Advertisement

Quick Links

BINARY
User Manual
Version 1.1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the BINARY and is the answer not in the manual?

Questions and answers

Summary of Contents for Grayscale BINARY

  • Page 1 BINARY User Manual Version 1.1...
  • Page 2 (without changing the output voltage level). With the OR gate active, the output voltage of Binary is high when any of the six input voltages are high. NOR is a logical negation of OR, so switching to NOR logic will provide negation of input voltages.
  • Page 3 Getting Started Operation of Binary is straightforward. Patch pulse sources to any of the six inputs and toggle the on/off switch for each input as needed. Patch the output to a destination that expects a +5V gate/trigger (such as the gate/trigger input of an envelope generator) and select the logic gate required for the intended application.
  • Page 4 LOGIC OUT Jack and OR/NOR Switch The Logic Out jack reflects the result of the chosen logic gate. Its output is a positive-going pulse (+5V). The OR/NOR Switch controls the logic gate used for the computation. When illuminated, the OR gate is active. When not illuminated, the NOR gate is active.
  • Page 5 Binary is designed for logic signals in the positive (0V>5V) range only, so it can be used for conversion of S-Trig signals to V-Trig and vice-versa, without the need for the additional offset.
  • Page 6 The OR gate is also used when S-Trig signals should pass through without being negated. S-Trig outputs are normally high, so the logic output of Binary will remain high when S-Trig sources are patched to the inputs. The output will fall when the input falls, correlating to an active gate/trigger from an S-Trig device, and signals will pass through the circuit without being negated.
  • Page 7 S-Trig input is held low. No offset is needed. Manual Gate Source Binary can also be used as a manual gate source. Switching from OR to NOR will cause the Logic Out voltage to increase from 0>5V. The output voltage will remain high until the logic gate is switched back to OR.

Table of Contents