Leading high-performance analog ICs and sensors supplier ams has launched the latest 47 series magnetic rotary position sensor. This advanced sensor offers higher speed and more accurate incremental output for motor and motion control applications. The AS5047P, part of the 47 series, is designed to replace traditional optical encoders with improved performance and cost efficiency. One of the key features of the AS5047P is its DAECTM (Dynamic Angle Error Compensation) technology, which ensures precise angle measurement even at extremely high speeds. This makes it ideal for demanding industrial and automotive applications where accuracy and reliability are crucial. The 47 series sensors also provide ABI incremental output that is compatible with standard optical encoders, allowing for seamless integration without the need for software or hardware modifications. The AS5047P has significantly increased its maximum rated speed from 14,500 rpm to 28,000 rpm, making it suitable for high-speed shaft applications that previously required optical encoders. Additionally, the device supports a higher number of running steps for the incremental ABI output. In decimal mode, it can achieve up to 4,000 steps per revolution, while in binary mode, it can reach 4,096 steps per revolution. This enhanced resolution opens up new possibilities for replacing optical encoders in various applications. The AS5047P features a standard 4-wire SPI serial interface, enabling the main microcontroller to read 14-bit absolute angular position data directly from the sensor. It also includes non-volatile memory for custom settings, eliminating the need for an external programmer. The UVW commutation interface supports brushless DC motors without requiring additional Hall sensors, making it a compact and efficient solution for motor control systems. Another major advantage of the AS5047P is its robustness against environmental factors. Unlike optical encoders, which can be affected by dirt, dust, grease, and moisture, this magnetic sensor is highly resistant to these contaminants. It is also immune to stray magnetic fields, ensuring consistent performance in harsh environments. The DAEC (Dynamic Angle Error Compensation) technology further enhances the sensor’s accuracy by compensating for dynamic angular errors caused by propagation delays in magnetic field measurements. This eliminates the need for external error compensation circuits, reducing system complexity and cost. At 28,000 rpm, the AS5047P achieves a maximum angular error of just 0.34°, demonstrating exceptional precision under high-speed conditions. Heinz Oyrer, Senior Marketing Manager at ams, stated: "The AS5047P offers a compelling alternative to optical encoder solutions, with lower system costs, smaller size, and superior resistance to interference and mechanical tolerances. It's well-suited for use in challenging environments where reliability and performance are essential." The AS5047P is now available in volume production, and an evaluation board is accessible on the ams website. For samples, technical details, or to watch a product demo, visit the official ams site. Explore how the AS5047P can enhance your next motion control project with its advanced performance and flexibility. Puncture Terminal Wire,Head Puncture Terminal Wire,Puncture Terminal Connection Wire,Male Head Puncture Terminal Wire Dongguan ZhiChuangXing Electronics Co., LTD , https://www.zcxelectronics.com