Может кто на своем веку имел опыт работы с подобным устройством - Azokoyen (L56S-L66S)?
Интересует подключение этой железяки. Судя по всему там нет высокоуровневого протокола вроде CCtalk/MDB.
Может существуют какие переходники или самому необходимо паять преобразователи?
По всему интернету поиск упирается только в небольшой файл-документацию.
В этой самой документации нашлись только следующие строчки:
FIGURE 1 shows the instant at which the coin has passed all the sensors that are used for its
analysis and the validator begins communication with the machine.
The communication cycle consists of transmission, for 10 milliseconds, of the code of the coin
identified so the machine can decide on its admission or rejection and instruct the sorter to
direct the coin where it wants. For the coin to be admitted, the machine should put the
inhibition line (pin 6) low (0 volts) before the 10-millisecond transmission of the coin code is
finished. If this does not happen, the validator will reject the coin. If the machine puts the
inhibition line low while the validator is transmitting, it will cease transmission and open the
acceptance gate so the coin is accepted. At this moment the machine can now instruct, if
necessary, the sorter to act.
In FIGURE 2 can see how the coin breaks the photocell beam as it leaves the validator. When this beam is again visible, the validator determines that the acceptance cycle has concluded,
therefore, it deactivates (closes) the acceptance gate and transmits the coin code for 50
milliseconds so the machine can account it. The sorter remains active for 200 to 300
milliseconds after the validator detects the exit of the coin to ensure that it leaves correctly. If
a 5-way sorter is used, this time should be extended to 350 to 400 milliseconds.
Целью ставлю получение приложением сигнала о том, что монета была принята.