![]() ![]() If Iâve confused you anywhere, post your code and tell us which pins youâve used for each device, weâll show you where to edit your software so it matches what youâve done in hardware. Again, the pin you use must appear in the object constructor in your software. The second device needs its own CS pin and you can use any digital pin you desire. The CS on pin 53 can only be connected to one device, it does not matter which one but it needs to match the software pin declaration. This RPS (regulated power supply) provides the power to the microcontroller as well as other components which are used over the Arduino mega board. You can use those pins in addition to those on 50, 51 and 52 as they are connected in parallel on the pcb. These pins are used for providing o/p regulated voltage approximately 5V. The six pin connector to the right of the atMeag2560 processor are the duplicate pins Nick is referring to. For the SD, you need to connect to SDCS53, SDMOSI51, SDSCK52, SDMISO50. Those are the SPI pins for the dedicated USB to serial converter atMega processor. Verify the display is working with Software Constructor and Hardware Constructor. I know there is a separate 6 pin by the reset button is also for MOSI ![]() Interrupt flags are now cleared during reads instead of Use available to determine if packets are * I specifically chose 'void*' as a data type to make it easier * The size of data read is the fixed payload size, see getPayloadSize() My thought was that it might be a timing issue, since the arduino is 16mhz and the teensy 600mhz? I used to run the receiver code on another arduino mega2560 and that one received the Array just fine. PUTTING ALL VALUES IN AN ARRAY FOR SENDING IT OVER NRF24L01 RADIOĪrray=2000-LY //INVERTED VALUES (DOWN IS 0 AND UP IS 2000)Īrray=2000-LX //INVERTED VALUES (LEFT IS 0 AND RIGHT IS 2000)Īrray=2000-RY //INVERTED VALUES (DOWN IS 0 AND UP IS 2000)Īrray=2000-RX //INVERTED VALUES (LEFT IS 0 AND RIGHT IS 2000) READ CALOBRATION DATA FROM THE EEPROM IN 2 BYTE'S PER VARIABLE Void EEPROMWriteInt(int address, int value) WRITE CALIBRATIONS DATA TO THE EEPROM IN 2 BYTES U8x8 Text Only Example: No RAM usage, direct communication with display controller. Less RAM usage, should work with all Arduino boards. Page Buffer Examples: firstPage/nextPage. Fast, but may not work with all Arduino boards because of RAM consumption Const byte address = "00001" //Choose a unique adress (should be the same on the receiver side)įrame Buffer Examples: clearBuffer/sendBuffer.
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