Zd10-100 Datasheet 2021

Trip point: 105% to 150% of rated output current. Mode: Hiccup (auto-recovery) or constant current limiting (varies by OEM). The hiccup mode is preferred for driving motors, as it prevents thermal runaway.

: Intelligent breathing belts, smart shelves, and automated home systems.

The ZD10-100 is a Zener diode, a type of diode designed to operate in the reverse breakdown region. This allows it to regulate voltage and provide a stable output voltage. The "ZD" prefix indicates that it's a Zener diode, while "10-100" refers to its specific part number and characteristics.

Due to its high sensitivity and thin profile, the ZD10-100 is widely used in several industries: zd10-100 datasheet

Less than 0.25mm (some variants listed up to 0.3mm).

For the best results, use a small rubber "bumper" or "puck" on the sensing area. This ensures force is distributed evenly across the 10mm active zone. Hysteresis:

The ZD10-100 is a resistive-based, thin-film pressure sensor. Its fundamental operation relies on the principle that the sensor's resistance decreases as pressure applied to the active sensing area increases. This unique pressure-resistance relationship allows for accurate pressure detection, making it an excellent choice for converting force into analog signals for microcontroller systems. Flexible Thin Film Pressure Sensor Form Factor: Low-profile, flexible, and bend-resistant 2. ZD10-100 Technical Specifications (Datasheet Summary) Trip point: 105% to 150% of rated output current

To anyone else, it was a relic. Obsolete. A 10V, 100mA Zener diode from a series no one manufactured anymore.

The ZD10-100 is a resistive sensor, so you need to convert its changing resistance into a measurable voltage signal. The simplest method is the voltage divider approach, where you connect the sensor in series with a fixed resistor. A typical value for this fixed resistor is between 47kΩ and 1MΩ, depending on your desired sensitivity. Then, you read the voltage at the node between the sensor and the resistor.

Before we dive into the details, here are the key specifications of the ZD10-100 sensor, compiled from its technical data sheet: : Intelligent breathing belts, smart shelves, and automated

Often used for robot whiskers, obstacle-avoidance bumpers, or tactile feedback on robotic grippers.

Integrated into garments, shoes, or gloves for measuring pressure points.

The is a high-precision, force-sensing resistor (FSR) that merges structural flexibility with extreme-speed response times. Engineered with advanced nanometer-scale functional materials, this ultra-thin sensor exhibits a predictable decrease in resistance as mechanical force or pressure is applied to its active sensing strip. Because it can seamlessly adapt to curved surfaces and mimic biological touch perception, it has become a staple component in smart home systems, biometric wearables, and specialized automation. Technical Specifications & Performance Index The structural and electrical behavior of the ZD10-100 Flexible Pressure Sensor