Zd10-100 — Datasheet

As pressure increases, the resistance of the ZD10-100 decreases, causing the voltage at the Analog Pin to increase. 5.2 Calibration

The sensor features a flexible waterproof casing, making it suitable for wearable applications like smart breathing belts.

sports an elongated strip profile, enabling force tracking over structural surfaces, contours, and narrow enclosures. : 100 mm to 104.7 mm Total Width : 10 mm Active Sensing Area : 85 mm × 10 mm Pin Pitch : 2.54 mm standard header alignment

Extremely lightweight structure weighing roughly 3 grams

The official datasheet (usually REV2.1 or REV2.2) is the most reliable source for technical details. zd10-100 datasheet

| Force ( g ) | Typical resistance ( kΩ ) | |-------------|----------------------------| | 50 | 10.29 | | 100 | 5.34 | | 150 | 3.98 | | 200 | 3.32 | | 250 | 2.98 | | 300 | 2.82 | | 350 | 2.66 | | 400 | 2.55 | | 450 | 2.47 | | 500 | 2.43 |

Used in custom keyboards, musical instruments, and gaming peripherals.

At 100°C ambient temperature, the maximum allowable power dissipation drops to: 100mW - (100-25)*0.8mW = 100mW - 60mW = 40mW

Microcontrollers cannot read resistance changes directly. They require a circuit that transforms variable resistance into a proportional voltage signal. How to Use a Flex Sensor with an Arduino (Lesson #22) As pressure increases, the resistance of the ZD10-100

A third product with a similar naming scheme is the solar panel, which is sometimes shortened to ZD10‑100 in casual listings. This is a 10 W to 100 W photovoltaic module using monocrystalline silicon cells, with conversion efficiencies above 17 %. Because this is an entirely different technology, it is unlikely to be confused with the pressure sensor once you examine the product photographs or datasheet content. Nevertheless, when searching for “ZD10‑100 datasheet”, always confirm the component type (e.g., “pressure sensor”) before ordering.

The flexible, thin, and lightweight nature of the ZD10‑100 makes it suitable for a wide range of industries:

The is a highly sensitive, ultra-thin flexible thin-film pressure sensor designed for precise force measurement across diverse microelectronics and automation applications. Classified as a Force Sensitive Resistor (FSR), its electrical resistance drops exponentially as mechanical force is applied to its active sensing area. This comprehensive datasheet breakdown provides electrical specifications, mechanical dimensions, and interface methodologies to help engineers integrate the component into consumer electronics, robotics, and medical devices. Technical Specifications Matrix

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. : 100 mm to 104

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.

): A value between is recommended. Using a 10-20kΩ resistor is a common starting point for balanced sensitivity. ADC Interface: The Voutcap V sub o u t end-sub

). Applying force compresses these layers, forcing the nanoparticles into closer proximity. This physical contact provides a denser path for electron flow, dropping the resistance significantly in proportion to the force applied. Microcontroller Interface & Signal Conditioning

The ZD10-100 ran for 47 more years. Long after the station decommissioned, someone found it still regulating, still silent, still perfect.