!free! — Yl105 Datasheet

The is a digital Hall effect sensor that detects the presence of a magnetic field and outputs a digital signal (HIGH or LOW) accordingly. It typically operates on the principle of the Hall Effect, where a voltage difference (Hall voltage) is generated across a current-carrying conductor when exposed to a perpendicular magnetic field.

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

When a magnet approaches, the Hall IC outputs a voltage change. The comparator compares this against a reference voltage set by the potentiometer. If the Hall voltage exceeds the reference, the comparator output toggles, changing the DO pin state. yl105 datasheet

[ Arduino Uno ] [ YL-105 Adapter ] [ nRF24L01+ Module ] 5V ----------------------> VCC Output GND ----------------------> GND Pin 7 ---------------------> CE ========> (Seated securely inside Pin 8 ---------------------> CSN ========> the 2x4 female socket) Pin 13 (SCK) --------------> SCK Pin 11 (MOSI) -------------> MOSI Pin 12 (MISO) -------------> MISO

The YL-105 translates a dual-row 8-pin socket into a distinct 6-pin plus 2-pin power header sequence. Developers can easily map the pinout when connecting to an Arduino or alternative microcontroller: The is a digital Hall effect sensor that

The YL-105 operates on the principle of .

female matrix) : Accepts the male pins of the standard nRF24L01+ RF board . Detailed Pin Assignment Map The comparator compares this against a reference voltage

: Optional pin that triggers a low signal on packet delivery or transmission errors. Applications in Wireless Engineering