POGO

jeffmhopkins·POGO·kicad/pogo-block-3.kicad_sch

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About the POGO PCB

POGO is an open source PCB design by jeffmhopkins, published on GitHub. It is a board, with 141 components from 55 distinct parts.

Other key parts include the OPA1612AID, THAT2180AL08-U, TL072CDT and LM13700M. By type, the board carries 26 resistors, 21 diodes, 19 connectors, 12 capacitors, 6 ICs and 1 switch.

It belongs with the audio designs in this gallery.

From the project

Space Coast Synthesizers - Stereo POGO Filter

POGO is a stereo filter bank module (48HP) being developed by Space Coast Synthesizers. The VCV Rack 2 plugin in this repository is the working software prototype and ground truth. Analog hardware design is reverse-engineered from it.

POGO routes stereo audio through a deeply modulated filter bank: a pre-gain stage, a voltage-controlled VCA, a stereo LP filter with tilt (LP1), three independent bandpass resonators (BP1/BP2/BP3) with per-group distortion, a HP filter, and a final LP filter (LP2). A dual triangle LFO feeds a central mod bus with 18 attenuverter CV destinations (plus a raw VCA…

Main components on the POGO

POGO bill of materials (BOM)

141 components, 55 distinct parts — part numbers from the project's BOM.

QtyPartRefs
1
OPA1612AID
TL074
Texas Instruments
U3
1
THAT2180AL08-U
TL074
THAT Corporation
U5
1
TL072CDT
TL074
Texas Instruments
U6
3
LM13700M
TL074
Texas Instruments
U7, U8, U9
1
WQP-PJ398SM
MOD_IN
Qingpu (Thonkiconn)
J7
1
WQP-PJ398SM
LP1_FREQ
Qingpu (Thonkiconn)
J8
1
WQP-PJ398SM
LP1_TILT
Qingpu (Thonkiconn)
J9
1
WQP-PJ398SM
LP1_RES
Qingpu (Thonkiconn)
J10
1
WQP-PJ398SM
BP_FREQ
Qingpu (Thonkiconn)
J11
1
WQP-PJ398SM
BP_TILT
Qingpu (Thonkiconn)
J12
1
WQP-PJ398SM
BP1_FREQ
Qingpu (Thonkiconn)
J13
1
WQP-PJ398SM
BP1_TILT
Qingpu (Thonkiconn)
J14
1
WQP-PJ398SM
BP1_DIST
Qingpu (Thonkiconn)
J15
1
WQP-PJ398SM
BP2_FREQ
Qingpu (Thonkiconn)
J16
1
WQP-PJ398SM
BP2_TILT
Qingpu (Thonkiconn)
J17
1
WQP-PJ398SM
BP2_DIST
Qingpu (Thonkiconn)
J18
1
WQP-PJ398SM
BP3_FREQ
Qingpu (Thonkiconn)
J19
1
WQP-PJ398SM
BP3_TILT
Qingpu (Thonkiconn)
J20
1
WQP-PJ398SM
BP3_DIST
Qingpu (Thonkiconn)
J21
1
WQP-PJ398SM
HP_FREQ
Qingpu (Thonkiconn)
J22
Show 35 more
QtyPartRefs
1
WQP-PJ398SM
HP_RES
Qingpu (Thonkiconn)
J23
1
WQP-PJ398SM
LP2_FREQ
Qingpu (Thonkiconn)
J24
1
WQP-PJ398SM
LP2_RES
Qingpu (Thonkiconn)
J25
1
3224W-1-XXX
MOD_SCALE
Bourns
RV3
1
3224W-1-XXX
MOD_OFFSET
Bourns
RV4
1
3224W-1-XXX
LP1_FREQ_ATT
Bourns
RV6
1
3224W-1-XXX
LP1_TILT_ATT
Bourns
RV7
1
3224W-1-XXX
LP1_RES_ATT
Bourns
RV8
1
3224W-1-XXX
BP_FREQ_ATT
Bourns
RV9
1
3224W-1-XXX
BP_TILT_ATT
Bourns
RV10
1
3224W-1-XXX
BP1_FREQ_ATT
Bourns
RV11
1
3224W-1-XXX
BP1_TILT_ATT
Bourns
RV12
1
3224W-1-XXX
BP1_DIST_ATT
Bourns
RV13
1
3224W-1-XXX
BP2_FREQ_ATT
Bourns
RV14
1
3224W-1-XXX
BP2_TILT_ATT
Bourns
RV15
1
3224W-1-XXX
BP2_DIST_ATT
Bourns
RV16
1
3224W-1-XXX
BP3_FREQ_ATT
Bourns
RV17
1
3224W-1-XXX
BP3_TILT_ATT
Bourns
RV18
1
3224W-1-XXX
BP3_DIST_ATT
Bourns
RV19
1
3224W-1-XXX
HP_FREQ_ATT
Bourns
RV20
1
3224W-1-XXX
HP_RES_ATT
Bourns
RV21
1
3224W-1-XXX
LP2_FREQ_ATT
Bourns
RV22
1
3224W-1-XXX
LP2_RES_ATT
Bourns
RV23
36
47k
R_INV_FB_1, R_INV_FB_2, R_INV_FB_3, R_INV_FB_4, R_INV_FB_5, R_INV_FB_6, R_INV_FB_7, R_INV_FB_8 +28
1
MOD_SRC
SW7
18
BAT54S
D3_1, D3_2, D3_3, D3_4, D3_5, D3_6, D3_7, D3_8 +10
1
1N4148W
BAT54S
Diodes Inc.
D4
1
BZX84C5V1
BZX84C10
Nexperia
D5
1
1N4148W
BZX84C10
Diodes Inc.
D6
12
100nF
C7_1, C7_3, C7_4, C7_5, C7_6, C7_7, C7_8, C7_10 +4
3
100k
R13, R16_1, R16_2
1
22k
R14
1
240k
R15
19
100R
R37_1, R37_2, R37_3, R37_4, R37_5, R37_6, R37_7, R37_8 +11
2
47R
R227, R228

POGO design files

The KiCad project lives in the jeffmhopkins/POGO repository on GitHub; these links point at the commit this page was built from.

POGO: common questions

How many components are on the POGO?

141 components, from 55 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 POGO design files?

From the jeffmhopkins/POGO repository on GitHub, which has the schematic and the BOM; the links under Design files point to each one.

Can I use the POGO design in my own project?

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

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