Broadcom AEAT-9933 Programmable Angular Magnetic Encoders

Broadcom AEAT-9933 Programmable Angular Magnetic Encoders offer 10-bit to 14-bit programmable resolution for On- and Off-axis applications. These encoders are angular magnetic rotary sensors that provide accurate angular measurement over 360° rotation. The AEAT-9933 encoders use integrated Hall sensor elements with complex analog and digital signal processing within a single device. These encoders feature a 3.3V and 5V supply input voltage range, commutation angle output UVW 1 to 32 pole-pair, and programmable hysteresis. Typical applications include industrial automation, robotics, industrial sewing machines, textile equipment, brushless DC motors and stepper motors, and resolver and potentiometer replacement.

The AEAT-9933 encoders also feature absolute output over two-wire SSI, three-wire SSI, and four-wire SPI. These encoders include a flexible, incremental ABI resolution ranging from 1 CPR to 1024 CPR. The AEAT-9933 encoders are RoHS-compliant and available in the QFN-24 package.

Features

  • 3.3V and 5V supply input voltage range
  • Programmable 10 bits to 14 bits of absolute resolution
  • Flexible incremental ABI resolution ranging from 1 CPR to 1024 CPR
  • Commutation angle output UVW 1 to 32 pole-pair
  • PWM output with error bit option
  • User-programmable zero position, direction, index width, and index position
  • Programmable hysteresis
  • Absolute output over two-wire SSI, three-wire SSI, and four-wire SPI
  • Compact QFN-24 leads (4mm x 4mm) package
  • RoHS-compliant
  • INL angle correction for high accuracy
  • -40°C to 125°C wide operating temperature range

Applications

  • Brushless DC motors and stepper motors
  • Resolver and potentiometer replacement
  • Industrial automation and robotics
  • Industrial sewing machine
  • Textile equipment

Block Diagram

Block Diagram - Broadcom AEAT-9933  Programmable Angular Magnetic Encoders

Dimension Diagram

Mechanical Drawing - Broadcom AEAT-9933  Programmable Angular Magnetic Encoders
Publicerad: 2024-06-27 | Uppdaterad: 2024-09-04