To avoid all the wires I turned to Fritzing. I did connect the NRF24L01P to the breadboard using jumper wires but the result was messy and unstable. Adding a 3.3v regulator to the breadboard was easy enough and the DLP2232M provides a filtered power output on pin 21 which helps cut down on the number of components required to provide a clean 3.3v supply. It also runs on 3.3v logic so I'll need a regulator in my circuit too. The NRF24L01P can't be easily connected to a breadboard so an adapter will be needed. The (old) DLP2232M board seems like a better idea for now.Ĭonnecting the NRF24L01P module to the DLP2232M board poses a slight issue. MCP2221A was my first choice but I quickly ran out of pins and I'm toying with the idea of using multiple RF transceivers in the future. I'll need to sit something between it and my laptop. The NRF24L01P can be talked to using the SPI wire protocol. I'm going to take a stab at using it to control a small (toy) quadcopter. The new project revolves around the NRF24L01P module. I've acquired a number of new gadgets including an Adafruit MCP2221A Breakout, Omzlo FIDI, an NRF24L01P module and a DLP2232M board. It has been a rather busy year but I've finally managed to find the time to sit down and work on a new project.
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