IONPAK V2

m-labs·ionpak·hardware/rev2/kicad/IONPAK2.kicad_pcb

IONPAK V2 PCB layout, top view — open source board by m-labs
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About the IONPAK V2 PCB

IONPAK V2 is an open source PCB design by m-labs, published on GitHub. It is a 4-layer board measuring 201.2 × 84.7 mm, with 259 components from 111 distinct parts.

Other key parts include the LMP7721, TSV324A, LM339ADT, H11L and FAN3100C. By type, the board carries 116 resistors, 59 capacitors, 25 diodes, 17 ICs, 13 transistors and 10 connectors.

From the project

A modern, low-cost universal controller for hot-cathode ionization vacuum gauges. (WIP)

A modern, low-cost universal controller for hot-cathode ionization vacuum gauges.

Many physics experiments require a good vacuum and therefore tools to diagnose vacuum-related problems. Ionization gauges provide a way to measure pressures in the medium to ultra-high vacuum regimes.

While the gauges themselves can be procured quite easily, the controller situation is more problematic. Existing commercial and DIY solutions have one or more of the following issues:

IONPAK V2, from the project README
From the project README

Main components on the IONPAK V2

IONPAK V2 bill of materials (BOM)

259 components, 111 distinct parts — part numbers from the project's BOM.

QtyPartRefs
1
LMP7721
U100
2
TSV324A
U101, U200
1
LM339ADT
U202
2
H11L
U300, U350
2
FAN3100C
U301, U351
1
SPB05A-05
U400
1
LM2664
U401
1
LM337L
U402
1
AMS1117-3.0
U403
1
AMS1117-3.3
U404
1
LTV-817S
U405
1
TM4C1294KCPDT
U500
2
74HC00
U501, U502
3
DMG2305UX
Q100, Q101, Q401
2
2N7002
Q102, Q103
3
DMN3404L
Q104, Q202, Q203
1
FQD7N10L
Q200
2
IRFR3411
Q300, Q350
1
BC817-40
Q301
1
BC807-40
Q400
Show 91 more
QtyPartRefs
1
25MHz
Y500
1
INT_PWR
J4
1
JTAG_ARM_10P
J5
1
TTL-232R-3V3
J6
1
EXT_LEDS
J7
1
I2C
J8
1
INT_FAN
J9
1
BNC
P1
1
CONN_01X03
P2
1
DNP/EXT_PWR
P3
1
RJ45_NO_SHIELD
P4
1
2051-09
GDT100
1
DNP/2051
GDT200
1
2035-09
GDT201
1
2057-35-BLF
GDT400
1
3mm_Mounting_Hole_EARTH
H400
4
3.5mm_Mounting_Hole
H401, H402, H403, H404
2
9001-05-00
RL100, RL101
1
SW_PBTN_2PIN_V
S1
1
HX1198FNL
T500
1
TDK_B66208X
TR300
1
TDK_B66206X
TR350
10
BAT54
D100, D101, D102, D208, D209, D211, D304, D305 +2
1
SMCJ7.5A
D200
3
S1M
D201, D300, D350
1
BAS116
D202
1
SMAJ5.0A
D203
2
BAT54S
D206, D210
1
UF4007
D301
1
MBR1645
D351
2
LTL-533-11
D400, D501
1
SMCJ12A
D401
1
LTL-523-11
D502
1
SRV05-4
D504
2
FB_10A
FB400, FB401
1
SDR0503-101KL
L400
1
47pF/1206
C100
22
0.1uF
C101, C102, C103, C104, C201, C205, C304, C353 +14
1
10000pF/1206
C200
2
1uF
C202, C204
1
DNP
C206
5
470uF/16V
C300, C301, C350, C356, C412
4
10uF/25V/1206
C302, C303, C351, C352
2
0.1uF/100V/1206
C305, C354
1
10pF/1206
C306
2
10uF/450V
C307, C308
2
2200pF/2kV/1812
C309, C515
1
100pF
C357
11
10uF
C400, C401, C402, C403, C404, C405, C406, C407 +3
2
1000pF
C500, C501
2
12pF
C512, C513
2
100K/1206
R100, R101
2
100K
R102, R107
1
27K/1%/1206
R103
1
5.1M/1%/1206
R104
2
HMC1206JT500M
R105, R106
2
33R
R108, R109
5
4.7K/1%
R110, R208, R209, R226, R228
7
1K
R111, R217, R218, R404, R405, R523, R524
8
10K/1%
R112, R117, R215, R221, R223, R230, R317, R318
7
7.5K/1%
R113, R115, R211, R212, R214, R238, R239
3
470R/1%
R114, R220, R227
4
240R/1%
R116, R229, R400, R401
7
33K
R118, R120, R207, R210, R407, R408, R500
14
10K
R119, R121, R301, R320, R351, R355, R356, R501 +6
3
15M/1%/RNV
R200, R201, R240
2
560K/1%
R202, R203
1
1M/1%
R204
2
2.7M/1%
R205, R206
9
240R
R213, R300, R319, R350, R403, R406, R502, R508 +1
1
180R/1W
R216
1
22K
R219
2
100R
R222, R504
1
36R/1%/1206
R224
1
180R/1%
R225
2
3.3R
R302, R352
2
4.7K/2512
R303, R353
2
0R
R304, R354
1
2R/2512
R305
1
10K/RNV
R306
1
3.3K/1206
R307
4
470K/1206
R308, R309, R310, R311
1
22R/1W
R312
1
2M/1%/RNV
R313
1
10R
R402
1
4.87K/1%
R505
1
51R
R506
1
2K
R507
4
49.9R
R511, R512, R513, R514
4
75R
R515, R516, R517, R518
1
15M/RNV
R525

IONPAK V2 design files

The KiCad project lives in the m-labs/ionpak repository on GitHub; these links point at the commit this page was built from.

IONPAK V2: common questions

How big is the IONPAK V2 PCB?

The IONPAK V2 measures 201.2 × 84.7 mm, has 4 copper layers and is 1.6 mm thick.

How many components are on the IONPAK V2?

259 components, from 111 distinct parts, with part numbers taken from the project's own BOM. The full bill of materials is listed on this page.

Where can I download the IONPAK V2 design files?

From the m-labs/ionpak repository on GitHub, which has the KiCad layout and the BOM; the links under Design files point to each one.

Can I use the IONPAK V2 design in my own project?

The repository has no license, so all rights stay with m-labs. Use it as a reference, and ask the author before reusing the design.

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