- #1
Berzerkfury02
- 9
- 0
Hello,
I have a strobe light which is powered normally by two AAA batteries in series creating a 3 volt DC power supply. When the batteries are inserted, the circuit is closed with the exception of the switch. The strobe light is composed of five LED's which have six different ON modes because of different "chase" or flashing patterns. This switch is a normally open switch and the circuit is still open until the normally open push button switch is pushed for the first time. When pressed the completed circuit tells the IC to go to the first pattern. But pressing the button a second time tells the IC to go to the second pattern, etc. until the sixth pattern is reached. Upon reaching the sixth pattern, pushing the button one more time will tell the IC to go to the OFF position (no more flashing).
I was wondering if three strobes in parallel configuration could all use the same normally open switch in order to close the circuit for all three IC's at the same time.
I am attaching a schematic to simulate both the standard configuration (already works as it is the stock configuration found on the store shelves) and the configuration I wish to use.
I wanted to eliminate the three normally open buttons and use only one normally open push button switch to tell each of the Three IC's in each strobe light the same function at the same time (for synchronization purposes, I wanted the three strobe lights to flash the same pattern at the same exact time). I was thinking that since each switch is performing the same function (indicating to the IC that a circuit has been closed) I could eliminate the three switches and use only one. I was afraid, however, that I may be completing a circuit that was not meant to be completed by connecting the ends of the IC like this and possibly damage something, so I decided to check this with the forum here first before I tried it. Please view the schematic I had attached as it can probably explain what I am trying to do better than this text does. Would the configuration I illustrated work?
Thank You,
Daniel
I have a strobe light which is powered normally by two AAA batteries in series creating a 3 volt DC power supply. When the batteries are inserted, the circuit is closed with the exception of the switch. The strobe light is composed of five LED's which have six different ON modes because of different "chase" or flashing patterns. This switch is a normally open switch and the circuit is still open until the normally open push button switch is pushed for the first time. When pressed the completed circuit tells the IC to go to the first pattern. But pressing the button a second time tells the IC to go to the second pattern, etc. until the sixth pattern is reached. Upon reaching the sixth pattern, pushing the button one more time will tell the IC to go to the OFF position (no more flashing).
I was wondering if three strobes in parallel configuration could all use the same normally open switch in order to close the circuit for all three IC's at the same time.
I am attaching a schematic to simulate both the standard configuration (already works as it is the stock configuration found on the store shelves) and the configuration I wish to use.
I wanted to eliminate the three normally open buttons and use only one normally open push button switch to tell each of the Three IC's in each strobe light the same function at the same time (for synchronization purposes, I wanted the three strobe lights to flash the same pattern at the same exact time). I was thinking that since each switch is performing the same function (indicating to the IC that a circuit has been closed) I could eliminate the three switches and use only one. I was afraid, however, that I may be completing a circuit that was not meant to be completed by connecting the ends of the IC like this and possibly damage something, so I decided to check this with the forum here first before I tried it. Please view the schematic I had attached as it can probably explain what I am trying to do better than this text does. Would the configuration I illustrated work?
Thank You,
Daniel