Pocsag decoder software for windows install#
Pocsag decoder software for windows serial#
Pocsag decoder software for windows full#
Pocsag decoder software for windows Pc#
Pocsag decoder software for windows windows#

The 741 circuit also loads down the processor, so the software cannot be run under Windows, which is a major annoyance. The Kit, on the other hand, decodes almost 100% of transmissions with no problems, even when the transmissions are at 2400 baud. In fact, I have yet to decode one single transmission with the 741 Op Amp Decoder. Since the Kit also has more processing, it performs much better. I added that as an after thought.ДЄs you can see from the chart above, the Decoder Kit has the advantage of more processing power, better filtering and being able to monitor the audio output of the scanner (this makes it easy to tell if you have tuned to the wrong frequency). Signal Processing: Op Amp (LF44CN) and PIC (PIC16C54).Д¬omputer Output: No buffer.

Pocsag decoder software for windows full#

The other, full fledged AccuPage software is more complicated, as it can also send pages (using the modem), selectively log entries, filter, etc.

Pocsag decoder software for windows install#

The simple Radio Monitor software is easy to install and configure (just copy the contents of the disk or ZIP file to the hard drive). Once the project was built, I experimented and played around with it for a week or two, just to get a feel for the software. I decided to get rid of the part about pager transmissions, and instead chose to build a different, much more simple decoder and then compare the two. There are many different transmission schemes, so there will be brief explanations, notes, etc.

This part will detail how pagers transmit information. The power supply will also be checked to make sure that is is supplying the proper voltages to the proper components. The testing will involve careful inspection of the board and parts placement. Also, since the traces on the board are so close together, solder bridges are easy to create. I would hate to either fry an IO card on a school computer, or fry the IO controller on my motherboard.

Pocsag decoder software for windows serial#

While it is true that the serial port is pretty hardy, it can still be damaged.

Pocsag decoder software for windows Pc#

Besides, the decoder is attached to the PC serial port. The project is complicated and lots can go wrong, so testing is essential. Testing shouldn't last long, no more than a week. Besides, I just don't feel like hunting down all the parts, mostly because of the preprogrammed controller I need.

Pocsag decoder software for windows windows#

The software is Windows based, meaning I can decode and log signals while I do other stuff. I could write the software (in BASIC, with medium effort) if I had more time, but for now, I'll use the software that comes with the kit. Third, the decoder needs a computer to work, and the computer needs software. I don't want to get into photo-sensitive boards and developing so the board that comes with the kit is the best choice. There is no possible way that I can trace it out with a resist ink pen.

In order for it to fit, the board must be double sided, with traces about as wide as 22 AWG wire (really thin).

The decoder is built in a case no bigger then the casing of a standard 25 pin serial plug (which is the actual case). The second reason I am building from kit is because of the circuit board used. I also don't know much.er.any assembly language. I don't have the equipment, and neither does CCH or JP2 to program PICs. First, the decoder requires a custom programmed PIC. I chose to purchase the kit instead of building it from scratch for a number of reasons. This is where the actual project is built. The project will consist of 3 parts building, testing, then an explanation of pager transmission schemes. So, the decoder takes that signal and translates it into something that a PC can understand. This alphanumeric transmission scheme is refered to as POCSAG The reason it is called a decoder instead of just a receiver is because pager transmissions are done at non standard baud rates, often switching speed during the actual transmission. I admit that this proposal is not exactly my greatest literary achievement, but it served its purpose well.ДЇor my major optional project, I have chosen to build a pager decoder. We chose our own projects, which were to consist of a proposal, technical report and a learning log. There were guidelines we had to follow, so this may not look quite like my other project pages. I got the idea from an article in Popular Electronics. This project was done for my grade 11 Communications Tech course.