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Quadruped Robot

Application Overview

During running, jumping, and obstacle crossing, quadruped robot joints undergo high-frequency impact and severe vibration; as the core joint position feedback device, the encoder directly determines gait stability and motion reliability.

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Technical Features

Industry Challenges

  • - Strong impact vibration on landing easily causes angle signal jitter

  • - Compact internal joint space imposes strict demands on device size

  • - Needs to read multi-turn angle directly at power-on, suiting complex gait control

  • - Mass production imposes high demands on assembly compatibility and cost control

Solutions

  • ESSTMAGS offersEAS-081 (optional EAS-081FS functional safety version), encoder kit dedicated to quadruped robot joints, delivered as a set with TMR magnetic sensor IC (BBT-A903) + magnet, suiting robot joints with an outer diameter of 34-48mm;

  • Supports mechanical limited multi-turn detection; the customer only needs to complete PCB integration, with full mounting guidance to shorten R&D cycles.

Key Metrics

Core Product Advantages

✅ High shock and vibration resistance: TMR sensing technology, stable angle output under complex dynamic conditions

✅ Compact and easy to integrate: single-IC solution saving precious internal joint space

✅ Excellent detection performance: absolute accuracy <1°, repeatability <0.03°

✅ Extensible solution: supports functional safety version upgrades for high-reliability applications

✅ Domestic IDM, full chain self-controlled: in-house wafer manufacturing, stable supply, supporting scaled cost reduction


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