I assume you want the YL-105 (YL105) component datasheet — here’s a concise summary of typical specs and pinout for the common YL-105 temperature/humidity sensor module; if you need the full PDF datasheet or a different YL‑105 variant, say so.
The may not exist as a single official document, but the electrical, mechanical, and timing specifications are well-defined by the components that make up this ubiquitous relay module. With its opto-isolated design, jumper-selectable logic, and 10A switching capability, the YL105 is an excellent choice for hobbyist and industrial applications alike.
The YL105 typically utilizes an 8-pin layout. While you should always verify with the specific manufacturer's marking, the standard configuration is often as follows: Positive power supply. GND: Ground reference.
1. Input Headers (From Microcontroller / External Power Supply) yl105 datasheet
Connect to Arduino Digital Pin 10 (Can be reconfigured in software).
When selecting an alternative, pay close attention to shrink ratio, operating temperature range, and recovered wall thickness to ensure compatibility with your specific application.
– Slide the tube over the cable bundle or component before connecting or soldering. I assume you want the YL-105 (YL105) component
The YL-105 acts as an intermediary hardware layer. The table below outlines its primary electrical characteristics and physical dimensions: Specification Details 4.8V to 12V DC (5V Nominal) Electrochip Output Voltage ( VOUTcap V sub cap O cap U cap T end-sub ) 1.9V to 3.6V DC (Regulated to 3.3V ) MakerLab PH On-Board Voltage Regulator AMS1117-3.3 Linear Regulator LDO MakerLab PH Nominal Operating Current 12.3 mA (Dependent on RF module state) MakerLab PH Peak Output Current Capacity Up to 800 mA (Sufficient for PA/LNA modules) Standard AMS1117 Spec Supported RF Hardware 8-Pin standard nRF24L01+ and High-Power PA/LNA variants Ozon Description Physical Footprint Dimensions 26 mm x 19 mm x 12 mm (Varies slightly by manufacturer) MakerLab PH Integrated Components Bypass filtering capacitors, On-board LED indicator Arduino Forum Hardware Architecture & Layout
3.3V DC (Designed to safely source 1.9V to 3.6V DC depending on transceiver load)
For more information on the YL105 datasheet, we recommend checking out the following resources: The YL105 typically utilizes an 8-pin layout
I can tailor a specific code template and schematic for your exact layout. 5V-3.3V VCC Adapter Board for NRF24L01 Wireless Module
The YL105 is a popular electronic component that has gained significant attention in recent years due to its versatility and reliability. As a crucial part of various electronic circuits, understanding the YL105 datasheet is essential for engineers, designers, and electronics enthusiasts. In this blog post, we will provide an in-depth analysis of the YL105 datasheet, covering its features, specifications, applications, and more.
The is a dedicated 5V-to-3.3V voltage regulator and breakout module explicitly engineered for the ultra-popular nRF24L01+ 2.4GHz RF transceiver module . While the raw nRF24L01+ integrated circuit requires a strict operating voltage between 1.9V and 3.6V DC , most standard hobbyist microcontrollers—such as the Arduino Uno, Mega, and various 51-series single-board systems—operate natively on a 5V rail. Attempting to power an nRF24L01+ directly from a 5V supply line will destroy the RF chip.
The datasheet typically lists quiescent current around (for the LM393 + Hall sensor). This makes it suitable for battery-powered projects if you power down the sensor between reads.