Wire. I connect the GND of the 433 RX to the chip. The Nano is getting only No Data, so the I2C is working between A85 and Nano.Īttiny85, on Pin 1 (pin 6 on chip) is not getting any data from the 433 Mhz, which works on (2).
Attiny85 is sending either a no data, or the 9 digit number, to another Nano using Wire.h.Nano with a 433 Mhz receiver is receiving 9 digit.433 Mhz transmitter is working by sending a 9 digit number, using VirtualWire.h.An LED has been connected to pin 13 for visual hint of data transmission. Attiny85, on Pin 1 (pin 6 on chip) is not getting any data from the 433 Mhz, which works on (2). For the same, VirtualWire library is imported. The Nano is getting only No Data, so the I2C is working between A85 and Nano. Attiny85 is sending either a no data, or the 9 digit number, to another Nano using Wire.h. So have spent a few days doing some more research, and basically putting each component separate, to make sure what is being sent is correct. Nano with a 433 Mhz receiver is receiving 9 digit number, VirtualWire.h. I have been able to make this system work on their own using Arudino Nano's to debug, but the Attiny85 (A85) seems unable to grab the data from the RF 433 Mhz.
The basic plan is to have a Attiny85 pass information from a 433Mhz RF module to another chip/Arduino via I2C using VirtualWire and Wire libraries.
0 kommentar(er)
