Use YL105 to detect end-stops without mechanical wear. The adjustable threshold ensures reliable triggering at precise distances.
g., Yisheng, Leadchip) or a specific package type like SOP-8?
: This adapter is crucial when upgrading to nRF24L01+PA+LNA long-range modules which require up to 115mA during peak transmission. yl105 datasheet
| Parameter | Value | |-----------|-------| | | Irradiated cross‑linked polyolefin (PO) | | Shrink Ratio | 2:1 | | Shrink Temperature | Minimum +90 °C; full recovery at 121 °C | | Operating Temperature | –55 °C to +135 °C | | Flammability Rating | UL 224 VW‑1 (self‑extinguishing) | | Dielectric Strength | 500 V/mil | | Tensile Strength | 1,500–1,800 psi (nominal) | | Longitudinal Shrinkage | ≤ ±5% (UL224) | | Standards Met | UL224, CSA198, MIL‑I‑23053/5B, AMS3636/AMS3637 | | UV Resistance | Yes (black only) | | Low Water Absorption | Yes | | Fungus Resistance | Yes |
Receives signals from buttons or sensors (e.g., a steam sensor in a kettle). Use YL105 to detect end-stops without mechanical wear
The 3.3V pin on an Arduino Uno or Nano typically outputs less than 50mA to 150mA. While a standard nRF24L01+ chip uses less than 15mA on average, it draws rapid, sharp current spikes when initializing an RF transmission. These spikes pull down the voltage rail, causing connection drops or MCU resets.
Serial.print("Voltage: "); Serial.print(voltage); Serial.println("V"); : This adapter is crucial when upgrading to
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.