I don't think that will work. That module requires a carrier frequency (on/off) at one of the design frequencies, such as 38KHz. Then the carrier needs to be modulated at about 1.7 KHz (i.e., 600 uS bursts). See the timing diagrams near the end of the datasheet (http://pdf1.alldatasheet.com/datasheet-pdf/view/26656/VISAY/TSOP4838.html).
Something like this that uses one half of a 556 to generate the carrier at 38 KHZ and the other half to modulate it will work. If you want the PCB layout, just say so, and I will provide it. Might be best by PM, so I can send the actual Eagle files rather than just images.
I can say from experience, though, it is much easier with a microcontroller. You can do everything with one chip - I used the 12F509 - and have much better control.
John
Something like this that uses one half of a 556 to generate the carrier at 38 KHZ and the other half to modulate it will work. If you want the PCB layout, just say so, and I will provide it. Might be best by PM, so I can send the actual Eagle files rather than just images.
I can say from experience, though, it is much easier with a microcontroller. You can do everything with one chip - I used the 12F509 - and have much better control.
John