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A LED that I had connected between P0 and Ground blinked dutifully at 1Hz. I loaded up another example - “HIGH_LOW.BS2” - and ran it. It ran, but reported no boards found (even though the board’s lights blinked when programming it.) I tried a few more examples with the same result - no board found.Īt that point, I decided to try applying 9V to the battery terminals, theorizing that the board didn’t get its power from USB (like the Arduino boards do.) This worked, and the board was soon running the connection-test example correctly. I fired up a random example from the “BS2” folder - a “connection test” program. The star of the show turns out to be a Microchip PIC16F57. (The actual chip turns out to be a garden-variety PIC, presumably with special firmware.) A quick check of the packaging turned up a reference to a “BASIC Stamp 2 chip,” so I went with that. The next challenge was to determine which version of BASIC stamp the board had. Guessing that the correct location was in the “Program Files (x86)\Parallax” directory (it was), I soon was in more or less the right place. These boards are marketed to primary and secondary-school students, and this is asking for trouble. This is not only useless (that’s not where the examples are or where your programs ought to go) - but potentially dangerous if people start digging around in the Windows directory structure.
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Unlike the easy “Examples” menu in the Arduino IDE, Parallax’s Basic Stamp Editor software starts up with its default directory in C:\Windows.
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(The USB drivers loaded nicely on Windows 7/64bit.) This result shows that RES pulse width is not longer than 10m second and there is enough time to last break condition of Tx.The box contains the board, a cable, jumper wires, and non-skid feet. I tried measuring pulse width of DTR and TXD, but its result is not what I expected.Īctually, pulse width of DTR is only 10m, and of TXD is 70m second long. Predicted duration of RES pulse is about 4msec long at 10V(peak to peak) of DTR line.
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If RES is asserted too long and relatively break condition of Tx is shorter, BS2 chip does not respond to host PC, and then run already stored code Traffic Light Sequencer, I suspect.
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That is, you say, your BS2 still acts Traffic Light Sequencer EVERY TIME after resetting the board, for example, powering on, failing download another code, right ?Īccording to Tokenizer Manual "BASIC Stamp Programming Protocol", BASIC Stamps have severe communication timing. The BS2 OEM will now drive the Traffic lights hard ware, but I can no longer download any other software. I'll give it a go on a bread board and see what happens.
![parallax basic stamp editor download parallax basic stamp editor download](https://www.rahner-edu.de/s/cc_images/cache_4335102.png)
I get your point Bob I could purchace another 20Meg xtal and a couple of transistors etc. While testing during the last couple of weeks the Editor began to work, so I selected my "Traffic lights" program and clicked "RUN" I was pleased to see the Debug window, proving the traffic lights program had down loaded. I had saved some of my programs to the Editor. Two weeks ago I found it's not working again with the same fault. After it's return I have written and run quite large programs with no problems at all.
![parallax basic stamp editor download parallax basic stamp editor download](https://www.parallax.com/go/BASICStampStartHelp/Content/Resources/Images/DebugFirstProgYT.png)
On close examination I could not see any new soldered joints, but was told they just replaced the EEprom. After some months, still in it's package, I decided to experiment with a short program "traffic lights sequence" Unfortunately I found when clicking on RUN, in the Editor, my monitor would display "No Basic Stamp found" I had it repaired by a recommended Parallax contractor. I purchased it from Parallax in 2009 completely assembled. Yisiguro, here is some history of my BS2 OEM's. I shall keep looking and bring you up to date when it happens.
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I have now purchased a RS232 Serial to Usb converter to connect it to my Windows 10 PC, but the Basic Stamp is not found useing that either. Strange thing here, I can't remember livening up the BS2 board when I was programming? I just connected the computer, which has the old XP software, RS232 Serial port to the BS2 Serial port via a cable. I am feeding +5.0 Vdc to the Vdd and 0.0 volts to Vss pins on the BS2 board, as I believe I would need 9-12Vdc to enable the 5volt Regulator via Vin and Vss Except for the Eprom all other chips (Interpreter etc) are included in the Pic chip. Problem, I can't find any for sale not even on Ebay. The microprocessor fitted to this BS2-OEM has 28 pins PIC16C57C. I am 82 this year, and unfortunatelly my soldering skills have deminished (eyesight and shakey hands), but now you folks have poked me in the right direction I can at least check out the Xtal oscillator etc with the scope.