Zd10-100 Datasheet
Overcurrent or overvoltage. The 100mW limit was exceeded. Replace and recalculate the series resistor for 5mA nominal current.
A4: The sensor can provide an estimate of force, but it is not a precision load cell. If you need high accuracy (±1 g or better) over a wide range, a strain‑gauge‑based load cell would be more appropriate. For a low‑cost, low‑resolution force indication, the ZD10‑100 works well.
≤ 20g to 50g (depending on the baseline packaging batch) Initial Resistance (Unloaded): > 10 MΩ zd10-100 datasheet
Typical prices as of 2025 range from approximately (Chinese Yuan) per unit in single quantities. The sensor is carried by major electronic component distributors in China, including LCSC (Lichuang Mall) and others, and can also be found on global marketplaces such as Amazon and Alibaba.
| Parameter | Symbol | Value | Unit | |-----------|--------|-------|------| | Power Dissipation | P TOT | 100 | mW | | Junction Temperature | T J | 150 | °C | | Storage Temperature Range | T STG | -65 to +150 | °C | | Forward Voltage (I F = 10mA) | V F | 0.9 (typical) | V | Overcurrent or overvoltage
Different revisions of the datasheet (Rev 2.1 vs. Rev 2.2) show slight variations in the response point (15 g vs. 50 g). The later revision (2.2, dated 2021‑09‑28) defines the response point as the force needed to bring the resistance below 1 MΩ. Always refer to the specific revision that matches your production batch.
| Performance Index | Value / Range | Note / Reference | | :--- | :--- | :--- | | | ZD10-100 | Main identifier | | Pressure Range | 0 ~ 500g (grams-force) | Full-scale range | | Sensor Type | Resistive | Resistance decreases with force | | Thickness | ≤ 0.25 mm / ≤ 0.3 mm | Variations among suppliers | | Overall Dimensions | Length: ~104.7 mm; Width: 10 mm | Pin pitch 2.54 mm | | Sensing Area | 85 x 10 mm / 52 x 10 mm | Active region | | Response Point | ≤ 50g (official); often <20g | Lowest detectable force | | Initial Resistance | > 10 MΩ (No load) | Resistance at zero force | | Repeatability | < ±10% (at 50% load) | Precision of measurement | | Consistency | ±15% (Same batch, after calibration) | Between sensors in a batch | | Hysteresis | +10% (RF+ - RF-)/RF+ | Difference between loading/unloading curves | | Durability | > 1 million actuations | Lifespan under normal use | | Response Time | < 1 ms (official) / < 10 ms | Sensor's reaction speed | | Recovery Time | < 15 ms | Return to baseline | | Test Voltage | DC 3.3V (typical) | Common operating voltage | | Operating Temperature | -20°C to +60°C | Environmental range | | Weight | ~3 grams | Very lightweight | | ESD Sensitivity | Not sensitive | Resistant to electrostatic discharge | | EMI Generation | None | No electromagnetic interference | | Certification | ROHS | Compliant with environmental standards | A4: The sensor can provide an estimate of
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.
The reveals a power supply that balances cost, efficiency, and robustness. Its 100W continuous output, wide input range, and comprehensive protection suite make it suitable for industrial control, LED signage, CNC machines, and bench power supply projects.
The datasheet specifies a minimum clearance of 20 mm on all sides for convection cooling. Stacking multiple ZD10-100 units without spacing violates the thermal design and voids the warranty.
≤ 0.3 mm (or less than 0.25 mm in some versions) Durability: >1 million actuations Working Temperature: -20°C to 60°C Structure: Flexible Waterproof Package Electrical Specifications Measurement Range: 0 to 500g (typical force range) Initial Resistance: > 10 MΩ (unloaded) Response Point: ≤ 50g (or ≤ 20g in some versions) Test Voltage: Typically DC 3.3V Response Time: Recovery Time: