The CYX19 piezoresistive pressure sensor is engineered for high-performance industrial pressure monitoring where stability, accuracy, and durability are critical. Designed with an isolated sensing structure, it ensures reliable operation in demanding environments such as hydraulic systems, process automation, and industrial control applications. This sensor provides consistent millivolt output, enabling precise measurement and easy system integration.
Key Features
- High accuracy pressure sensing with low non-linearity
- Stable performance across wide temperature ranges
- Isolated structure for enhanced durability and protection
- Low hysteresis and excellent repeatability
- Long operational life with minimal drift
- Reliable output for industrial automation systems
Design & Functionality
The CYX19 sensor incorporates a piezoresistive sensing element that converts pressure into an electrical signal with high precision. Its isolated design protects internal components from harsh media, ensuring consistent readings even in aggressive environments. The optimized structure enhances measurement stability while minimizing temperature-induced errors.
Total Crossed Beams
The internal sensing structure is engineered for mechanical balance and stress distribution, improving measurement consistency. This design enhances structural integrity and ensures accurate pressure detection under varying load conditions.
Beam Pitch Options
The sensor is optimized to maintain uniform sensitivity across its sensing surface. This ensures reliable performance across the entire pressure range, making it suitable for both low and high-pressure applications.
Intrinsic Synchronism
The CYX19 maintains excellent synchronism between pressure input and electrical output. This ensures real-time responsiveness and accurate signal transmission, which is critical for control systems and monitoring applications.
Operational Advantages
With its robust design and stable output, the CYX19 pressure sensor offers long-term reliability for industrial environments. Its low drift and high repeatability reduce maintenance requirements and improve system efficiency. Suitable for use in hydraulic machinery, industrial equipment, and fluid control systems, it delivers dependable performance in both static and dynamic pressure conditions.
