Broadcom 256 ppr Pulse Incremental Mechanical Rotary Encoder with a 6 mm (Indexed)

Broadcom AEAT-601B Series Mechanical Rotary Encoder, 256ppr Pulses Per Revolution, 12000rpm Maximum Operating Speed - AEAT-601B-F06

This mechanical rotary encoder converts rotational motion into incremental electrical signals for position and speed sensing. It provides indexed output and produces quadrature pulses for direction-aware counting, suitable for control and measurement tasks where incremental feedback is required.

Features and Benefits:

• Generates 256ppr for precise incremental position feedback
  Provides indexed output for a reference position Pulse
  Operates as a quadrature encoder enabling direction detection
  Supports high rotational rates up to 12,000 rpm for fast applications
  Draws low current at 20 mA for minimal power consumption
  Cable output termination simplifies wiring and signal routing

Applications

• Suitable for motor control feedback in automation systems
  Ideal for motion profiling in robotics and conveyors
  Used for shaft speed monitoring in test rigs
  Can be used for encoder-based position tracking in controls
  Appropriate for incremental feedback in rotary input devices

What electrical load can the output drive?

The encoder’s output is rated for a current of 20 mA which defines the maximum signal load it can supply.

How does the device indicate a zero or reference position?

It provides an indexed Pulse separate from the quadrature channels to mark a single reference position per revolution.

What signal format is used for direction and counting?

The unit emits quadrature-coded signals that allow external electronics to determine rotation direction and count increments.

How is the sensor typically connected to control electronics?

Signals are delivered via an integral cable output intended for direct connection to downstream circuitry.

Can it be used in high-speed rotational applications?

Yes, it is specified for operation up to 12,000 rpm which supports many high-speed sensing requirements.