Zd10-100 Datasheet

Because microcontrollers cannot measure resistance directly, you must convert the changing resistance ( RSFcap R sub cap S cap F end-sub into a changing analog voltage ( VOUTcap V sub cap O cap U cap T end-sub ). This is achieved using a . Required Components ZD10-100 Sensor Fixed Resistor ( R1cap R sub 1

The following table summarizes the technical specifications derived from the ZD10-100 datasheet: Specification Type Flexible Thin Film Pressure Sensor Force Range 0 to 500g (Approx. 0-5N) Thickness ≤ 0.3 mm Response Point Durability > 1,000,000 times Initial Resistance > 10 MΩ (No load) Test Voltage Typical 3.3V DC Response Time Recovery Time Operating Temp -20°C to 60°C Total Length Active Sensing Area 85 x 10 mm 3. Physical Dimensions and Design

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To measure the pressure, you need to convert the resistance changes into voltage changes using a voltage divider circuit. of the ZD10-100 to VCC (e.g., 3.3V). zd10-100 datasheet

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The sensor can withstand over 1 million, or even up to 10 million, pressure cycles depending on the application environment.

The includes a precise mechanical drawing. Typical dimensions for an enclosed 100W unit: 0-5N) Thickness ≤ 0

The outlines the specifications for a highly sensitive, ultra-thin, flexible piezoresistive force sensor designed for precision measurement within a 0 to 500g force range. Utilizing advanced nano-scale pressure-sensitive materials embedded on a flexible polyester film base, the Flexniss ZD10-100 changes its internal static resistance dynamically based on the mechanical force applied to its active sensing strip. When external pressure is applied, the contact between the conductive layers increases, causing the total resistance between its two terminals to drop significantly.

As of 2025, counterfeit “ZD10-100” units exist. Always cross-check the datasheet’s physical dimensions and weight (approx. 350g). A genuine unit has a silkscreened label showing the datasheet’s efficiency curve.

If you are looking for specific, in-depth technical documentation or need to integrate the ZD10-100 into a project, checking the latest manufacturer datasheet from providers like Flexniss or distributor documentation from Probots is highly recommended. of the ZD10-100 to VCC (e

. These sensors are widely used in medical devices, consumer electronics, and automotive interfaces due to their ultra-thin profile and durability.

, the ZD10-100 can be bent and conforms to curved surfaces, making it ideal for integration into tight spaces or on wearables.

If you can't find a specific datasheet, here are some general parameters you might expect for a Zener diode like the ZD10-100:

As pressure is applied to the active area, the resistance drops. The higher the pressure (up to the maximum range of 500g), the lower the resistance.

Suitable for health monitoring devices that require lightweight, flexible sensors.