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brain_writing:breakthrough_27.06.09:text [2011/05/23 03:20]
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 Third text a product of the first and second texts executed as above Third text a product of the first and second texts executed as above
  
-Final text product of reduction following Claude Shannon’s pen and paper Markov method from the 1948 paper,[[http://cm.bell-labs.com/cm/ms/what/shannonday/paper.html|A mathematical theory of communication]] as described by J. R. Pierce in ‘A chance for art’, in [[http://openlibrary.org/b/OL5743625M/Cybernetics_art_and_ideas|Cybernetics, art and ideas]]. Jasia Reichardt (Ed.),  New York Graphic Society. Connecticut. 1971, by subject wearing the [[angelic_helmet]]. +Final text product of reduction following Claude Shannon’s pen and paper Markov method from the 1948 paper,[[http://cm.bell-labs.com/cm/ms/what/shannonday/paper.html|A mathematical theory of communication]] as described by J. R. Pierce in ‘A chance for art’, in [[http://openlibrary.org/b/OL5743625M/Cybernetics_art_and_ideas|Cybernetics, art and ideas]]. Jasia Reichardt (Ed.),  New York Graphic Society. Connecticut. 1971, by subject wearing the [[http://xxn.org.uk/doku.php?id=brain_writing:breakthrough_27.06.09:images|angelic_helmet]]. 
  
  
  
-**Text 1:** //Prof. Friedrich Wagner's unpublished Magnetic Flux calculations made for the [[angelic_helmet]]; The Electronic Club's descriptions of [[http://www.kpsec.freeuk.com/555timer.htm|555 and 556 Timer Circuits]] ; William Burroughs' 'Cut-Up Self Explained'//+**Text 1:** //Prof. Friedrich Wagner's unpublished Magnetic Flux calculations made for the [[http://xxn.org.uk/doku.php?id=brain_writing:breakthrough_27.06.09:images|angelic_helmet]]; The Electronic Club's descriptions of [[http://www.kpsec.freeuk.com/555timer.htm|555 and 556 Timer Circuits]] ; William Burroughs' 'Cut-Up Self Explained'//
  
 very rough guide for example the calculation of coils ohm 4½ minutes ohm minutes! Winding and nonmagnetic core in neither iron nor ferrite split into two parts T = Tm + Ts 555 monostable output high + Vs and the input 555 pin 2 is m = 0.7 x (R1 + R2) x C1 capacitor C1 starts Tm and Ts to be almost equal this is further trigger pulse reaches 2/3 Vs the sectional area of winding circuit Tm cannot be less than Ts time discharge coil output can both sink and source the next trigger briefly with long gaps by connect the reset input output this way the LED is on during cancelled at any time than R2 making Ts short and Tm and discharges the added to the circuit as explained should be connected per C1 555 astable frequencies power on reset or is reset or triggered kohm on this is achieved ferrite Mohm as shown in the the capacitor takes and nonmagnetic core neither iron nor ferrite when the circuit is 8kHz 680Hz capacitor if manual magnetic core 80Hz 68Hz this arrangement is 0.68 Hz if the trigger input is 68Hz remain high until the input signal is from a the monostable can the range 1kohm to 1 Mohm it is input signal  by available in just a few values the capacitor passes the frequency range you require further information windings the frequency (f) you require edge triggered because cross sectional area of winding Tm and Ts are almost equal the resistor between normally high (+Vs) example projects using about a tenth of R2 (1kohm min.) light sensitive alarm longer than space time Ts monostable edge area of wire variable resistor it is best to make 555 556 bistable flip must have a fixed resistor of at least the circuit is called a for R2 if it is variable output low it is also it has two inputs with the output high (+Vs) the trigger 555 pin 2 R1 and R2 the threshold and trigger is active when it reaches 2/3 Vs threshold reset 555 pin 4 discharge pin is connected to 0V reset is active low charges with current flowing through to 1/3 Vs trigger voltage the power on reset is disconnected allowing the as described above continuously unless the reset input is very rough guide for example the calculation of coils ohm 4½ minutes ohm minutes! Winding and nonmagnetic core in neither iron nor ferrite split into two parts T = Tm + Ts 555 monostable output high + Vs and the input 555 pin 2 is m = 0.7 x (R1 + R2) x C1 capacitor C1 starts Tm and Ts to be almost equal this is further trigger pulse reaches 2/3 Vs the sectional area of winding circuit Tm cannot be less than Ts time discharge coil output can both sink and source the next trigger briefly with long gaps by connect the reset input output this way the LED is on during cancelled at any time than R2 making Ts short and Tm and discharges the added to the circuit as explained should be connected per C1 555 astable frequencies power on reset or is reset or triggered kohm on this is achieved ferrite Mohm as shown in the the capacitor takes and nonmagnetic core neither iron nor ferrite when the circuit is 8kHz 680Hz capacitor if manual magnetic core 80Hz 68Hz this arrangement is 0.68 Hz if the trigger input is 68Hz remain high until the input signal is from a the monostable can the range 1kohm to 1 Mohm it is input signal  by available in just a few values the capacitor passes the frequency range you require further information windings the frequency (f) you require edge triggered because cross sectional area of winding Tm and Ts are almost equal the resistor between normally high (+Vs) example projects using about a tenth of R2 (1kohm min.) light sensitive alarm longer than space time Ts monostable edge area of wire variable resistor it is best to make 555 556 bistable flip must have a fixed resistor of at least the circuit is called a for R2 if it is variable output low it is also it has two inputs with the output high (+Vs) the trigger 555 pin 2 R1 and R2 the threshold and trigger is active when it reaches 2/3 Vs threshold reset 555 pin 4 discharge pin is connected to 0V reset is active low charges with current flowing through to 1/3 Vs trigger voltage the power on reset is disconnected allowing the as described above continuously unless the reset input is
brain_writing/breakthrough_27.06.09/text.1306138839.txt.gz · Last modified: 2011/05/23 03:20 by jj

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