Yl105 Datasheet [2026]

: Power applied to the VCC input pin routes directly to the input pin of the AMS1117-3.3 linear regulator. The regulated 3.3V output goes strictly to the VCC pin of the 8-pin female socket.

features on-board SMD decoupling filtering capacitors right across the output power terminals. These capacitors filter out high-frequency ripple and noise from the power supply lines, preventing communication dropouts and intermittent hardware crashes. Basic Arduino Wiring Example To set up a reliable wireless communication node, wire the YL-105 adapter Go to product viewer dialog for this item.

In this circuit, the YL105 transistor is used to amplify a small input signal. The input signal is applied to the base of the transistor through a coupling capacitor. The amplified signal is then taken from the collector of the transistor. yl105 datasheet

The is a dedicated power regulator and breakout interface engineered specifically for the highly popular Nordic Semiconductor nRF24L01+ 2.4GHz wireless transceiver modules. It solves critical power stability and pin-mapping issues commonly encountered when interfacing 3.3V RF transceivers with 5V microcontrollers like the Arduino UNO, Mega, or classic 8051 systems. Technical Specifications (Datasheet Summary)

Since YL105 is a generic module name, no single "official" PDF exists. Use this guide along with the datasheet of the actual Hall IC on your module (e.g., AH3144, SS441A, or OH137). : Power applied to the VCC input pin

2.4GHz wireless transceiver module. Its primary purpose is to simplify the power requirements of the radio module, which is sensitive to voltage fluctuations. Instructables Key Technical Specifications

The 49E sensor is reasonably linear from -500G to +500G. However, the typical YL-105 datasheet glosses over the fact that near saturation (±1000G), linearity drops to ±5-10%. If you need high precision, you'll need to calibrate each unit individually. These capacitors filter out high-frequency ripple and noise

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:

: Chip Enable and Chip Select Not pins (Passed through for digital I/O control).

Dual output, easy to use, wide voltage range, open-collector digital out. The bad: No thermal specs, mediocre linearity, PCB lacks shielding, sparse documentation.

While cost-effective, the YL-105 has distinct limitations that engineers must account for: