Connects directly to the 5V output pin of your microcontroller or single-board computer (SBC).
manages power step-down, decoupling, and structural pin breakout for 8-pin wireless transceivers. Specification Details
The YL105 heat shrink series is a versatile solution found across many industries:
The FIT‑221 series is rated for XTRA‑GUARD 1 applications—environments where high reliability, flexibility, and resistance to oils and industrial fluids are required. yl105 datasheet
The YL105 is frequently confused with or considered interchangeable with the KY-003 and KY-024 Hall sensor modules. Always verify your specific module's pinout.
: SPI data transmission line from radio to MCU. Pass-through to the radio.
Below is a basic code structure for interpreting the data: Connects directly to the 5V output pin of
Note: Prices vary by distributor, region, and purchase volume. Always check current pricing at major distributors.
The relationship is inversely proportional:
To use the YL-105 with an Arduino Uno, follow these connections to ensure robust data transfer: -> Arduino 5V YL-105 GND -> Arduino GND YL-105 CE -> Arduino Digital 7 (or any pin) YL-105 CSN -> Arduino Digital 8 (or any pin) YL-105 SCK -> Arduino Digital 13 YL-105 MOSI -> Arduino Digital 11 YL-105 MISO -> Arduino Digital 12 YL-105 IRQ -> Not Typically Connected 6. Common Issues and Troubleshooting The YL105 is frequently confused with or considered
The primary utility of the YL-105 lies in its integration of the AMS1117-3.3 linear regulator. While many microcontrollers provide a 3.3V output pin, these outputs often lack the peak current capacity needed during high-speed data transmission, which can draw up to 13.5mA or more in bursts. By allowing a direct 5V connection, the YL-105 ensures that the transceiver has access to a more robust power rail, which the adapter then regulates locally to provide a steady, noise-free 3.3V.
The YL-105 operates on the principle of .
– Common formats are like YL-105 (maybe a sensor, module, or IC). Could it be: