Datasheet !!link!! | Zd10-100
"ZD10-100" datasheet ZD10-100 zener diode ZD10-100 DO-35
The ZD10‑100 is built with a waterproof construction, making it suitable for use in humid environments or even in direct contact with skin (e.g., wearable medical devices). However, it is not designed for prolonged immersion in water, and aggressive chemicals or solvents should be kept away from the sensitive area.
The ZD10-100 datasheet serves as your essential guide to understanding and using a highly capable and versatile force-sensing resistor. From its key specifications to practical implementation tips, this guide provides a comprehensive overview of the ZD10-100 sensor. zd10-100 datasheet
For a single sensor, repeatability under identical loading conditions is specified as ±5 % (at 50 % load). However, part‑to‑part consistency across different units can be as high as ±15 % for the same batch and larger for different batches. If you are building a multi‑sensor system, individual calibration of each unit is highly recommended.
Electrostatic Discharge (ESD) insensitive; produces zero Electromagnetic Interference (EMI) 2. Structural Composition and Operating Principle "ZD10-100" datasheet ZD10-100 zener diode ZD10-100 DO-35 The
Under no load, the resistance exceeds 10 MΩ, which is effectively an open circuit. As the force increases, the resistance drops sharply, then levels off near the upper end of the range. These values are typical and were measured under laboratory conditions. For production designs, always characterise the sensor in your actual mechanical assembly.
The most commonly refers to a flexible thin‑film force‑sensing resistor manufactured by Leanstar. This sensor offers a unique combination of ultra‑thin construction (<0.3 mm), high flexibility, waterproofing, and a very long mechanical life (>1 million cycles), all at a low unit cost. It is ideal for detecting human touch, presence, and force in smart home, wearable, medical, and automotive applications. If you are building a multi‑sensor system, individual
| | Value | | :--- | :--- | | Sensor Type | Resistive Force Sensor | | Pressure Range | 0 ~ 500g | | Thickness | < 0.3mm | | Response Point | < 20g; as low as 15g in some configurations | | Repeatability | ±10% (for 50% load) | | Consistency (Model Batch) | ±10% | | Hysteresis | +10% (RF+ - RF-)/RF+ | | Durability | > 1,000,000 cycles | | Initial Resistance (No Load) | > 10MΩ (typically, indicating an open circuit) | | Response Time | < 10ms | | Recovery Time | < 15ms | | Test Voltage | DC 3.3V (typical) | | Operating Temperature | -20°C ~ 60°C | | EMI (Electromagnetic Interference) | Does not produce | | ESD (Electrostatic Discharge) Sensitivity | Not sensitive | | Dimensions (L x W) | 100mm x 10mm |
A review of the standard ZD10-100 Datasheet PDF from Sensor + Test reveals specific mechanical and electrical boundaries required for safe circuit design: Specification Value Notes / Conditions 0 to 500 grams Ideal for light touch and compression Physical Dimensions 100 mm (Length) × 10 mm (Width) Length includes active and terminal zone Thickness ≤is less than or equal to 0.25 mm to 0.30 mm Low profile allows internal device layering Response Point (Threshold) ≤is less than or equal to 20g to 50g Minimum force required to trigger initial step change Initial Resistance Measured under completely un-loaded conditions Recommended Test Voltage 3.3V DC (Typical) Compatible with standard 3.3V/5V MCU domains Response Time High-speed tactile detection capability Recovery Time Time required to settle back to base state Operating Temperature -20°C to 60°C Robust environmental envelope Durability Lifecycle Long mechanical lifespan under nominal load EMI / ESD Sensitivity None / Insensitive Immune to ambient electromagnetic noise Key Structural & Operational Features 1. Nanomaterial Composition & Human-Skin Emulation