
&lt;br&gt;&lt;a href="https://www.we-online.com/catalog/media/o176648v209%20Family_WR-SMP_60114102122403.jpg" title="Enlarge picture"&gt;
&lt;img src="https://www.we-online.com/catalog/media/o176648v209%20Family_WR-SMP_60114102122403.jpg" width="320"&gt;&lt;/a&gt;&lt;p&gt;
Details see: &lt;a href="https://www.we-online.com/catalog/en/SMP_SMT_STRAIGHT/"&gt;https://www.we-online.com/catalog/en/SMP_SMT_STRAIGHT/&lt;/a&gt;&lt;p&gt;
Updated by Ella Wu 2020-05-29&lt;br&gt;
2020(C) Würth Elektronik</description>
<gates>
<gate name="G$1" symbol="PLUG" x="0" y="0"/>
</gates>
<devices>
<device name="" package="60124102122403">
<connects>
<connect gate="G$1" pin="1" pad="1"/>
<connect gate="G$1" pin="2" pad="2 3 4" route="any"/>
</connects>
<technologies>
<technology name="">
<attribute name="DATASHEET-URL" value="https://www.we-online.com/catalog/datasheet/60124102122403.pdf"/>
<attribute name="GENDER" value="Plug"/>
<attribute name="INTERFACE" value="MIL-STD-348"/>
<attribute name="MOUNT" value="SMT"/>
<attribute name="ORIENTATION-TYPE" value="Straight"/>
<attribute name="PART-NUMBER" value="60124102122403"/>
<attribute name="VALUE" value="60124102122403"/>
<attribute name="Z" value="50Ohm"/>
</technology>
</technologies>
</device>
</devices>
</deviceset>
</devicesets>
</library>
<library name="supply1">
<description>&lt;b&gt;Supply Symbols&lt;/b&gt;&lt;p&gt;
GND, VCC, 0V, +5V, -5V, etc.&lt;p&gt;
Please keep in mind, that these devices are necessary for the
automatic wiring of the supply signals.&lt;p&gt;
The pin name defined in the symbol is identical to the net which is to be wired automatically.&lt;p&gt;
In this library the device names are the same as the pin names of the symbols, therefore the correct signal names appear next to the supply symbols in the schematic.&lt;p&gt;
&lt;author&gt;Created by librarian@cadsoft.de&lt;/author&gt;</description>
<packages>
</packages>
<symbols>
<symbol name="GND">
<wire x1="-1.905" y1="0" x2="1.905" y2="0" width="0.254" layer="94"/>
<text x="-2.54" y="-2.54" size="1.778" layer="96">&gt;VALUE</text>
<pin name="GND" x="0" y="2.54" visible="off" length="short" direction="sup" rot="R270"/>
</symbol>
</symbols>
<devicesets>
<deviceset name="GND" prefix="GND">
<description>&lt;b&gt;SUPPLY SYMBOL&lt;/b&gt;</description>
<gates>
<gate name="1" symbol="GND" x="0" y="0"/>
</gates>
<devices>
<device name="">
<technologies>
<technology name=""/>
</technologies>
</device>
</devices>
</deviceset>
</devicesets>
</library>
<library name="My_Library_RADAR">
<packages>
<package name="10.5GHZ_ANT">
<smd name="P$1" x="0" y="0" dx="9.538" dy="7.636" layer="1"/>
</package>
</packages>
<symbols>
<symbol name="10.5GHZ_ANT">
<wire x1="-5.08" y1="7.62" x2="5.08" y2="7.62" width="0.254" layer="94"/>
<wire x1="5.08" y1="7.62" x2="5.08" y2="-7.62" width="0.254" layer="94"/>
<wire x1="5.08" y1="-7.62" x2="-5.08" y2="-7.62" width="0.254" layer="94"/>
<wire x1="-5.08" y1="-7.62" x2="-5.08" y2="7.62" width="0.254" layer="94"/>
<pin name="P$1" x="-10.16" y="2.54" length="middle"/>
</symbol>
</symbols>
<devicesets>
<deviceset name="10.5GHZ_ANT">
<gates>
<gate name="G$1" symbol="10.5GHZ_ANT" x="0" y="0"/>
</gates>
<devices>
<device name="" package="10.5GHZ_ANT">
<connects>
<connect gate="G$1" pin="P$1" pad="P$1"/>
</connects>
<technologies>
<technology name=""/>
</technologies>
</device>
</devices>
</deviceset>
</devicesets>
</library>
</libraries>
<attributes>
</attributes>
<variantdefs>
</variantdefs>
<classes>
<class number="0" name="default" width="0" drill="0">
</class>
</classes>
<parts>
<part name="J1" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="4_1"/>
<part name="J2" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="4_2"/>
<part name="J3" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="4_3"/>
<part name="J4" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="4_4"/>
<part name="J5" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="3_1"/>
<part name="J6" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="3_2"/>
<part name="J7" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="3_3"/>
<part name="J8" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="3_4"/>
<part name="J9" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="2_1"/>
<part name="J10" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="2_2"/>
<part name="J11" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="2_3"/>
<part name="J12" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="2_4"/>
<part name="J13" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="1_1"/>
<part name="J14" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="1_2"/>
<part name="J15" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="1_3"/>
<part name="J16" library="Eagle_WR-SMP_rev21a" deviceset="60124102122403" device="" value="1_4"/>
<part name="GND1" library="supply1" deviceset="GND" device=""/>
<part name="GND2" library="supply1" deviceset="GND" device=""/>
<part name="GND3" library="supply1" deviceset="GND" device=""/>
<part name="GND4" library="supply1" deviceset="GND" device=""/>
<part name="GND5" library="supply1" deviceset="GND" device=""/>
<part name="GND6" library="supply1" deviceset="GND" device=""/>
<part name="GND7" library="supply1" deviceset="GND" device=""/>
<part name="GND8" library="supply1" deviceset="GND" device=""/>
<part name="GND9" library="supply1" deviceset="GND" device=""/>
<part name="GND10" library="supply1" deviceset="GND" device=""/>
<part name="GND11" library="supply1" deviceset="GND" device=""/>
<part name="GND12" library="supply1" deviceset="GND" device=""/>
<part name="GND13" library="supply1" deviceset="GND" device=""/>
<part name="GND14" library="supply1" deviceset="GND" device=""/>
<part name="GND15" library="supply1" deviceset="GND" device=""/>
<part name="GND16" library="supply1" deviceset="GND" device=""/>
<part name="U$1" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$2" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$3" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$4" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$5" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$6" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$7" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$8" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$9" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$10" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$11" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$12" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$13" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$14" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$15" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
<part name="U$16" library="My_Library_RADAR" deviceset="10.5GHZ_ANT" device=""/>
</parts>
<sheets>
<sheet>
<plain>
</plain>
<instances>
<instance part="J1" gate="G$1" x="12.7" y="83.82"/>
<instance part="J2" gate="G$1" x="12.7" y="63.5"/>
<instance part="J3" gate="G$1" x="12.7" y="43.18"/>
<instance part="J4" gate="G$1" x="12.7" y="22.86"/>
<instance part="J5" gate="G$1" x="60.96" y="83.82"/>
<instance part="J6" gate="G$1" x="60.96" y="63.5"/>
<instance part="J7" gate="G$1" x="60.96" y="43.18"/>
<instance part="J8" gate="G$1" x="60.96" y="22.86"/>
<instance part="J9" gate="G$1" x="106.68" y="83.82"/>
<instance part="J10" gate="G$1" x="106.68" y="63.5"/>
<instance part="J11" gate="G$1" x="106.68" y="43.18"/>
<instance part="J12" gate="G$1" x="106.68" y="22.86"/>
<instance part="J13" gate="G$1" x="154.94" y="83.82"/>
<instance part="J14" gate="G$1" x="154.94" y="63.5"/>
<instance part="J15" gate="G$1" x="154.94" y="43.18"/>
<instance part="J16" gate="G$1" x="154.94" y="22.86"/>
<instance part="GND1" gate="1" x="20.32" y="76.2"/>
<instance part="GND2" gate="1" x="20.32" y="55.88"/>
<instance part="GND3" gate="1" x="20.32" y="35.56"/>
<instance part="GND4" gate="1" x="20.32" y="15.24"/>
<instance part="GND5" gate="1" x="78.74" y="76.2"/>
<instance part="GND6" gate="1" x="78.74" y="55.88"/>
<instance part="GND7" gate="1" x="78.74" y="35.56"/>
<instance part="GND8" gate="1" x="78.74" y="15.24"/>
<instance part="GND9" gate="1" x="124.46" y="15.24"/>
<instance part="GND10" gate="1" x="124.46" y="35.56"/>
<instance part="GND11" gate="1" x="124.46" y="55.88"/>
<instance part="GND12" gate="1" x="124.46" y="76.2"/>
<instance part="GND13" gate="1" x="172.72" y="76.2"/>
<instance part="GND14" gate="1" x="172.72" y="55.88"/>
<instance part="GND15" gate="1" x="172.72" y="35.56"/>
<instance part="GND16" gate="1" x="172.72" y="15.24"/>
<instance part="U$1" gate="G$1" x="30.48" y="81.28"/>
<instance part="U$2" gate="G$1" x="30.48" y="60.96"/>
<instance part="U$3" gate="G$1" x="30.48" y="40.64"/>
<instance part="U$4" gate="G$1" x="30.48" y="20.32"/>
<instance part="U$5" gate="G$1" x="86.36" y="81.28"/>
<instance part="U$6" gate="G$1" x="86.36" y="60.96"/>
<instance part="U$7" gate="G$1" x="86.36" y="40.64"/>
<instance part="U$8" gate="G$1" x="86.36" y="20.32"/>
<instance part="U$9" gate="G$1" x="132.08" y="81.28"/>
<instance part="U$10" gate="G$1" x="132.08" y="60.96"/>
<instance part="U$11" gate="G$1" x="132.08" y="40.64"/>
<instance part="U$12" gate="G$1" x="132.08" y="20.32"/>
<instance part="U$13" gate="G$1" x="180.34" y="81.28"/>
<instance part="U$14" gate="G$1" x="180.34" y="60.96"/>
<instance part="U$15" gate="G$1" x="180.34" y="40.64"/>
<instance part="U$16" gate="G$1" x="180.34" y="20.32"/>
</instances>
<busses>
</busses>
<nets>
<net name="GND" class="0">
<segment>
<pinref part="J1" gate="G$1" pin="2"/>
<pinref part="GND1" gate="1" pin="GND"/>
</segment>
<segment>
<pinref part="J2" gate="G$1" pin="2"/>
<pinref part="GND2" gate="1" pin="GND"/>
</segment>
<segment>
<pinref part="J3" gate="G$1" pin="2"/>
<pinref part="GND3" gate="1" pin="GND"/>
</segment>
<segment>
<pinref part="J4" gate="G$1" pin="2"/>
<pinref part="GND4" gate="1" pin="GND"/>
</segment>
<segment>
<pinref part="J5" gate="G$1" pin="2"/>
<pinref part="GND5" gate="1" pin="GND"/>
<wire x1="78.74" y1="78.74" x2="68.58" y2="78.74" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J6" gate="G$1" pin="2"/>
<pinref part="GND6" gate="1" pin="GND"/>
<wire x1="78.74" y1="58.42" x2="68.58" y2="58.42" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J7" gate="G$1" pin="2"/>
<pinref part="GND7" gate="1" pin="GND"/>
<wire x1="78.74" y1="38.1" x2="68.58" y2="38.1" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J8" gate="G$1" pin="2"/>
<pinref part="GND8" gate="1" pin="GND"/>
<wire x1="78.74" y1="17.78" x2="68.58" y2="17.78" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J12" gate="G$1" pin="2"/>
<pinref part="GND9" gate="1" pin="GND"/>
<wire x1="124.46" y1="17.78" x2="114.3" y2="17.78" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J11" gate="G$1" pin="2"/>
<pinref part="GND10" gate="1" pin="GND"/>
<wire x1="124.46" y1="38.1" x2="114.3" y2="38.1" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J10" gate="G$1" pin="2"/>
<pinref part="GND11" gate="1" pin="GND"/>
<wire x1="124.46" y1="58.42" x2="114.3" y2="58.42" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J9" gate="G$1" pin="2"/>
<pinref part="GND12" gate="1" pin="GND"/>
<wire x1="124.46" y1="78.74" x2="114.3" y2="78.74" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J13" gate="G$1" pin="2"/>
<pinref part="GND13" gate="1" pin="GND"/>
<wire x1="172.72" y1="78.74" x2="162.56" y2="78.74" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J14" gate="G$1" pin="2"/>
<pinref part="GND14" gate="1" pin="GND"/>
<wire x1="172.72" y1="58.42" x2="162.56" y2="58.42" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J15" gate="G$1" pin="2"/>
<pinref part="GND15" gate="1" pin="GND"/>
<wire x1="172.72" y1="38.1" x2="162.56" y2="38.1" width="0.1524" layer="91"/>
</segment>
<segment>
<pinref part="J16" gate="G$1" pin="2"/>
<pinref part="GND16" gate="1" pin="GND"/>
<wire x1="172.72" y1="17.78" x2="162.56" y2="17.78" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$1" class="0">
<segment>
<pinref part="J1" gate="G$1" pin="1"/>
<pinref part="U$1" gate="G$1" pin="P$1"/>
</segment>
</net>
<net name="N$2" class="0">
<segment>
<pinref part="J2" gate="G$1" pin="1"/>
<pinref part="U$2" gate="G$1" pin="P$1"/>
</segment>
</net>
<net name="N$3" class="0">
<segment>
<pinref part="J3" gate="G$1" pin="1"/>
<pinref part="U$3" gate="G$1" pin="P$1"/>
</segment>
</net>
<net name="N$4" class="0">
<segment>
<pinref part="J4" gate="G$1" pin="1"/>
<pinref part="U$4" gate="G$1" pin="P$1"/>
</segment>
</net>
<net name="N$5" class="0">
<segment>
<pinref part="J5" gate="G$1" pin="1"/>
<pinref part="U$5" gate="G$1" pin="P$1"/>
<wire x1="68.58" y1="83.82" x2="76.2" y2="83.82" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$6" class="0">
<segment>
<pinref part="J6" gate="G$1" pin="1"/>
<pinref part="U$6" gate="G$1" pin="P$1"/>
<wire x1="68.58" y1="63.5" x2="76.2" y2="63.5" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$7" class="0">
<segment>
<pinref part="J7" gate="G$1" pin="1"/>
<pinref part="U$7" gate="G$1" pin="P$1"/>
<wire x1="68.58" y1="43.18" x2="76.2" y2="43.18" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$8" class="0">
<segment>
<pinref part="J8" gate="G$1" pin="1"/>
<pinref part="U$8" gate="G$1" pin="P$1"/>
<wire x1="68.58" y1="22.86" x2="76.2" y2="22.86" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$9" class="0">
<segment>
<pinref part="J9" gate="G$1" pin="1"/>
<pinref part="U$9" gate="G$1" pin="P$1"/>
<wire x1="114.3" y1="83.82" x2="121.92" y2="83.82" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$10" class="0">
<segment>
<pinref part="J10" gate="G$1" pin="1"/>
<pinref part="U$10" gate="G$1" pin="P$1"/>
<wire x1="114.3" y1="63.5" x2="121.92" y2="63.5" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$11" class="0">
<segment>
<pinref part="J11" gate="G$1" pin="1"/>
<pinref part="U$11" gate="G$1" pin="P$1"/>
<wire x1="114.3" y1="43.18" x2="121.92" y2="43.18" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$12" class="0">
<segment>
<pinref part="J12" gate="G$1" pin="1"/>
<pinref part="U$12" gate="G$1" pin="P$1"/>
<wire x1="114.3" y1="22.86" x2="121.92" y2="22.86" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$13" class="0">
<segment>
<pinref part="J13" gate="G$1" pin="1"/>
<pinref part="U$13" gate="G$1" pin="P$1"/>
<wire x1="162.56" y1="83.82" x2="170.18" y2="83.82" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$14" class="0">
<segment>
<pinref part="J14" gate="G$1" pin="1"/>
<pinref part="U$14" gate="G$1" pin="P$1"/>
<wire x1="162.56" y1="63.5" x2="170.18" y2="63.5" width="0.1524" layer="91"/>
</segment>
</net>
<net name="N$15" class="0">
<segment>
<pinref part="J15" gate="G$1" pin="1"/>
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/Gerber_Antenna/Antenna_16_8.smb
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/Gerber_Antenna/Antenna_16_8.smt
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/Gerber_Antenna/Antenna_16_8.top
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/Gerber_Antenna/Antenna_16_8.tsp
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/Gerber_Antenna/BOM_Antenna_16_8
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"Part";"Value";"Device";"Package";"Description";"DATASHEET-URL";"GENDER";"INTERFACE";"MOUNT";"ORIENTATION-TYPE";"PART-NUMBER";"VALUE";"Z";
"J1";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J2";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J3";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J4";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J5";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J6";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J7";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J8";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J9";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
"J10";"60124102122403";"60124102122403";"60124102122403";"WR-SMP Straight";"https://www.we-online.com/catalog/datasheet/60124102122403.pdf";"Plug";"MIL-STD-348";"SMT";"Straight";"60124102122403";"60124102122403";"50Ohm";
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Patch/8x16/W886396AS1Y5_Gerber_Antenna.zip
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4_Schematics and Boards Layout/4_6_Schematics/Antennas/Waveguide/Dielectric_Filled_Waveguide_Array_Spec.docx
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5_Simulations/Matlab/16_8.m
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%Size of PCB
pcbThickness = 0.578e-3;
pcbLength = 200e-3;
pcbWidth = 200e-3;
f = 10.5e+9;
c = 3e+8;
lambda = c/f;
Length_patch = 8.76e-3;
Width_patch = 9.545e-3;
dist_patch = lambda/2;
feeder_width = 0.94e-3;
%Specifying Material of PCB
pcbEpsilonR = 3.48;
%Creating dielectic Material
d = dielectric(Name="RO4350B",EpsilonR=pcbEpsilonR,LossTangent=0.003,Thickness=pcbThickness);
GndPlane = antenna.Rectangle('Length',pcbLength,'Width',pcbWidth); %Creating Ground Plane of Antenna
%Creating Different Shapes of antenna
Rec1 = antenna.Rectangle('Length',dist_patch-Length_patch,'Width',feeder_width,'Center',[0,(dist_patch-Length_patch)/2]); %feeder
Rec2 = antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[0,(dist_patch-Length_patch)+(Length_patch)/2]); %patch
for i=1:1:16
for j=1:1:8
Rec1 = Rec1 + antenna.Rectangle('Length',dist_patch-Length_patch,'Width',feeder_width,'Center',[i-1,j*(dist_patch)+(dist_patch-Length_patch)/2]);
Rec2 = Rec2 + antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[i-1,j*(dist_patch)+(dist_patch-Length_patch)+(Length_patch)/2]);
end
end
%Adding all different shapes of antenna
AntennaPlane = Rec1 + Rec2;
%%Creating PCB Stack
p = pcbStack;
p.Name = 'Strip-fed slot';
p.BoardShape = GndPlane;
p.BoardThickness = pcbThickness;
p.Layers = {AntennaPlane,d,GndPlane}; %[x Cordinate,y Cordinate,startLayer stopLayer]
p.FeedLocations = [0,0,1,3;0,dist_patch,1,3;0,dist_patch*2,1,3;0,dist_patch*3,1,3;0,dist_patch*4,1,3;0,dist_patch*5,1,3;0,dist_patch*6,1,3;0,dist_patch*7,1,3;0,dist_patch*8,1,3;0,dist_patch*9,1,3;0,dist_patch*10,1,3;0,dist_patch*11,1,3;0,dist_patch*12,1,3;0,dist_patch*13,1,3;0,dist_patch*14,1,3;0,dist_patch*15,1,3];
%Plotting Different patterns and graphs
figure(1);
show(p); %Display Antenna
% figure(2);
% pattern(p,1.943e9); %Display Radiation Pattern at 1.943GHZ
% figure(3);
% impedance(p,1.6e9:2e7:2.2e9); %Display Impedance Graph from 1.6GHz to 2.2GHz
% freq = linspace(1.6e9, 2.2e9, 50); % Creating Frequency Vector
% s = sparameters(p,freq,50); % Calalculate S11 for all frequencys
% figure(4);
% rfplot(s);%Diplay S11 Plot
5_Simulations/Matlab/Antenna16_8.m
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n_array = 1;
m_array = 2;
delta_phy = 15; %phase difference between adjacent patches (in degrees)
f = 10.5e+9;
c = 3e+8;
lambda = c/f;
Width_patch = 8.76e-3;
Length_patch = 9.545e-3;
dist_patch = lambda/2;
feeder_width = dist_patch - Width_patch;
feeder_length = 0.94e-3;
% Define angles (break into smaller chunks)
theta = -90:1:90;
phi = -180:1:180;
chunk_size = 30;
% Define file name for saving
matFileName = 'pattern_data.mat';
% Create a MAT file object for incremental writing
mf = matfile(matFileName, 'Writable', true);
%Size of PCB
pcbThickness = 0.508e-3;
pcbWidth = 0.5*feeder_width + (feeder_width +Width_patch)*(m_array);
pcbLength =dist_patch*n_array;
%Specifying Material of PCB
% pcbMaterial = 'RO4350B';
% pcbEpsilonR = 3.48;
pcbMaterial = 'RO4350B';
pcbEpsilonR = 3.48;
d = dielectric(pcbMaterial);
d.EpsilonR = pcbEpsilonR;
d.Thickness = pcbThickness;
%Creating dielectic Material
GndPlane = antenna.Rectangle('Length',pcbLength,'Width',pcbWidth,'Center',[0,0]); %Creating Ground Plane of Antenna
%Creating Different Shapes of antenna
Rec1 = antenna.Rectangle('Length',feeder_length,'Width',feeder_width,'Center',[-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_width/2]);
Rec2 = antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2 + feeder_width+Width_patch/2]);
for j=1:1:n_array
for i=1:1:m_array
if((i~=1) || (j~=1))
Rec1 = Rec1 + antenna.Rectangle('Length',feeder_length,'Width',feeder_width,'Center',[(j-1)*dist_patch-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_width/2+(i-1)*dist_patch]);
Rec2 = Rec2 + antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[(j-1)*dist_patch-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_width+Width_patch/2+ (i-1)*dist_patch]);
end
end
end
AntennaPlane = Rec1 + Rec2;
%%Creating PCB Stack
p = pcbStack;
p.Name = 'Strip-fed slot';
p.BoardShape = GndPlane;
p.BoardThickness = pcbThickness;
p.Layers = {AntennaPlane,d,GndPlane};
%[x Cordinate,y Cordinate,startLayer stopLayer]
p.FeedDiameter = feeder_length/4;
p.FeedLocations = [-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_length/1.4,1,3];
%p.FeedLocations = [-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_length/1.4,1,3;dist_patch-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_length/1.4,1,3;dist_patch*2-(pcbLength/2)+0.5*dist_patch,-pcbWidth/2+feeder_length/1.4,1,3];
%p.FeedLocations = [0,feeder_length/1.4,1,3;dist_patch,feeder_length/1.4,1,3;dist_patch*2,feeder_length/1.4,1,3;dist_patch*3,feeder_length/1.4,1,3;dist_patch*4,feeder_length/1.4,1,3;dist_patch*5,feeder_length/1.4,1,3;dist_patch*6,feeder_length/1.4,1,3;dist_patch*7,feeder_length/1.4,1,3;dist_patch*8,feeder_length/1.4,1,3;dist_patch*9,feeder_length/1.4,1,3;dist_patch*10,feeder_length/1.4,1,3;dist_patch*11,feeder_length/1.4,1,3;dist_patch*12,feeder_length/1.4,1,3;dist_patch*13,feeder_length/1.4,1,3;dist_patch*14,feeder_length/1.4,1,3;dist_patch*15,feeder_length/1.4,1,3];
%p.p.FeedPhase = [0 delta_phy delta_phy*2 delta_phy*3 delta_phy*4 delta_phy*5 delta_phy*6 delta_phy*7 delta_phy*8 delta_phy*9 delta_phy*10 delta_phy*11 delta_phy*12 delta_phy*13 delta_phy*14 delta_phy*15];
figure(1);
show(p); %Display Antenna
%figure(2);
% pattern(p,f,-180:30:180,0);
% pattern3Dfig = figure(2); %array pattern
% pattern(p,f);
% Initialize counters for indexing
index = 1;
% Process and store in chunks
for i = 1:chunk_size:length(theta)
for j = 1:chunk_size:length(phi)
% Simulated computation (replace with actual pattern function)
p_val = pattern(p,f,theta(i),phi(j));
mf.pattern_values(index, 1) = p_val;
% Store computed values directly into the MAT file (avoiding large RAM usage)
mf.theta_values(index, 1) = theta(i);
mf.phi_values(index, 1) = phi(j);
clear p_val theta(i) phi(j);
% Increment index
index = index + 1;
end
end
figure(2);
patternCustom( mf.pattern_values,mf.theta_values ,mf.phi_values);
% Display confirmation message
%M = readtable("pattern_data.mat");
%patternCustom(M(:,3),M(:,2),M(:,1));
5_Simulations/Matlab/Antenna_array.m
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@@ -0,0 +1,40 @@
%This Code was Written By Nemeen Shah
%Subscribe to My YouTube Channel: https://Youtube.com/NematicsLab
%Size of PCB
pcbThickness = 1.6e-3; %1.6mm
pcbLength = 152.4e-3; %152.4mm or 6inch
pcbWidth = 101.6e-3; %101.6mm 0r 4inch
%Specifying Material of PCB
pcbMaterial = 'FR4';
pcbEpsilonR = 4.4;
%Creating dielectic Material
d = dielectric(pcbMaterial);
d.EpsilonR = pcbEpsilonR;
d.Thickness = pcbThickness;
AntennaPlane=antenna.Rectangle('Length',0.5e-2,'Width',5e-2,'Center',[0, 0]); %Creating Feed Plane of Antenna
GndPlane = antenna.Rectangle('Length',pcbLength,'Width',pcbWidth); %Creating Ground Plane of Antenna
%Creating Different Shapes of antenna
Rec = antenna.Rectangle('Length',10e-2,'Width',2e-2,'Center',[0,-20e-3]);
Rec1 = antenna.Rectangle('Length',6e-2,'Width',2e-2,'Center',[0,20e-3]);
%%Creating PCB Stack
p = pcbStack;
p.Name = 'Strip-fed slot';
p.BoardShape = GndPlane;
p.BoardThickness = pcbThickness;
p.Layers = {AntennaPlane,d,GndPlane}; %[x Cordinate,y Cordinate,startLayer stopLayer]
p.FeedLocations = [0,(-pcbWidth/2)+6e-2,1,3];
%Adding all different shapes of antenna
AntennaPlane = AntennaPlane + Rec + Rec1;
p.Layers = {AntennaPlane,d,GndPlane};
%Plotting Different patterns and graphs
figure(1);
show(p); %Display Antenna
figure(2);
pattern(p,1.943e9); %Display Radiation Pattern at 1.943GHZ
figure(3);
impedance(p,1.6e9:2e7:2.2e9); %Display Impedance Graph from 1.6GHz to 2.2GHz
freq = linspace(1.6e9, 2.2e9, 50); % Creating Frequency Vector
s = sparameters(p,freq,50); % Calalculate S11 for all frequencys
figure(4);
rfplot(s);%Diplay S11 Plot
5_Simulations/Matlab/DielectricCatalog.csv
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Name,Relative_Permittivity,Loss_Tangent,Frequency,Comments
"RO4350B",4.38,0.003,12000000000,""
"Air",1,0,1000000000,""
"FR4",4.8,0.026,100000000,""
"Teflon",2.1,0.0002,100000000,""
"Foam",1.03,0.00015,50000000,""
"Polystyrene",2.55,0.0001,100000000,""
"Plexiglas",2.59,0.00676,10000000000,""
"Fused quartz",3.78,0.0001,10000000000,""
"E glass",6.22,0.0023,100000000,""
"RO4725JXR",2.55,0.0022,2500000000,""
"RO4730JXR",3,0.0023,2500000000,""
"TMM3",3.45,0.002,10000000000,""
"TMM4",4.7,0.002,10000000000,""
"TMM6",6.3,0.0023,10000000000,""
"TMM10",9.8,0.0022,10000000000,""
"TMM10i",9.9,0.002,10000000000,""
"Taconic RF-35",3.5,0.0018,1900000000,""
1 Name Relative_Permittivity Loss_Tangent Frequency Comments
2 RO4350B 4.38 0.003 12000000000
3 Air 1 0 1000000000
4 FR4 4.8 0.026 100000000
5 Teflon 2.1 0.0002 100000000
6 Foam 1.03 0.00015 50000000
7 Polystyrene 2.55 0.0001 100000000
8 Plexiglas 2.59 0.00676 10000000000
9 Fused quartz 3.78 0.0001 10000000000
10 E glass 6.22 0.0023 100000000
11 RO4725JXR 2.55 0.0022 2500000000
12 RO4730JXR 3 0.0023 2500000000
13 TMM3 3.45 0.002 10000000000
14 TMM4 4.7 0.002 10000000000
15 TMM6 6.3 0.0023 10000000000
16 TMM10 9.8 0.0022 10000000000
17 TMM10i 9.9 0.002 10000000000
18 Taconic RF-35 3.5 0.0018 1900000000
5_Simulations/Matlab/antenna16_antenna8.m
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% Open file to write
csvFileName = 'pattern_data.csv';
fileID = fopen(csvFileName, 'w');
fprintf(fileID, 'Theta,Phi,Pattern\n'); % CSV headers
% Define angles (break into smaller chunks)
theta = -90:1:90;
phi = -180:1:180;
chunk_size = 50;
%Size of PCB
pcbThickness = 0.508e-3;
pcbLength = 100e-3;
pcbWidth = 100e-3;
n_array = 3;
m_array = 2;
f = 10.5e+9;
c = 3e+8;
lambda = c/f;
Length_patch = 8.76e-3;
Width_patch = 9.545e-3;
dist_patch = lambda/2;
feeder_width = 0.94e-3;
delta_phy = 15; %in degrees
%Specifying Material of PCB
pcbMaterial = 'RO4350B';
pcbEpsilonR = 3.48;
%Creating dielectic Material
d = dielectric(pcbMaterial);
d.EpsilonR = pcbEpsilonR;
d.Thickness = pcbThickness;
GndPlane = antenna.Rectangle('Length',pcbLength,'Width',pcbWidth); %Creating Ground Plane of Antenna
%Creating Different Shapes of antenna
%Rec1 = antenna.Rectangle('Length',feeder_width,'Width',dist_patch-Length_patch,'Center',[0,(dist_patch-Length_patch)/2]); %feeder
%Rec2 = antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[0,(dist_patch-Length_patch)+(Length_patch)/2]); %patch
for i=1:1:n_array
for j=1:1:m_array
Rec1 = Rec1 + antenna.Rectangle('Length',feeder_width,'Width',dist_patch-Length_patch,'Center',[(i-1)*(dist_patch),(j-1)*(dist_patch)+(dist_patch-Length_patch)/2]);
Rec2 = Rec2 + antenna.Rectangle('Length',Length_patch,'Width',Width_patch,'Center',[(i-1)*(dist_patch),(j-1)*(dist_patch)+(dist_patch-Length_patch)+(Length_patch)/2]);
end
end
%Adding all different shapes of antenna
AntennaPlane = Rec1 + Rec2;
%%Creating PCB Stack
p = pcbStack;
p.Name = 'patch slot';
p.BoardShape = GndPlane;
p.BoardThickness = pcbThickness;
p.Layers = {AntennaPlane,d,GndPlane};
%[x Cordinate,y Cordinate,startLayer stopLayer]
% p.FeedLocations = [0,0,1,3;dist_patch,0,1,3;dist_patch*2,0,1,3;dist_patch*3,0,1,3;dist_patch*4,0,1,3;dist_patch*5,0,1,3;dist_patch*6,0,1,3;dist_patch*7,0,1,3;dist_patch*8,0,1,3;dist_patch*9,0,1,3;dist_patch*10,0,1,3;dist_patch*11,0,1,3;dist_patch*12,0,1,3;dist_patch*13,0,1,3;dist_patch*14,0,1,3;dist_patch*15,0,1,3];
% p.FeedPhase = [0,delta_phy, delta_phy*2, delta_phy*3, delta_phy*4, delta_phy*5, delta_phy*6, delta_phy*7, delta_phy*8, delta_phy*9, delta_phy*10, delta_phy*11, delta_phy*12, delta_phy*13, delta_phy*14, delta_phy*15];
p.FeedLocations = [0,0.001,1,3;dist_patch,0.001,1,3;dist_patch*2,0.001,1,3];
%Plotting Different patterns and graphs
figure(1);
show(p); %Display Antenna
%pattern(p,10.5e9); %Display Radiation Pattern at 10.5GHz
% Process and save in chunks
for i = 1:chunk_size:length(theta)
for j = 1:chunk_size:length(phi)
% Simulated computation (replace with actual pattern function)
p_val = rand(); % Example placeholder
% Write to file
fprintf(fileID, '%.2f,%.2f,%.6f\n', theta(i), phi(j), p_val);
end
end
% Close the file
fclose(fileID);
% Display confirmation message
figure(2);
disp('Pattern data saved to CSV.');
% figure(3);
% impedance(p,0.8*f:0.05*f:1.2*f); %Display Impedance Graph from 1.6GHz to 2.2GHz
% freq = linspace(0.8*f, 1.2*f, 50); % Creating Frequency Vector
% s = sparameters(p,freq,50); % Calalculate S11 for all frequencys
% figure(4);
% rfplot(s);%Diplay S11 Plot
5_Simulations/Matlab/pattern_data.mat
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README.md
+2 -2
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@@ -22,7 +22,7 @@ The AERIS-10 project aims to democratize radar technology by providing a fully o
- **Open Source Hardware & Software** - Complete schematics, PCB layouts, firmware, and software available
- **Dual Version Availability**:
- **AERIS-10N (Nexus)**: 3km range with 8x16 patch antenna array
- **AERIS-10X (Extended)**: 20km range with 32x16 dielectric-filled slotted waveguide array
- **AERIS-10E (Extended)**: 20km range with 32x16 dielectric-filled slotted waveguide array
- **Full Electronic Beam Steering** - ±45° electronic steering in elevation and azimuth
- **Advanced Signal Processing** - On-board FPGA handles pulse compression, Doppler FFT, MTI, and CFAR
- **Python GUI** - User-friendly interface with map integration
@@ -180,4 +180,4 @@ remain under the **MIT License** for maximum flexibility.
- MIT license terms apply to software where not otherwise specified
### Why This Change?
Originally, the entire project used the MIT license. The community (special thanks to [GitHub Username]!) pointed out that MIT lacks legal protections needed for physical hardware. The switch to CERN-OHL-P ensures the project is properly protected while maintaining the same permissive spirit.
Originally, the entire project used the MIT license. The community (special thanks to gmaynez!) pointed out that MIT lacks legal protections needed for physical hardware. The switch to CERN-OHL-P ensures the project is properly protected while maintaining the same permissive spirit.