Jump start your 2-wheeler design with Allegro's robust and reliable solutions.

Create Robust and Reliable Solutions For Your ICE Motorcycle and Scooter Systems

The world is demanding better air quality, fuel efficiency and vehicle safety. This means you're designing more electronic controls for engine, transmission and wheel speed in two- and three-wheeled vehicles.

Control of these systems requires robust magnetic sensors and targets that can operate reliably in harsh environments. Our magnetic speed sensors ease compliance with safety (ABS) and combustion engine efficiency mandates.

View Related Devices
ice-motorbike_1024x512
e-Bike-Diagram_1024x512

Give Your e-Bike a Boost

Accelerate your time to market with Allegro’s cost reflective, easy to use highly integrated solutions that covers your need for charging, motor control and position and speed detection. 

View Related Devices

Improve Your Electrified Power Designs

Driven by innovation and long history servicing the motorized vehicles markets, Allegro offer state of the art sensors, motor drivers and power solutions that help you take your design to the next level in terms of efficiency, size, reliability and robustness.

View Related Devices
e-Scooter-Diagram_1024x512

Allegro's rich experience in motorized vehicles spans over 20 years. Today we continue to supply high quality and innovative products that will not disappoint under the harshest environments and most complicated design requirements.

Differential Hall-Effect Sensors

Two- and three-wheeled vehicles will continue to become increasingly electrified. For the safest and most reliable performance of electronic controls for engine, transmission and wheel speed, differential Hall-effect sensors are the superior solution to single Hall-effect sensors.

Learn more about the benefits of using differential Hall-effect sensors in your 2-wheeler designs.

Download our 2-Wheeler Application Note (PDF)
Two-Wheeler-Yellow-1800x1140-72DPI

Related Products

Allegro-8-Pin-TSSOP-LE-Package-600x400

A1330

Programmable Angle Sensor IC with Analog and PWM Output

The A1330 is a 360° angle sensor IC that provides contactless high-resolution angular position information based on magnetic Circular Vertical Hall (CVH) technology. It has a system-onchip (SoC) architecture that includes: a CVH front end, digital signal processing, and an analog output driver.

Top Features:

  • Analog output, configurable to ratiometric or non-ratiometric
  • Contactless 0° to 360° angle sensor IC, for angular position, rotational speed, and direction measurement
  • Single and dual die options available in same package
  • Circular Vertical Hall (CVH) technology provides a single-channel sensor system with air gap independence
Download Datasheet
Allegro-3-Pin-SN-Package-600x400

ATS19200

High-Accuracy Hall-Effect Wheel Speed Gear Tooth Sensor IC

The ATS19200 is an optimized Hall-effect integrated circuit (IC), rare-earth pellet, and high-temperature ceramic capacitor in a single over-molded package that reduces size while improving EMC robustness. The ATS19200 offers integrated diagnostics and certified safety design process.

Top Features:

  • Integrated diagnostics and a certified safety design process
  • Integrated capacitor in a single over-molded package provides greater EMC robustness
  • Advanced, industry-proven threshold switching algorithm provides high pitch deviation and duty cycle accuracy over operating air gap range
Download Datasheet
Allegro-7-Pin-PSOF-LR-Package-600x400

A89303

Sensorless BLDC Pump Driver With Ultra-Fast Start-Up For Fuel Delivery Systems

To work effectively with a kick start system, fuel delivery systems must be able to provide fuel to motor quickly. The A89303 is a three-phase motor driver that uses a sensorless algorithm which results in start-up to full speed in 50ms, making kick-starters easier for users to operate.

Top Features:

  • Fast start up features enable easier kick-start
  • Internal logic regulator ensures low EMI
  • Sensorless drive lowers motor BOM
  • Digital algorithm and EEPROM parameter settings provide flexibility and reduces design time
  • Small QFN packaging offers smallest system footprint
  • LP and ET package options
Download Datasheet