Kerim, Sure. The ICs i use are:
- Quad DFF : SN74LS175N
- Six Inverters: CD4069UBE (every two inverters in series are connected for non-inverting and to get my delay)
- 100 Ohm Resistors
These are the exact ICs. The thing is that i tried it out and it works perfectly, so i guessed i could keep this configuration to achieve my goal, unless one of you think it's NOT a right configuration in Electronics, based on your professional opinion and from your experience.
You can try it out yourself.
FvM - it has to be non-inverting configuration, a delay only. thanks for your reply.
Just want to mention the goal again, which is to eliminate the buffer chip and have only one chip to include the delay. i'm trying to save room on the board so a replacement with other components won't give me any advantage. depending on their size.
Andre, you're right regarding the diodes, following what you're saying, i can replace the Buffer IC within 3 diodes (to prevent the high signal to other 'D' inputs and keep all clocks rising at the same time). this is good because 3 diodes is "cheaper" on the board (saves space, pins...). i will try it out. But now i still need a small delay to the DFF Clock in order to have my Q high the same time when D is set up (button pressed). if you give me the right chip for that, problem will be solved.