HSTS016L Hall Effect Current Sensor, DC Open Close Loop, SMD Surface Mount, Dedicated Metering Development (20A 2.5 0.625V 5V)

The HSTS016L is a dedicated metering Hall effect current sensor designed for precise DC current measurement in development applications. This open and close loop sensor provides reliable performance for accurate current monitoring in various electronic projects. Featuring a compact SMD surface mount design, this sensor integrates seamlessly into circuit boards, making it ideal for space-conscious applications. The Hall effect technology enables non-contact current sensing, which helps maintain circuit integrity while delivering consistent measurement accuracy. This DC sensor is particularly suited for development projects that require dependable current monitoring capabilities. The HSTS016L comes with the latest manufacturing date code, ensuring you receive a current production component with optimal performance characteristics. Its dedicated metering functionality makes it a practical choice for engineers and developers working on power management systems, battery monitoring applications, or any project requiring precise DC current sensing. The sensor's straightforward integration process and reliable operation make it a valuable component for both prototyping and production environments.

• DEDICATED METERING HALL EFFECT: Precision DC current sensor designed specifically for accurate current measurement and monitoring in development applications
• OPEN AND CLOSE LOOP DESIGN: Reliable dual-mode sensing technology provides flexible current detection for various DC sensing applications and circuit configurations
• SMD SURFACE MOUNT TYPE: Compact surface mount design enables streamlined integration onto circuit boards for space-efficient installations
• DEVELOPMENT READY: Model HSTS016L is optimized for development projects requiring precise current monitoring and measurement capabilities
• SPECIFICATIONS: Latest manufacturing date code ensures current component performance, rated at 50A/2.5±0.625V for consistent and dependable operation