This comprehensive datasheet breakdown analyzes the electrical, mechanical, and interface requirements for embedding this hardware component into production-ready designs. Key Technical Specifications
Below are the complete technical parameters consolidated from official and verified sources. As batch-to-batch variations can occur, always refer to the manufacturer's latest datasheet for precise numbers. zd10-100 datasheet
A1: The ZD10‑100 is an FSR, so the operating principle is the same. However, this specific model is distinguished by its long, narrow shape (104.7 mm × 10 mm), waterproof construction, and very low thickness (<0.3 mm), which makes it well suited for wearable and strip‑type applications. A1: The ZD10‑100 is an FSR, so the
), feeding the resulting voltage into an Analog-to-Digital Converter (ADC) of a microcontroller (e.g., Arduino, ESP32). 4. Typical Applications Due to its flexibility and thin profile, the is utilized in diverse fields: the is utilized in diverse fields:
This comprehensive datasheet breakdown analyzes the electrical, mechanical, and interface requirements for embedding this hardware component into production-ready designs. Key Technical Specifications
Below are the complete technical parameters consolidated from official and verified sources. As batch-to-batch variations can occur, always refer to the manufacturer's latest datasheet for precise numbers.
A1: The ZD10‑100 is an FSR, so the operating principle is the same. However, this specific model is distinguished by its long, narrow shape (104.7 mm × 10 mm), waterproof construction, and very low thickness (<0.3 mm), which makes it well suited for wearable and strip‑type applications.
), feeding the resulting voltage into an Analog-to-Digital Converter (ADC) of a microcontroller (e.g., Arduino, ESP32). 4. Typical Applications Due to its flexibility and thin profile, the is utilized in diverse fields: