Matrix Array Sensor

The Matrix Array Sensor features a network of force-sensitive elements arranged in a grid pattern. This structure allows the sensor to pinpoint force magnitude and location across its surface.

With its multi-point detection capability, the Matrix Array Sensor offers detailed feedback, making it an excellent choice for applications requiring comprehensive sensing over a defined area.

PMX1S

256 Zones, 16x16 Array

More Detail

Comprehensive Multi-Point Force Sensing

The Matrix Array Sensor provides precise detection of force magnitude and location across a structured sensing surface.

How Matrix Array Sensor Works

The Matrix Array Sensor consists of a grid of interconnected force-sensitive elements. When force is applied to any point on the grid, the sensor pinpoints the location and measures the applied force magnitude. This layout allows multi-point detection, making it ideal for systems requiring detailed force feedback over a defined surface.

Key Features

Multi-Point Detection: Detects and measures force at multiple points simultaneously.
Grid-Based Design: Structured sensing surface for accurate force mapping.
Scalable Integration: Flexible design for larger or smaller sensing areas.
Responsive Feedback: Provides reliable and real-time force and location data.

Applications

Matrix Array Sensors are suitable for tasks that require detailed and distributed force detection, including:

Touch Input Systems: Multi-touch panels and pressure-sensitive surfaces.
Force Mapping: Detection of force distribution across a defined area.
Precision Feedback: Input devices requiring spatial recognition and responsive output.