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tgled [2018/08/03 12:55]
vik
tgled [2019/02/01 15:59] (current)
vik [One LED ON for each TTL Trigger, Mode #21]
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 ==== One LED ON for each TTL Trigger, Mode #21 ==== ==== One LED ON for each TTL Trigger, Mode #21 ====
  
-In this mode , for every TTL Trigger (Rising Edge Pulse on TTL IN connector). Only one LED channel turns ON for a fixed duration (Set with the RT Y command). Then On the next TTL trigger , the next LED channel turns ON for the same fixed duration. If a LED brightness is set to ZERO, then that channel is skipped and next channel is turned ON instead. ​+In this mode, for every TTL Trigger (Rising Edge Pulse on TTL IN connector). Only one LED channel turns ON for a fixed duration (Set with the RT Y command). Then On the next TTL trigger, the next LED channel turns ON for the same fixed duration. If a LED brightness is set to ZERO, then that channel is skipped and the next channel is turned ON instead. ​
 Example, Example,
  
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 On the rising edge of FIRST TTL Pulse received on TTL IN connector, LED connected to channel #1 turns ON for 100millisec seconds for 30% brightness. Channel #2,#3 and #4 will remain OFF. On the rising edge of FIRST TTL Pulse received on TTL IN connector, LED connected to channel #1 turns ON for 100millisec seconds for 30% brightness. Channel #2,#3 and #4 will remain OFF.
  
-On the Second TTL Pulse , LED connected to Channel #2 turns ON for 100millisec seconds for 50% brightness. Channel #1,#3 and #4 will remain OFF.+On the Second TTL Pulse, LED connected to Channel #2 turns ON for 100millisec seconds for 50% brightness. Channel #1,#3 and #4 will remain OFF.
  
-On Third TTL Pulse, As Channels #3 and #4 are both set to 0% brightness , routine skips then and instead turns ON Channel #1 instead for 30% brightness and 100millisec. Channel #2,#3 and #4 will remain OFF.+On Third TTL Pulse, As Channels #3 and #4 are both set to 0% brightness, routine skips then and instead turns ON Channel #1 instead for 30% brightness and 100millisec. Channel #2,#3 and #4 will remain OFF.
  
-On the Forth TTL Pulse , LED connected to Channel #2 turns ON for 100millisec seconds for 50% brightness. Channel #1,#3 and #4 will remain OFF.+On the Forth TTL Pulse, LED connected to Channel #2 turns ON for 100millisec seconds for 50% brightness. Channel #1,#3 and #4 will remain OFF.
  
 And So on... And So on...
  
 <​code>​1TTL X=0</​code>​ <​code>​1TTL X=0</​code>​
-TGLED card TTL mode is disabled , LEDs connected to Channel #1 and #2 turn ON and stay ON at 30% and 50% brightness respectively. Channel #3 and #4 will remain OFF. TTL pulses received on TTL IN will be ignored. ​+TGLED card TTL mode is disabled, LEDs connected to Channel #1 and #2 turn ON and stay ON at 30% and 50% brightness respectively. Channel #3 and #4 will remain OFF. TTL pulses received on TTL IN will be ignored.  
 + 
 +=== Auto Repeat === 
 +Starting v3.24, when RBMODE'​s mode byte is set to Repeat autoplay mode [[commands:​rbmode|RM F=3]], the TGLED card cycle thru the all LED channels without waiting for a TTL trigger. LED turns for the duration set by [[commands:​rtime|RT Y]], the turns OFF, then the next LED channel turns ON
  
 ===== Control thru MicroManager ===== ===== Control thru MicroManager =====
tgled.txt · Last modified: 2019/02/01 15:59 by vik