cellF action BOM & build
Contents
1. These do not have a thread to bolt to the panel The large number of jacks means the PCB is firmly attached to the panel except at one end where the mixer is these two pots are the standard threaded 9mm ones from Tayda and are bolted to the panel The unthreaded 9mm pots at Tayda have very short shafts and are not suitable for this project This page on my blog has several pictures of a completed panel pcb http nonlinearcircuits blogspot com au 2014 12 cellf panel pcb pics html The picture below shows the two pots bolted to the panel and the others are not Note these two pots are raised a little off the PCB but the connection is very firm once the side tabs are soldered M P N PE hgh 4 s id d E HN WT Ake Te t 6 L NJM13700 These are an unusual wide package DMP 16 though easy enough to find from the larger retailers The SOIC package LM13700 should fit on the solder tabs with some careful positioning TLP291 4 This is a quad opto coupler package There are a number of different versions made by various companies most will work but be sure the internal components and pinout matches the one shown below Check with me if you are not sure 3 5 T Anode 4 6 8 Cathode 11 13 15 Emitter 1 2 9 10 12 14 16 Collector LEDs As mentioned in the BOM select RL values to suit your LEDs You may need to go back and change some of these once the board is running it is e2. L15 2k multi turn trimpot 5k ok 1 e 3269w 20k multi turn trimpot 1 3269w 100k multi turn trimpot 2 3269w 100k single turn trimpot 1 SS 6mm top adjust 10uF electro 38 25V or higher rating Lead spacing 0 079 inch 2mm Unmarked electros on PCB can be I0uF 100uF but included in the 10uF count used for decoupling 100uF electro 8 25V or higher rating Lead spacing 0 1 inch 2 5mm 1000uF 25V or higher rating 5mm spacing 12 5mm diameter 10uF BP or NP Lead spacing 0 1 inch 2 5mm J108 or J112 FET marked gsd TO 92 BC557 PNP marked p TO 92 The two for the QUO should be matched if you care about that sort of thing BC547 NPN marked n or unmarked TO 92 78L05 TO 92 1N4148 thru hole 1N4004 thru hole 1k tempco marked 1kT draped over transistors in QUO and VCO sections ALL RESISTORS AND CAPACITORS LISTED BELOW ARE 0805 100R 220R 470R 1k 2k2 3k 3k3 4k7 5k6 6k2 7k5 8k2 10k 15k 18k 22k 24k 30k 33k 39k 47k 56k 68k 91k 100k 120k 150k 200k nN 220k 300k 470k 680k 820k 910k 1M 6M8 10M N p R C G l CN IEAI MOO l ea l Ke l Ke l CN l BRI R b QR
3. I lI D d D 10uF Z E gke M 18K 180K 182K gabean GND 18K 5 a VGND N ab 10K 100K e AKT 1K z 10K 180K aa GND 10V p hi p p chaos ay Senn ND ba 150K bc m I m lu aes trigger out 30K d bd t cv in 10K VV 100k GND 1K cb SY p p 1V offset chaos 220K U LI LI 170K nonlinearcircuits flipflop chaos GND d F Rev 1 0 P 4 andrew 2671072014 age or name in 1 188k 47k ine v ANS 19k J Be l U T 104 19 LM78L85 C AMA ey e in oto 18u ip 108n tale a Com 108n e 10u m alt Jm ae 10k A T T 190 VND pte399 10k 10k VEND pt2399 tok 188k 108k THOU ik 100 GND GND AN e oe 18u GND m abe E ae zc AAA va Jk 47n wT GND GND 147n 100n 100n 47 180n 1990 ELO T GND T e GND v A 47k cu GND 47k 108k AE del aye Seke m A 108k L opk 47k 188k 47k xA W L m ave del aye I i S i E E Jj M I 108k GND VA R D A E e I outl nonlinearcircuits delaynomore for action andrewF I P Page or name V zero trimpot 100k 100k g
4. Rely e l Re BIRR l 0805 select value to suit LED brightness 20p 22p 47p 151 150p 102 1n 222 2n2 103 10n 473 47n 104 100n oo WIA N N a l 105 lu Purchasing components Capacitors Try to find good quality capacitors The ones from Tayda are not so great they will work but I suspect the tolerances are at least 20 Many of the 100nF 104 caps are for decoupling so you can use whatever but for the DP filter be sure to use good 100nF The 2n2 222 150pF 151 and 1nF 102 are used in the VCO and QUO LPF so get good ones for these Look for good tolerance 5 or better and low leakage in the 0805 range there are plenty of choices and they are very cheap There are a number of unmarked electro capacitors on the PCB These are for decoupling so you can use 10uF the quantity is included in the 10uF count but feel free to install a larger value if you like such as 100uF Jacks Use Kobiconn types Pots and toggle switches than usual Or mount the pots so they are sitting a bit off the PCB a PITA Of course buy a 4PDT toggle switch with the lowest profile you can probably 13mm I use pots from Song Huei as shown below with L 25mm L10 5 97 0673 4523
5. WONCINGARCIRCULTS cellF action build guide amp BOM VERS 1 Please read thru before soldering anything there are some component values that need to be changed or decided upon before starting If you spot any errors please let me know and check for updated versions of this guide BOM notes 1 get spares of everything you might drop some destroy some whilst soldering or I miscounted 2 read the build notes regarding component choices following the BOM before going shopping particularly regarding the pots jacks LEDs and capacitors Component Quantity Notes power connector 1 Molex 156 in KK up 3 pin OR regular 10 pin Euro rack power connector 3 5mm jacks 75 Kobiconn type DPDT on on toggle switch 1 4PDT on on toggle switch 1 see build notes 250k pot 100k ok if difficult to get 1 see build notes 100k pot 23 see build notes TLO74 TL084 ok 12 SMT SOIC 0 050 pitch TLO72 2 SMT SOIC 0 050 pitch 4013 1 SMT SOIC 0 050 pitch 4024 1 SMT SOIC 0 050 pitch 4046 1 SMT SOIC 0 050 pitch 4070 1 SMT SOIC 0 050 pitch DG411 1 SMT SOIC 0 050 pitch NJM13700 3 DMP16 see build notes TLP291 4 2 SMT SOIC 0 050 pitch see build notes PT2399 2 DIP single vactrol 4 Silonex NSL 32 or similar LED 5mm 10 L1 L2 L6 L7 L8 L9 L10 L12 L13 L14 LED 3 pin dual common cathode 5 L3 L4 L5 L11 L16 LED 2 pin dual bipolar 1
6. asy to replace 0805 parts heat them up and flick them off The 3 pin dual LEDs are used in the Divider QUO and FF chaos For the latter two it does not matter which way they are installed but for the Divider it does If your 3 pin dual LEDs are red green most common you should install red LEDs for 16 and 32 the top two LEDs and then install the 3 pin dual LEDs so the red side is activated by 64 128 and stair The green LEDs light up for the 2 4 and 8 outputs The LED positions on the PCB are logically laid out so the hole closest to the nearest jack is the hole that corresponds to that jack The image below is an example the left side LED hole is for LED corresponding to the staircase output the right side hole is the one for the 8 output The centre hole is the common cathode The two pin bipolar LED L15 is used for the Sloth Chaos KLUDGES The Slew sub circuit of the Logic module needs 5 fixes See the diagram below It would be best to solder on the revised resistor values first and just mark the transistor to be changed with a pen to sort out when you are installing the transistors 1 replace 22k with 100k 2 replace 100k with 10k 3 replace 100k with 10k 4 replace PNP transistor with NPN transistor installed facing the wrong direction 5 After installing the NPN transistor next to L10 solder 47k across the middle and upper pins the collector and the base this can be done underneath the PCB for
7. e Anyway the simplest way to tune the 20k trimpot is to set the VCO to cycle at 220Hz Patch in 1V to the CV jack adjust the 20 trimpot so the VCO is now at 440Hz Patch in 2V and hope to see 880Hz adjust 20k trimpot to make it so Go back to 1V CV and adjust to get 440Hz remove the CV patch and adjust to get 220Hz It takes a few times until the values are near enough for OV 1V and 2V don t be too anal about it 2k multi turn trimpot in DP Filter module This is used to set the range of the Tr Freq pot Patch an audio signal into the filter and monitor the output of the transistor ladder trans Adjust the FrD and Qd pots so the transistor ladder is active Adjust the Tr freq panel pot to see how much of an effect it has tune the 2k trimpot so the panel pot has a greater active range If you want to more technical procedure google the Minimoog Service manual and check sections 5 13 and 5 14 filter scale really though the DP filter is not designed to be so precise none of the transistors are matched for a start and the transistor ladder is fed audio by infra red from the LEDs of the diode ladder 100k multi turn trimpot in VCA module Set the trimpot to approx middle position Patch an audio signal into the input jack monitor the output Patch a 5V signal into the CV jack and adjust the trimpot so the output is approx the same amplitude as the input It is quite a sharp change but near enough is good enough The idea is you want unity ga
8. easiest access change to 100k change to NPN and install facing opposite direction to PCB symbol change to 10k m P p 2 o 90 solder 47k resistor change to 10k across the base and collector of this transistor Building Start with low components resistors 0805 caps and then ICs Once these are all on start on diodes amp transistors The highest components the electros come last Check several times as it is easy to miss components Attach the Jacks to the panel and the pots amp switches to the PCB without soldering anything Attach the PCB to the panel ensure none of the Jack tabs get bent under the PCB and are poking up thru the holes Tighten up the switch nuts but not too much as the threaded shaft can break free of the switch body I usually do finger tight and then a 1 8 to a 1 4 of a turn with a spanner Tighten up the nuts on the two threaded shaft pots at the mixer end of the panel Ensure all the pot shafts are straight and turn easily then get soldering When all the pots switches and sockets are soldered on you will need to remove the PCB from the panel to solder on ground connections for the jacks unless you used Thonkiconn jacks Maybe you can be lazy and just solder on the ground wires to the easily accessible jacks and rely on the panel to do the rest of the ground connection probably wouldn t do that maybe Testing This section will give a description of each module and discuss
9. how to test them Some modules such as the VCA need to be setup before they will work properly Setup instructions are in the next section The QUO LPF VCO Chopper DelayNoMore Sloth FF Chaos and DP filter have all been released as individual modules check the build guides for these for more information http www sdiy org pinky data data html Divider Patch a clock signal a square wave from a LFO into the clock input The LEDs should start indicating the outputs are high or low Check the outputs are giving approx 5V gate signals The stair out will look like a sawtooth at higher frequencies but should show obvious steps at lower clock frequencies The stair is made up of the Divider outputs run thru a R2R ladder Logic Leave the Divider running and patch some of the outputs into the Logic inputs you should see the LEDs lighting up and be able to obtain varying gate signals from the outputs The Logic uses a 4070 XOR chip The slide output is similar to the smooth output of the Buchla265 SOU and is made of the logic gate outputs run thru a R2R ladder Patching a CV or gate signal into the slew jack should vary the slide output signal from very smooth to stepping There is a trimpot to preset the slide output see the setup section QUO LPF See the setup section for tuning info When the Q pot is turned up to 9 or 10 the module should self oscillate and can be used as a Quadrature LFO or VCO depending upon the setting of the Range swi
10. in for a 5V CV signal Schematics coarse TIE 180k R mee lev cy 100k 33k A I sig in At1eu Teu E AA EK x 1 150p 220R 3 3 Ha PES Q 3 4 WV V PP R tie 7 120k Sud 188k levV tp 18v is 10k 220k Te Y a 220k 100k 124V Atleyv Atleyv Atlev a Q Q h 102 10k 18k 18k 10k 1 uBP 120k Y i i 5 12V 12v 12v gt a 100k E VVV 10uBP E 200 128k aw LL T jor m 30k x SW is SW s k IEL gg 270 B 100k PS E 150p Jin 199p Un LN 158p Hn m TM M Ow Ne Red V su 4pdt switc 1k 1k 1 S 188 6 RL nic 1 2 quo for action Rev 1 0 1071272014 Page or name f 1k WE Z m comparator in AV Anak 8 cm 1 0 A gpk GND AE sr Z m 18k GND N ae D Al DH WV s D 100k L D 100k 100k z 4 AS GND 100kKS lt y 188k Z 108k S 100k 10k 120k L GND v G 100k 1k 16 CTRL 170 15 VVV comparato
11. ious video game type noises It needs a CV signal into CV1 or CV2 to operate CV1 and CV2 control different functions so it is best to give it two signals in order to get the most from this module gates and triggers are good too Then FM input is for audio rate signals which will phase modulate the VCO output this appears at the pm output Sloth Chaos This chaos module takes 15 minutes to complete a cycle The pot allows you to vary the cycle time between 12 16 minutes though it may be 2 hours before any effect takes place The LED changes colour when the big output is a positive or negative output Usually it will change colour every 15 minutes or so but sometimes it will not change for up to an hour The big output is a voltage ranging from 10V to 10V the small is approx 3V The signals are different as they are extracted from different parts of the circuit The best way to test the Sloth is to plug it into a VCO and listen for the VCO pitch to slowly change over a few minutes FlipFlop Chaos To test patch a gate signal into gate and monitor the outputs Add a CV adjust the CV pot to increase its effect Offset Mixer This mixer can handle audio and CV signals An important point if nothing is patched into jacks 3 and 4 pots 3 and 4 can be used to add a positive or negative DC offset to the output of the module the two outputs are the same It is important to keep pots 3 amp 4 turned to 0 if you do
12. nky data bp html The only changes from the stand alone version are the use of quad package opto couplers and R3 is replaced with a 2k trimpot 6m8 RS 918k R7 10M VGND VEND TLO74 Re 10uBP 680k 5 R11M ks lk out BY V V ice GAD R3 1000u GND i l out Z 3V 1009u sloth e RB RE GND 1 cycle approx 15 minutes D D nonlinearcircuits GND sloth e ew0 amp spi4 Page i or name ee e8 0014 108k VGND k VVV E N Wrry 180k VND 2p 41k 100k Senn AU nonlinearcircuits RND offset mixer for action Rev 1 0 andreuF DESIT Page or name C nonlinearcircuits andreuF vca for action Rev L8 O ue Page or name 30711729014
13. not want to use the offset function Patching anything into jacks 3 amp 4 disconnects the offset voltage from the circuit Setup This section covers the trimpots assuming everything is working Single turn 100k trimpot in Logic module This gives an offset to turn on the slew vactrol To set up put a clock signal into the divider patch some of the outputs of the divider into the logic input and monitor the slide output If you have an oscilloscope that is best otherwise patch the slide output into a VCO and listen to the VCO output You should be able to see hear the difference between stepping voltage changes and slewed voltage changes when you adjust the trimpot and nothing is patched into the slew input jack I set the trimpot so the slide output is slightly slewed A positive CV signal or gate on the slew input decreases the amount of slew squaring up the signal from the slide jack A negative CV increases the slew 100k multi and 20k multi in VCO module The 100k multi turn trimpot is used to set the VCO so there are no dead zones on the panel mount tune pot You should get approx 18Hz to 11 5kHz from this VCO just adjust the 100k trimpot so you can get this range from the tune pot The 20k multi turn trimpot is used to get 1 V octave tuning This VCO is not designed to be the most stable drift free oscillator ever invented note the lack of matched transistors generally expect to get good tuning over a three octave rang
14. r 1 out GND 071 H amp 13 e slew 9 VDD VL uu 1k CTRL 140 Jack ine u 188k 1M n l L yo 18 re GND gnds 4 cnn 10k Jack inl GND VW Z 1k chopped out A A 6 A3 x V chopped amp A ad 1k slewed out 1 2 CTRL 170 E oA Su exe N D eue i BUD comparator 2 out LI LI L nonlinearcircuits ANALOGUE SWITCH DG411 Chopper Rev 1 8 AndrewF 18 08 3014 Page or name m fm 184 N U 16 to each others switches 3 PCBIN YDD sFouTH ea Tk CU 2 INH PC10UT AN pm out de Venn 14 Pearn PCeour H gt 9 1 2k2 VCDIN LD 18n 188n Y ycoouT KANN veo out Gag icia N Z C1B 2k2 Gl GND l2lpe 15 ZENER VSS 8 GND LI LI U nonlinearcircuits LI vactrol PiLL Rev 1 0 andreuF Ep Page or name rate V 1k 100k Q gate out RL RL gate out 4k min ek MTS superbright y GND u iP U cd 5 VDD i 9 S 13 GND 470R E D a L Q KANN D 4 o 2 10 p S Jg li Y E a 6 R e 8 S S 100K GND s F e T L GND GNDV GER VRS AR i cc Cun SK6 R 4 4K7 y 470R ca dd D GND SE e Rd ac J E l
15. t N Vr coarse 100k 100k 188k GND 24k 56k 188k AAA 1kT GND d Q 10k 220R GND Se LA ene GND Tri nlc ota uco Rev 1 0 andrewF TE Page or name 7ko sync Sy square z B k clock 3 ld 10k U 1 N i 072 L To L 108k 108k GND GND reset Sud i l 18n 5 za I U 7 N 2 6 S LAD 188k Sipe 108k VEND rok CND gate128 nonlinearcircuits Divider AndrewF Rev 1 0 1871272014 Page or name Atlev 180k VND 108k GND TIE Ri hae l e ge 11 18v 108k VEND Iy 14 U e cn4830 2 a rS 100k VEND T bag e co483e 8 9 100k VEND U N CD4030 ie CD4 39 4 E 2 4070 on PCB which is the same as 4030 100k gt GND 108k trim slew in 200k ED nonlinearcircuits Logic for action AndrewF Page or name For the DP Filter please download the DP filter BOM amp manual from http www sdiy org pi
16. tch The dual LED should indicate oscillation in low freq mode but will stay on all the time at higher frequencies If you wind back the Q pot and patch in an audio signal the module will operate as a very useful low pass filter adjust the freq pot to find the sweet spot VCO See Setup section for tuning Check the outputs for tri and square waves VCA Will need to be setup before it will work see Setup section Chopper Patch CV signals into the comp and chop2 jacks and adjust pots the LEDs should start flashing and you should be able to obtain CVs from the chop and chop slewy outputs plus gates from the two gate outputs Delay No More Patch in some audio signal and monitor the outputs whilst tweaking the pots expect all kinds of garbled stuttering car crash noises Patch in some CVs to automate this process Note the version on this PCB is different to the stand alone version This one has vactrol based CV control of both delay stages DP Filter See Setup section Patch in an audio signal and check the outputs At some pot settings there will be no signal from the trans output as this section needs to be turned on by the diode ladder This filter is quite uncontrollable especially when the resonance feedback paths are switched over Another fun thing to do is patch unused outputs back into the spare input or FM jack Vactrol Pill This is basically a noise module that makes blips squirts and var
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