AEAT-9933-100 Optical Encoder Sensor Module ?C High Precision, Pack of 1

AEAT-9933-100 Overview

The AEAT-9933-100 is a high-performance rotary encoder designed for precise angular position sensing in demanding industrial applications. This device integrates a robust magnetic sensor with advanced signal processing to deliver reliable and accurate measurements. Featuring a compact design and low power consumption, it ensures seamless integration into a variety of motion control systems. The encoder provides digital output signals suitable for real-time monitoring and control, making it ideal for automation, robotics, and industrial machinery. Trusted by engineers worldwide, this sensor brings enhanced durability and accuracy to position sensing tasks. More details are available at IC Manufacturer.

AEAT-9933-100 Technical Specifications

AEAT-9933-100 Key Features

• High-resolution position sensing: The 100 pulses per revolution output enables precise angular measurement, improving control accuracy in motor feedback systems.
• Robust magnetic sensing technology: Contactless Hall-effect sensor design reduces wear and increases reliability in harsh industrial environments.
• Wide operating temperature range: Supports use in extreme temperature conditions, ensuring stable performance across diverse applications.
• Low power consumption: Typical current draw of 15 mA contributes to energy-efficient system designs and reduced thermal stress.

AEAT-9933-100 Advantages vs Typical Alternatives

This rotary encoder offers superior durability and accuracy compared to optical encoders, thanks to its contactless magnetic sensing technology. Its low power consumption and wide temperature tolerance make it well-suited for industrial environments where reliability and efficiency are critical. The integrated quadrature output signals provide straightforward interface options, enabling easy system integration with minimal additional components.

Typical Applications

• Industrial motor control systems requiring precise speed and position feedback to optimize performance and efficiency in automated manufacturing.
• Robotics applications where reliable angular position measurement ensures accurate motion control and repeatability.
• Elevator and escalator systems utilizing position sensing for smooth and safe operation.
• Automated conveyor systems that depend on accurate shaft position monitoring for synchronized material handling.

AEAT-9933-100 Brand Info

The AEAT-9933-100 is a product from a leading semiconductor manufacturer known for delivering robust and reliable magnetic encoder solutions. Designed with industrial-grade quality standards, this rotary encoder is part of a family of sensors that emphasize precision, durability, and ease of integration. Its development focuses on meeting the requirements of demanding motion control markets while providing users with a dependable and accurate sensing component.

FAQ

What type of output signals does this rotary encoder provide?

The device provides standard quadrature digital outputs, including channels A and B, along with an index pulse (Z). These signals enable precise determination of angular position and direction of rotation in real time.

Can this sensor operate in harsh environmental conditions?

Yes, it is designed to operate reliably over a wide temperature range from -40??C to +125??C, making it suitable for harsh industrial environments and outdoor applications.

What is the maximum rotational speed supported by the encoder?

The encoder can accurately track shaft speeds up to 10,000 RPM, accommodating a broad spectrum of industrial motor applications requiring fast rotational feedback.

How does the magnetic sensing technology benefit system design?

Its Hall-effect contactless sensing eliminates mechanical wear and reduces maintenance requirements, enhancing long-term reliability and lowering total cost of ownership in industrial systems.

Is the power consumption suitable for energy-sensitive applications?

With a typical current consumption of 15 mA, this encoder supports energy-efficient designs, helping to minimize power usage without compromising measurement accuracy or performance.