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Rev PA2

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Added uC dev board to SCH.
Connected control pin of HV DC/DC converter to Vin.

git-svn-id: https://svn.vbchaos.nl/svn/hsb/trunk@115 05563f52-14a8-4384-a975-3d1654cca0fa
This commit is contained in:
tla
2017-09-01 12:09:21 +00:00
parent 9fc52ad5b7
commit aaa4242544
4 changed files with 21 additions and 21 deletions
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A - PCBAs/2 - HSB MRTS Anode PCBA/Output/BOM/MLA-0387-A2.xls
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A - PCBAs/2 - HSB MRTS Anode PCBA/Output/ODB/MLA-0387-A2.zip
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A - PCBAs/2 - HSB MRTS Anode PCBA/Output/Pick Place/MLA-0387-A2.txt
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@@ -4,9 +4,9 @@ C:\Products\Photonis\0387-HSB MRTS\A - PCBA\2 - HSB MRTS Anode PCBA\Output\Pick
======================================================================================================================== ========================================================================================================================
File Design Information: File Design Information:
Date: 25-08-17 Date: 01-09-17
Time: 13:34 Time: 14:03
Revision: 100 Revision: 103
Variant: MLA-0387-A2 Variant: MLA-0387-A2
Units used: mm Units used: mm
@@ -76,17 +76,17 @@ C8 10uF TopLayer C1206 200.0000 10.5000
C9 100nF TopLayer C0603 202.5000 12.0000 360 "Capacitor 100nF 50V X7R 0603" C9 100nF TopLayer C0603 202.5000 12.0000 360 "Capacitor 100nF 50V X7R 0603"
C10 100nF TopLayer C0603 198.4000 44.4000 90 "Capacitor 100nF 50V X7R 0603" C10 100nF TopLayer C0603 198.4000 44.4000 90 "Capacitor 100nF 50V X7R 0603"
C11 100nF TopLayer C0603 198.4000 47.2000 90 "Capacitor 100nF 50V X7R 0603" C11 100nF TopLayer C0603 198.4000 47.2000 90 "Capacitor 100nF 50V X7R 0603"
C12 10uF TopLayer C1206 117.5000 27.5000 270 "Capacitor 10uF 25V X7R 1206" C12 10uF TopLayer C1206 117.5000 29.5000 270 "Capacitor 10uF 25V X7R 1206"
C13 100nF TopLayer C0603 115.0000 27.5000 270 "Capacitor 100nF 50V X7R 0603" C13 100nF TopLayer C0603 115.0000 29.5000 270 "Capacitor 100nF 50V X7R 0603"
C14 100pF TopLayer C0603 208.9000 37.8000 180 "Capacitor 100pF 50V C0G 0603" C14 100pF TopLayer C0603 208.9000 37.8000 180 "Capacitor 100pF 50V C0G 0603"
C15 100nF TopLayer C0603 197.6000 52.9000 180 "Capacitor 100nF 50V X7R 0603" C15 100nF TopLayer C0603 197.6000 52.9000 180 "Capacitor 100nF 50V X7R 0603"
C16 100nF TopLayer C0603 198.4000 50.8000 270 "Capacitor 100nF 50V X7R 0603" C16 100nF TopLayer C0603 198.4000 50.8000 270 "Capacitor 100nF 50V X7R 0603"
C17 10uF TopLayer C1206 127.0000 53.4000 90 "Capacitor 10uF 25V X7R 1206" C17 10uF TopLayer C1206 127.0000 55.4000 90 "Capacitor 10uF 25V X7R 1206"
C18 100nF TopLayer C0603 124.5000 54.3000 90 "Capacitor 100nF 50V X7R 0603" C18 100nF TopLayer C0603 124.5000 56.3000 90 "Capacitor 100nF 50V X7R 0603"
C19 100nF TopLayer C0603 214.4000 52.9000 360 "Capacitor 100nF 50V X7R 0603" C19 100nF TopLayer C0603 214.4000 52.9000 360 "Capacitor 100nF 50V X7R 0603"
C20 100nF TopLayer C0603 213.6000 50.8000 270 "Capacitor 100nF 50V X7R 0603" C20 100nF TopLayer C0603 213.6000 50.8000 270 "Capacitor 100nF 50V X7R 0603"
C21 10uF TopLayer C1206 117.5000 73.0000 270 "Capacitor 10uF 25V X7R 1206" C21 10uF TopLayer C1206 117.5000 75.0000 270 "Capacitor 10uF 25V X7R 1206"
C22 100nF TopLayer C0603 115.0000 73.0000 270 "Capacitor 100nF 50V X7R 0603" C22 100nF TopLayer C0603 115.0000 75.0000 270 "Capacitor 100nF 50V X7R 0603"
C23 100nF TopLayer C0603 208.7000 26.6000 180 "Capacitor 100nF 50V X7R 0603" C23 100nF TopLayer C0603 208.7000 26.6000 180 "Capacitor 100nF 50V X7R 0603"
C24 10uF TopLayer C1206 209.7000 28.6000 180 "Capacitor 10uF 25V X7R 1206" C24 10uF TopLayer C1206 209.7000 28.6000 180 "Capacitor 10uF 25V X7R 1206"
C25 100nF TopLayer C0603 208.8000 30.5000 180 "Capacitor 100nF 50V X7R 0603" C25 100nF TopLayer C0603 208.8000 30.5000 180 "Capacitor 100nF 50V X7R 0603"
@@ -106,7 +106,7 @@ C38 100nF TopLayer C0603 169.0000 93.5000
C39 "100uF 25V" TopLayer Kemet_9H 121.0000 96.0000 270 "Elco 100uF 20% 25V SMD" C39 "100uF 25V" TopLayer Kemet_9H 121.0000 96.0000 270 "Elco 100uF 20% 25V SMD"
C40 10uF TopLayer C1206 27.0000 83.0000 90 "Capacitor 10uF 25V X7R 1206" C40 10uF TopLayer C1206 27.0000 83.0000 90 "Capacitor 10uF 25V X7R 1206"
C41 100nF TopLayer C0603 25.0000 83.0000 90 "Capacitor 100nF 50V X7R 0603" C41 100nF TopLayer C0603 25.0000 83.0000 90 "Capacitor 100nF 50V X7R 0603"
C42 100nF TopLayer C0603 57.0000 94.4000 90 "Capacitor 100nF 50V X7R 0603" C42 100nF TopLayer C0603 57.0000 96.4000 90 "Capacitor 100nF 50V X7R 0603"
C43 10uF TopLayer C1206 164.4000 95.5000 180 "Capacitor 10uF 25V X7R 1206" C43 10uF TopLayer C1206 164.4000 95.5000 180 "Capacitor 10uF 25V X7R 1206"
C44 100nF TopLayer C0603 164.4000 93.8000 180 "Capacitor 100nF 50V X7R 0603" C44 100nF TopLayer C0603 164.4000 93.8000 180 "Capacitor 100nF 50V X7R 0603"
C45 10uF TopLayer C1206 173.8000 88.3000 90 "Capacitor 10uF 25V X7R 1206" C45 10uF TopLayer C1206 173.8000 88.3000 90 "Capacitor 10uF 25V X7R 1206"
@@ -138,10 +138,10 @@ FID3 FID TopLayer FID 296.0000 4.0000
L1 BLM18AG601 TopLayer L0603 198.8000 7.5000 360 "Ferrite bead 600 Ohm 500mA 0603" L1 BLM18AG601 TopLayer L0603 198.8000 7.5000 360 "Ferrite bead 600 Ohm 500mA 0603"
L2 BLM18AG601 TopLayer L0603 206.7000 27.4000 90 "Ferrite bead 600 Ohm 500mA 0603" L2 BLM18AG601 TopLayer L0603 206.7000 27.4000 90 "Ferrite bead 600 Ohm 500mA 0603"
L3 BLM18AG601 TopLayer L0603 214.4000 47.6000 180 "Ferrite bead 600 Ohm 500mA 0603" L3 BLM18AG601 TopLayer L0603 214.4000 47.6000 180 "Ferrite bead 600 Ohm 500mA 0603"
L4 "470 uH" TopLayer WE-SL5_sectioinal 49.0000 92.0000 90 "WE-SL5 SMD Common Mode Line Filter, 470 uH" L4 "470 uH" TopLayer WE-SL5_sectioinal 49.0000 94.0000 90 "WE-SL5 SMD Common Mode Line Filter, 470 uH"
L5 15uH TopLayer SRN6045 176.0000 94.0000 270 "Inductor 15uH shielded 1.9A" L5 15uH TopLayer SRN6045 176.0000 94.0000 270 "Inductor 15uH shielded 1.9A"
L6 15uH TopLayer SRN6045 143.0000 99.0000 270 "Inductor 15uH shielded 1.9A" L6 15uH TopLayer SRN6045 143.0000 99.0000 270 "Inductor 15uH shielded 1.9A"
PCB1 MLA-0387-P1-PA1 TopLayer MK_logo -15.0000 -61.4500 360 "Bare PCB" PCB1 MLA-0387-P1-PA2 TopLayer MK_logo -15.0000 -61.4500 360 "Bare PCB"
Q1 2ST31A BottomLayer TO-220_NPN 180.0000 14.9000 360 "NPN transistor 60V 3A TO-220" Q1 2ST31A BottomLayer TO-220_NPN 180.0000 14.9000 360 "NPN transistor 60V 3A TO-220"
Q2 2ST31A BottomLayer TO-220_NPN 180.0000 38.8000 360 "NPN transistor 60V 3A TO-220" Q2 2ST31A BottomLayer TO-220_NPN 180.0000 38.8000 360 "NPN transistor 60V 3A TO-220"
Q3 2ST31A BottomLayer TO-220_NPN 180.0000 61.8000 360 "NPN transistor 60V 3A TO-220" Q3 2ST31A BottomLayer TO-220_NPN 180.0000 61.8000 360 "NPN transistor 60V 3A TO-220"
@@ -154,21 +154,21 @@ R6 "215k 0,1%" TopLayer R0603 214.0000 9.3000
R7 "11k3 0,1%" TopLayer R0603 196.9000 44.4000 270 "Resistor 11k3 0.1% 0603" R7 "11k3 0,1%" TopLayer R0603 196.9000 44.4000 270 "Resistor 11k3 0.1% 0603"
R8 "22k6 0,1%" TopLayer R0603 196.9000 47.2000 270 "Resistor 22k6 0.1% 0603" R8 "22k6 0,1%" TopLayer R0603 196.9000 47.2000 270 "Resistor 22k6 0.1% 0603"
R9 "49k9 0,1%" TopLayer R0603 200.5000 45.1000 360 "Resistor 49k9 0.1% 0603" R9 "49k9 0,1%" TopLayer R0603 200.5000 45.1000 360 "Resistor 49k9 0.1% 0603"
R10 1G TopLayer MOX-2-12 94.0000 19.0000 360 "Resistor High Voltage 1G 5W 1% axial" R10 1G TopLayer MOX-2-12 94.0000 21.0000 360 "Resistor High Voltage 1G 5W 1% axial"
R11 "49k9 0,1%" TopLayer R0603 200.5000 46.5000 180 "Resistor 49k9 0.1% 0603" R11 "49k9 0,1%" TopLayer R0603 200.5000 46.5000 180 "Resistor 49k9 0.1% 0603"
R12 "249k 0,1%" TopLayer R0603 127.2000 16.5000 360 "Resistor 249k 0.1% 0603" R12 "249k 0,1%" TopLayer R0603 127.2000 18.5000 360 "Resistor 249k 0.1% 0603"
R13 "11k3 0,1%" TopLayer R0603 195.3000 50.8000 270 "Resistor 11k3 0.1% 0603" R13 "11k3 0,1%" TopLayer R0603 195.3000 50.8000 270 "Resistor 11k3 0.1% 0603"
R14 "22k6 0,1%" TopLayer R0603 196.9000 50.8000 90 "Resistor 22k6 0.1% 0603" R14 "22k6 0,1%" TopLayer R0603 196.9000 50.8000 90 "Resistor 22k6 0.1% 0603"
R15 "49k9 0,1%" TopLayer R0603 200.5000 52.9000 360 "Resistor 49k9 0.1% 0603" R15 "49k9 0,1%" TopLayer R0603 200.5000 52.9000 360 "Resistor 49k9 0.1% 0603"
R16 1G TopLayer MOX-2-12 94.0000 42.0000 360 "Resistor High Voltage 1G 5W 1% axial" R16 1G TopLayer MOX-2-12 94.0000 44.0000 360 "Resistor High Voltage 1G 5W 1% axial"
R17 "49k9 0,1%" TopLayer R0603 200.5000 51.5000 180 "Resistor 49k9 0.1% 0603" R17 "49k9 0,1%" TopLayer R0603 200.5000 51.5000 180 "Resistor 49k9 0.1% 0603"
R18 "249k 0,1%" TopLayer R0603 127.2000 39.5000 360 "Resistor 249k 0.1% 0603" R18 "249k 0,1%" TopLayer R0603 127.2000 41.5000 360 "Resistor 249k 0.1% 0603"
R19 "11k3 0,1%" TopLayer R0603 217.2000 52.9000 360 "Resistor 11k3 0.1% 0603" R19 "11k3 0,1%" TopLayer R0603 217.2000 52.9000 360 "Resistor 11k3 0.1% 0603"
R20 "22k6 0,1%" TopLayer R0603 215.1000 50.8000 90 "Resistor 22k6 0.1% 0603" R20 "22k6 0,1%" TopLayer R0603 215.1000 50.8000 90 "Resistor 22k6 0.1% 0603"
R21 "49k9 0,1%" TopLayer R0603 211.5000 52.9000 180 "Resistor 49k9 0.1% 0603" R21 "49k9 0,1%" TopLayer R0603 211.5000 52.9000 180 "Resistor 49k9 0.1% 0603"
R22 1G TopLayer MOX-2-12 94.0000 65.0000 360 "Resistor High Voltage 1G 5W 1% axial" R22 1G TopLayer MOX-2-12 94.0000 67.0000 360 "Resistor High Voltage 1G 5W 1% axial"
R23 "49k9 0,1%" TopLayer R0603 211.5000 51.5000 360 "Resistor 49k9 0.1% 0603" R23 "49k9 0,1%" TopLayer R0603 211.5000 51.5000 360 "Resistor 49k9 0.1% 0603"
R24 "249k 0,1%" TopLayer R0603 127.2000 61.5000 360 "Resistor 249k 0.1% 0603" R24 "249k 0,1%" TopLayer R0603 127.2000 63.5000 360 "Resistor 249k 0.1% 0603"
R26 147k TopLayer R0603 161.5000 92.6000 90 "Resistor 147k 1% 0603" R26 147k TopLayer R0603 161.5000 92.6000 90 "Resistor 147k 1% 0603"
R27 15k8 TopLayer R0603 167.6000 87.0000 360 "Resistor 15k8 1% 0603" R27 15k8 TopLayer R0603 167.6000 87.0000 360 "Resistor 15k8 1% 0603"
R29 0R1 TopLayer 1206 171.2000 89.4000 270 "Resistor 0R1 1% 1206" R29 0R1 TopLayer 1206 171.2000 89.4000 270 "Resistor 0R1 1% 1206"
@@ -211,10 +211,10 @@ C63 100nF TopLayer C0603 288.0000 37.5000
C64 100nF TopLayer C0603 288.0000 34.0000 90 "Capacitor 100nF 50V X7R 0603" C64 100nF TopLayer C0603 288.0000 34.0000 90 "Capacitor 100nF 50V X7R 0603"
Q5 DMN6140L TopLayer SOT-23_3 235.0000 101.0000 180 "N-Channel Enhancement Mode FET 60V 1.2A SOT23" Q5 DMN6140L TopLayer SOT-23_3 235.0000 101.0000 180 "N-Channel Enhancement Mode FET 60V 1.2A SOT23"
R66 10k TopLayer R0603 238.5000 100.0000 360 "Resistor 10k 1% 0603" R66 10k TopLayer R0603 238.5000 100.0000 360 "Resistor 10k 1% 0603"
X9 M3498-99 BottomLayer M3498-99 59.0000 24.0000 180 "Test receptacle Red" X9 M3498-99 BottomLayer M3498-99 51.0000 21.0000 180 "Test receptacle Red"
X10 M3498-98 BottomLayer M3498-98 12.0000 12.0000 270 "Test receptacle Black" X10 M3498-98 BottomLayer M3498-98 12.0000 12.0000 270 "Test receptacle Black"
X11 M3498-99 BottomLayer M3498-99 59.0000 47.0000 180 "Test receptacle Red" X11 M3498-99 BottomLayer M3498-99 51.0000 44.0000 180 "Test receptacle Red"
X13 M3498-99 BottomLayer M3498-99 59.0000 70.0000 180 "Test receptacle Red" X13 M3498-99 BottomLayer M3498-99 51.0000 67.0000 180 "Test receptacle Red"
R71 33R TopLayer R0603 226.4000 79.7000 360 "Resistor 33R 1% 0603" R71 33R TopLayer R0603 226.4000 79.7000 360 "Resistor 33R 1% 0603"
R72 33R TopLayer R0603 226.4000 77.7000 360 "Resistor 33R 1% 0603" R72 33R TopLayer R0603 226.4000 77.7000 360 "Resistor 33R 1% 0603"
R73 33R TopLayer R0603 231.5000 83.5000 270 "Resistor 33R 1% 0603" R73 33R TopLayer R0603 231.5000 83.5000 270 "Resistor 33R 1% 0603"

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A - PCBAs/2 - HSB MRTS Anode PCBA/Output/SCH/MLA-0387-A2_SCH.PDF
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