Yl-105 Datasheet -

for Arduino or ESP32 to start reading data from your YL-105 sensor?

Arduino and NRF24L01 : 6 Steps (with Pictures) - Instructables

The 8-pin female socket directly replicates the nRF24L01+ layout. When the transceiver is inserted into the YL-105 socket, the regulated 3.3V power is delivered cleanly to the module's VCC pin. The SPI control lines ( SCK , MOSI , MISO , CSN , CE , IRQ ) pass directly through the adapter to the host MCU. Schematic and Circuit Architecture

Low resistance, allowing more current to pass, resulting in a low analog output value (near in Arduino). yl-105 datasheet

Use appropriate sealing techniques, such as O-rings or conical metal seals, depending on the pressure port type (e.g., Kavlico Pressure Sensors ).

Arduino and NRF24L01 : 6 Steps (with Pictures) - Instructables

Understanding the pinout is essential. The YL-105 module typically exposes four pins (or a 4-pin header): for Arduino or ESP32 to start reading data

: While powering the transceiver at 3.3V, the adapter permits direct routing of the SPI interface data lines, as the nRF24L01+ IC data pins are natively 5V tolerant .

Connect DO to an Arduino digital pin with a pull-up resistor enabled (or use INPUT_PULLUP ). Place a small neodymium magnet on a rotating shaft. Each time the magnet passes the YL-105, the output goes LOW. Use interrupts to count pulses per minute.

Capable of providing up to 800mA, which is more than sufficient for both standard and high-power (PA+LNA) versions of the radio. Wiring & Pinout The SPI control lines ( SCK , MOSI

The YL-105 maps out a clean, parallel conversion lane. The 8 pins on the output interface represent a pass-through architecture for logic lines, while safely managing the power isolation. Input/Microcontroller-Facing Side (1x8 Male Headers)

YL-105 Datasheet: Comprehensive Guide to the NRF24L01 Wireless Module Adapter

void setup() pinMode(sensorPin, INPUT); pinMode(ledPin, OUTPUT); Serial.begin(9600);