| Program |
| PROCESSOR and
EEPROM inside With Harpune, MasterCRD [4], MasterCRD-2 [4], MasterCRD-2_LC (LowCost)[4], MasterCRD-2_PC (PC-Intern)[4], MasterCRD-Junior [4] 1. Program
start |
| Programmations: ATMEL-Chips |
| 1. The Harpune
(MasterCRD, MasterCRD-2 /_LC /_PC, MasterCRD-junior) connect with the help of 1 to 1 cable
to the Comport and the necessary external power supply which should be put 12 volts, also
connect to the Harpune, MasterCRD, MasterCRD-junior (URGENT! 7,5V to MasterCRD-2,
MasterCRD-2_LC). If these preparations were met, it can be to the programming of the
Atmel. 2. By the first call of the program the configuration of Ponyprog is necessary. 2.1. Under - > Options - > setup one puts the following attitudes(settings): - Serial - SI PROG API - Information of the Comports to which the harpoon is connected - Invert SCKL mark (the other options not) Afterwards on test click, it should open a window with the message test OK. This window conclude(close) and on OK click. If this should not be the case, should be controlled whether the information was all right under ". 2.2. After this step the Kalibrierung follows under - > Options - > Calibration. A test on the computer is executed by the manipulation from ". Then the news " takes place which we confirm with ". 3. As a 1st step we select the chip. Under - > Device - > Select - > AVR micro - > AT90S2323 (Atmel, Armel), AT90S2343 (Jupiter, Jupiter1), AT90S8515 (FunCard) or AT90S8535 (Jupiter2) select (depending on if which chip on the ticket(map) is). 4. Afterwards on - > Edit - > Security bits - > clear all - > OK 5. Now the card should be set in the Programmer - With the contacts downwards: harpoon, MasterCRD V.1.11 with the contacts downwards; MasterCRD V.1.15, MasterCRD-2, MasterCRD-2_PC or MasterCRD-junior with the contacts upwards. Pay attention absolutely to the fact that the card up to notice card goes under 2 small Häckchen of the card plumb bob) is pocketed. If the card was described already once (e.g., test-file on FunCard or Jupiter2), should take place - > device - > erase as the first. If it is about a " ticket(map), one can get cracking with the programming immediately. 6. About - > file - > Open the corresponding one PRACTISE WITCHCRAFT file select (under file type change on *.hex). The choice is directed in the sort of the programming, either with or without Eeprom. 7. Then we choose - > Deive - > write all (or alternatively the 2nd icon in the high border), after confirm from " chip is described the Atmel. Afterwards after the writing occurrence a Verify is done. In this connection, it is controlled whether the data we wanted to write actually also actually so on the ticket(map) are. As a rule this will be the case if it is not the case, Device - > Erase should be deleted the Atmel chip by - > and one should execute the occurrence one more time. 8. After the successful programming of the chip Device - > write Security (alternatively the 3rd icon with the castle) must click absolutely - >. Only afterwards the chip is programmed correctly. If the file was chosen without Eeprom, now the ticket(map) is operationally. Now for all those which have chosen the file with Eeprom, it is to the letter of the Eeprom's. |
| Known mistake messages under PonyProg: |
| device missing or
unknow device (-24) Cause: the Atmel chip on the ticket(map) could not be demanded. - The harpoon (or MCRD) is not pursued in 1 to 1 cable. - The harpoon is pursued without care tension. - The pullover on the harpoon is set wrongly (he always belongs in direction board border) - The ticket(map) is not used correctly, so that no contact comes about. Unable to probe, bad device or device locked (-25) Other help = > FunCard |
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