The ZD10‑100 is a resistive sensor — it does not produce a voltage or current on its own. To convert the changing resistance into a signal that a microcontroller can read, you must build a simple signal‑conditioning circuit.
Before diving into the datasheet, it is important to confirm which ZD10‑100 you need. Search results show three distinct categories:
Its 0 to 500g sensing range, rapid sub-1ms response, and >1 million cycle durability, combined with waterproof and ESD-resistant properties, provide a reliable solution for sensing small-scale pressure. Successful integration involves reading its resistance with a microcontroller via a voltage divider and following mechanical guidelines for mounting. With its relatively low cost, ease of use, and availability from multiple distributors, the ZD10-100 is a compelling choice for next-generation designs that need to "feel" the world around them. zd10-100 datasheet
The ZD10-100 is a created using proprietary flexible pressure-sensing technology. It functions as a resistive pressure sensor: its electrical resistance decreases proportionally to an increase in applied pressure.
~500 Ω (under peak load limits) Response Speed: < 1 ms to 10 ms Recovery/Resume Time: < 15 ms Recommended System Voltage: 3.3V DC (Typical) Mechanical Lifecycle: > 1,000,000 continuous cycles Operating Temperature Limits: -20°C to +60°C Hysteresis Error: +10% The ZD10‑100 is a resistive sensor — it
): Typically (Choose a value near the sensor's mid-range resistance under load for optimal sensitivity). Microcontroller: Arduino, Raspberry Pi Pico, or ESP32. Circuit Schematic Connect the sensor in series with your fixed resistor R1cap R sub 1
The following technical data is compiled from representative ZD10-100 datasheets Search results show three distinct categories: Its 0
// Pin Definition const int SENSOR_PIN = A0; // Connect V_OUT from the divider to Analog Pin 0 void setup() Serial.begin(9600); // Initialize serial monitor at 9600 bps pinMode(SENSOR_PIN, INPUT); void loop() Voltage: "); Serial.print(voltage); Serial.print("V Use code with caution. 🚀 Practical Applications