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paper_bits:pb201_step-sequencer [2017/04/09 00:33]
admin [PB201 Step Sequencer]
paper_bits:pb201_step-sequencer [2020/07/16 18:11] (current)
admin
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-=====PB201 Step Sequencer =====+===== PB201 Step Sequencer ===== 
 + 
 +** There is a new version of the sequencer use the [[paper_bits:​pb206_sequence_recall|PB206 Sequence (Total) Recall]] instead**\\ 
 + 
 +That is the 8 step sequencer for the Paper Bits. One can change steps, speed and the value of the CV output. To change to output for each step one select a value with the poti and in pressing the button for the step it will be asigned to it. The speed can be voltage controlled, too.\\ 
 + 
 +There are also 8 banks for storing notes and rhythm. In switching the preset on"​ON"​ one can select them in pressing the "step buttons"​. It is not longer possible to change speed, steps ore the CV until the switch is off again. To change the presets stored in the chip one can change the tables in the Arduino program.\\
  
-That is the 8 step sequencer for the Paper-Bits. One can change steps, speed and the value of the CV output. The speed can be voltage controlled, too.\\ 
-There are also 8 banks for storing notes and rhythm. In switching the preset on one can select them, it is not longer possible to change speed, steps ore the CV until the switch is off again. To change the presets stored in the chip one can change the tables in the Arduino programm.\\ 
 If one has choosen one step then the speed poti can be used to select the individul step - voltage controlled with an LFO it will make some nice oscillation patter. If one has choosen one step then the speed poti can be used to select the individul step - voltage controlled with an LFO it will make some nice oscillation patter.
  
-The board is based on an Arduino chip and therefore can be easily ​programed ​and modified. One just need an USB to Serial converter or one can use an Arduino for that, too: [[arduino_clones:​serial_adapter|The Arduino as a Serial Adapter]]. +The board is based on an Arduino chip and therefore can be easily ​programmed ​and modified. One just need an USB to Serial converter or use an Arduino for that, too: [[arduino_clones:​serial_adapter|The Arduino as a Serial Adapter]]. 
-{{ :​paper_bits:​dsc_7601mic.jpg? |}}\\+{{ :​paper_bits:​paper_bit_frames_192653.jpg? |}}\\
  
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   * 8x 220 Ohm   * 8x 220 Ohm
   * 3x 10 kOhm   * 3x 10 kOhm
-  * 2x 1 kOhm+  * 3x 1 kOhm
   ***Capacitors:​**   ***Capacitors:​**
   * 2x 22 pF (ceramic)   * 2x 22 pF (ceramic)
   * 3x 100 nF (foil)   * 3x 100 nF (foil)
   * 1x 1 nF (foil)   * 1x 1 nF (foil)
-  * 1x2200µF+  * **Electrolytic Capacitors:​** 
 +  * 1x 2200µF
   * 1x 10 µF   * 1x 10 µF
   ***Diodes:​**   ***Diodes:​**
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   ***Mechanical:​**   ***Mechanical:​**
   * 1x 28pin IC socket   * 1x 28pin IC socket
-  * 1x pin header 1x20+  * 1x pin strip 1x14
   * 2x pin header, female 90° 1x3, 1x2   * 2x pin header, female 90° 1x3, 1x2
   * 2x pin header, male 90° 1x3, 1x2   * 2x pin header, male 90° 1x3, 1x2
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-~~socialite:icon facebook twitter googleplus reddit tumblr~~+==== License ==== 
 + 
 +The PB201 Step Sequencer was designed by **Wolfgang Spahn**, 2017-19.\\ 
 +It is licensed under a [[http://​creativecommons.org/​licenses/​by-nc-sa/​4.0/"​|Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License]]. 
 + 
 +<​html>​ 
 +<a rel="​license"​ href="​http://​creativecommons.org/​licenses/​by-nc-sa/​4.0/"><​img alt="​Creative Commons License"​ style="​border-width:​0"​ src="​https://​i.creativecommons.org/​l/​by-nc-sa/​4.0/​88x31.png"​ /></​a>​  
 +</​html>​ 
 + 
 +----