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Discrete Array Sensor
The Discrete Array Sensor consists of multiple independent sensing zones arranged in a structured layout. Each zone operates autonomously, detecting localized force or pressure inputs with accuracy.
This design provides detailed and segmented data, making it suitable for applications that require individual or simultaneous input detection across multiple points.
Localized Multi-Zone Force Detection
The Discrete Array Sensor provides localized force or pressure detection through independent sensing zones arranged in a structured layout.
How Discrete Array Sensor Works
The Discrete Array Sensor features multiple individual sensing zones, each capable of detecting force or pressure independently. Unlike continuous sensors, these zones operate autonomously, providing segmented and precise data about where and how force is applied. This allows accurate detection at specific points without overlap.
Key Features
- Independent Sensing Zones: Each zone detects force separately, enabling segmented feedback.
- Structured Layout: Zones are arranged in a grid or linear pattern for clarity and precision.
- Localized Force Detection: Provides specific force data for each zone with minimal interference.
- Reliable Performance: Ensures consistent and accurate detection across all zones.
Applications
Discrete Array Sensors are ideal for applications requiring multi-point, localized force sensing, such as:
- Pressure-Sensitive Input: Devices with segmented touch input detection.
- Multi-Zone Feedback Systems: Systems requiring clear, independent force monitoring at multiple points.
- Prototyping: Experimental setups needing segmented force data for analysis or control.
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