ssm2164_pcb
Differences
This shows you the differences between two versions of the page.
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ssm2164_pcb [2010/07/09 14:37] seppoman created |
ssm2164_pcb [2018/04/22 12:14] (current) phatline [Parts List] |
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| |C7-C12 |100nF |Z5U-2,5 100N | | |C7-C12 |100nF |Z5U-2,5 100N | | ||
| |C13-16 |100pF |NPO-2,5 100P | | |C13-16 |100pF |NPO-2,5 100P | | ||
| - | |C17-C20 |470nF |Z5U-5 470N | | + | |C17-C20 |470nF |Z5U-5 470N (*2)| |
| |IC1 |SSM2164PZ |(*) | | |IC1 |SSM2164PZ |(*) | | ||
| |IC2,IC3 |TL074 |TL 074 DIL | | |IC2,IC3 |TL074 |TL 074 DIL | | ||
| Line 17: | Line 17: | ||
| |R5-R8 |470 |METALL 470 | | |R5-R8 |470 |METALL 470 | | ||
| |R13-R16 |5.6k |METALL 5,60K | | |R13-R16 |5.6k |METALL 5,60K | | ||
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| + | (IC sockets, pin headers, flat ribbon cable etc are omitted) | ||
| + | |||
| + | [[http://www.reichelt.de/?ACTION=20;AWKID=260750;PROVID=2084|Reichelt Public Shopping Cart]] | ||
| === Where to get the SSM2164 === | === Where to get the SSM2164 === | ||
| - | (*) There are quite a few places where you can buy the SSM2164, e.g. Farnell or Digikey usually have them on stock. Feel free to add your finds to this section :) | + | (*) There are quite a few places where you can buy the SSM2164. Feel free to add your finds to this section :) |
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| + | ^Shop ^Order Code ^Price ^Date Price Checked ^ | ||
| + | |**Europe:** |||| | ||
| + | |[[http://de.farnell.com|Farnell]] |1438744 |6.33 EUR + VAT | //(2010/07/14)// | | ||
| + | |[[http://de.rsonline.com|RS]] |427-250 |6.33 EUR + VAT | //(2010/07/14)// | | ||
| + | |**USA:** |||| | ||
| + | |[[http://www.digikey.com|Digikey]] |SSM2164PZ-ND |6.00 USD | //(2010/07/14)// | | ||
| + | |[[http://www.newark.com|Newark]] |19M9009 |6.06 USD | //(2010/07/14// | | ||
| + | Note that Farnell only delivers to professional customers and university members. | ||
| === Value of C17..C20 === | === Value of C17..C20 === | ||
| - | These capacitors are part of a low pass filter that smoothes out noise/DAC steps etc from the CV input signal. There's a tradeoff between best cancellation of any zipper/background noise and a very snappy VCA on the other side. The value of 470nF stated in the parts list above is more on the "Silence" side of things. If you prefer a faster response of the VCA in return for some noise in certain situations, you can try lower values in this place. e.g. 220nF is a usable compromise, but you can go lower to 100nF, 10nF or even leave out the capacitor altogether. I suggest you might try out what suits you best with one single channel before stuffing all four caps. | + | (*2) These capacitors are part of a low pass filter that smoothes out noise/DAC steps etc from the CV input signal. There's a tradeoff between best cancellation of any zipper/background noise and a very snappy VCA on the other side. The value of 470nF stated in the parts list above is more on the "Silence" side of things. If you prefer a faster response of the VCA in return for some noise in certain situations, you can try lower values in this place. e.g. 220nF is a usable compromise, but you can go lower to 100nF, 10nF or even leave out the capacitor altogether. I suggest you might try out what suits you best with one single channel before stuffing all four caps. |
| + | === setup and interconnect the module - getting startet === | ||
| + | [[ssm2164_getting_started]] | ||
ssm2164_pcb.1278686226.txt.gz · Last modified: 2010/07/09 14:37 by seppoman
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