breaks out the 8-pin socket of the nRF24L01+ into a user-friendly 6-pin interface compatible with 5V microcontroller systems. YL-105 Pin Description Common Ground VCC Power Input 5V DC Input CE Chip Enable Active High - Transmitter/Receiver Select CSN SPI Slave Select Active Low - SPI Chip Select SCK SPI Clock Signal MOSI SPI Data Input SPI Master Out Slave In MISO SPI Data Output SPI Master In Slave Out IRQ Maskable Interrupt (Optional) 4. Why Use the Go to product viewer dialog for this item.
The YL-105 breakout board features optimized electrical constraints ensuring proper power delivery for both short-range and long-range (PA/LNA) versions of the nRF24L01+. Specification Details YL-105 (also cross-referenced as HW-200 ) Input Supply Voltage (VCC) 4.8V DC to 12.0V DC (5V DC Nominal) Output Voltage (Radio Supply) 3.3V DC (Stable output via linear regulation) Voltage Regulator IC AMS1117-3.3 Low Dropout (LDO) Regulator Maximum Current Capacity Up to 800 mA (safely handles power spikes) Module Form Factor Support Standard 8-pin (2x4) female socket header Operating Temperature Range -40°C to +125°C Physical Dimensions 26 mm x 19 mm x 12 mm Net Weight 📌 Pinout and Interface Configuration yl-105 datasheet
Digital TTL signal (0 or 1). Usually, it outputs Low (0V) when an obstacle is detected and High (VCC) when the path is clear. breaks out the 8-pin socket of the nRF24L01+
The by bridging the electrical and mechanical gap between standard 5V microcontrollers and the 3.3V-driven nRF24L01 wireless module. Mechanical & Physical Specifications The by bridging the electrical and mechanical gap
: Raw DC power (5V–12V) feeds into the VIN node of the AMS1117-3.3 linear regulator. This steps the input down to a smooth, constant 3.3V DC rail.
The YL-105 serves a crucial function—stabilizing the power supply for the NRF24L01, which is sensitive to voltage fluctuations. Its key specifications are: