The ZD10‑100 is by nature. The pressure‑resistance curve shown in Section 3.1 follows an inverse‑exponential shape. Moreover, the sensor exhibits hysteresis: the resistance at a given force can be slightly different depending on whether the force is increasing or decreasing. The official datasheet reports hysteresis as +10 % of the full‑scale range.
I can then give you the correct datasheet search strategy.
This phenomenon is entirely reversible and is the basis of all FSR sensors. Because the change in resistance is large and easily measurable, FSRs are widely used for touch sensing, pressure detection, and force measurement in applications where very high absolute accuracy is not required. zd10-100 datasheet
When a load steps from 50% to 100%, the output dips by no more than 5% and recovers within 500 µs. The includes oscilloscope waveforms confirming this – a rare and valuable inclusion.
Manufacturers like Flexniss and suppliers on platforms like Amazon recommend using program algorithms to calibrate the sensor to account for minor batch variations in consistency ($\pm$15%). The ZD10‑100 is by nature
As the applied force increases from the 20-gram threshold toward the 500-gram limit, the sensor's electrical resistance drops drastically and predictably.
When no force is applied to the sensor strip, the internal conductive materials are separated. The initial resistance reads incredibly high— above 10 Megohms (MΩ) . It essentially functions as an open circuit. The official datasheet reports hysteresis as +10 %
When evaluating the ZD10-100, it's essential to look beyond the basic specifications. Here are a few key parameters often emphasized in technical discussions:
The ZD10-100 uses a single-transistor forward converter topology, which explains this tight regulation. For applications like LED strip lighting, 0.5% is excellent; for powering a precision op-amp, you may still need a post-regulator.
The ZD10-100 is a 10-watt isolated DC-DC converter module. The datasheet presents a robust solution for distributed power architectures and industrial control applications. The documentation is generally well-structured, providing clear graphs for derating, efficiency, and ripple noise.
If a direct "ZD10-100" datasheet is scarce, search for the generic "100mW Zener diode series datasheet" and refer to the 10V row. Many manufacturers group multiple voltages in one document.