AEAT-901B-A06 Rotary Encoder Sensor – High Precision, Through-Hole Package

AEAT-901B-A06 Overview

The AEAT-901B-A06 is a high-performance incremental rotary encoder designed to provide precise angular position feedback in industrial and automation environments. Featuring a compact 6 mm diameter and optimized for robust integration, this sensor delivers reliable incremental signals with excellent resolution accuracy. It is engineered to operate efficiently within a 5 V power supply range while maintaining low power consumption. With its solid-state construction and digital output, the device suits applications requiring real-time position detection and precise motion control. This encoder is a dependable solution for engineers seeking compact, accurate, and durable rotary position sensing. For detailed technical support and sourcing, visit IC Manufacturer.

AEAT-901B-A06 Technical Specifications

AEAT-901B-A06 Key Features

• High-resolution incremental output: Provides 128 pulses per revolution, enabling precise angular measurement essential for accurate motor control and positioning systems.
• Compact 6 mm form factor: Small package size allows integration into space-constrained applications without compromising performance.
• Wide operating temperature range: Reliable function from -40 ??C to +105 ??C ensures stable operation in harsh industrial environments.
• Low power consumption: Operates efficiently at 5 V supply voltage, supporting energy-sensitive designs.
• Push-pull digital outputs: Facilitate easy interfacing with microcontrollers and industrial controllers, enhancing system integration and robustness.

AEAT-901B-A06 Advantages vs Typical Alternatives

This encoder offers superior resolution and compact design compared to typical alternatives, enabling precise position feedback in tight spaces. Its wide temperature range and solid-state reliability improve operational durability in harsh conditions. The push-pull output stage simplifies interfacing and reduces signal degradation, making it an efficient choice for industrial automation and motor control applications requiring accurate and reliable rotary sensing.

Typical Applications

• Industrial motor feedback systems: Provides accurate shaft position information to enable precise speed and torque control in various motor types, including brushless DC and stepper motors.
• Robotics: Supports precise joint angle measurements for improved motion accuracy and repeatability in robotic arms and automated machinery.
• Automation equipment: Used in conveyor systems, assembly lines, and packaging machines for reliable position tracking and synchronization.
• Instrumentation: Suitable for rotary position detection in measurement devices requiring high resolution and stable signal output under varying environmental conditions.

AEAT-901B-A06 Brand Info

The AEAT-901B-A06 is part of a well-established line of rotary encoders known for precision and reliability in industrial sensing applications. Designed by a leading semiconductor manufacturer, this product reflects best-in-class engineering and quality standards. It integrates seamlessly into demanding systems, backed by comprehensive technical support and extensive documentation. The brand??s commitment to innovation and customer-centric solutions ensures that the encoder meets stringent performance criteria while supporting efficient production and maintenance processes.

FAQ

What type of output signals does the encoder provide?

The device generates quadrature output signals on channels A and B, along with an index pulse. These push-pull digital outputs are compatible with standard industrial controllers and microcontrollers, enabling precise decoding of rotational position and direction.

Can the encoder operate reliably in extreme temperatures?

Yes, the encoder is specified to function effectively within a temperature range from -40 ??C to +105 ??C. This broad range ensures robust operation in both cold storage environments and high-temperature industrial settings.

What is the maximum rotational speed supported?

The sensor supports shaft speeds up to 10,000 revolutions per minute, making it suitable for high-speed motor applications without sacrificing signal integrity or accuracy.

How does the compact size benefit system design?

The 6 mm package diameter allows integration into compact or space-constrained assemblies where larger encoders would be impractical. This makes it ideal for miniature motors and applications requiring minimal mechanical footprint.

Is the encoder suitable for energy-efficient designs?

Operating at a nominal 5 V supply with low current consumption, the encoder is appropriate for applications that demand energy efficiency. Its solid-state design contributes to reduced power dissipation during continuous operation.