The main advantage of using a YL-105 adapter over direct connection or simple voltage division lies in . A. Dedicated Voltage Regulation (AMS1117-3.3)
are 5V tolerant, you do not need logic level shifters when connecting to a 5V MCU like an Arduino UNO. You only need to route power through the adapter.
Be aware that "YL-105" can refer to a surprising variety of other industrial products, including: yl105 datasheet better
The YL-105 doesn't change the nRF24L01 chip itself, but it creates an environment where the chip can actually meet its datasheet potential.
When evaluating the datasheet of the YL105, several key features are of particular interest: The main advantage of using a YL-105 adapter
A "better" or more professional datasheet for these items should include:
2.2kW (3HP) to 3kW (4HP) — significantly higher than the 1.5kW YL90S-4 You only need to route power through the adapter
What specific or packet loss behaviors are you trying to fix? Share public link
bool readByte(uint8_t* data) uint8_t byte = 0; for (int i = 0; i < 8; i++) while(digitalRead(YL105_PIN) == LOW); // Wait for start of bit uint32_t startTime = micros(); while(digitalRead(YL105_PIN) == HIGH); uint32_t duration = micros() - startTime;
Power input line. Connect to the 5V output pin of your microcontroller.
When reviewing the YL-105 datasheet versus a standard direct-connection method, the advantages are clear: