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SC60410

High-Speed Inductive Sin/Cos Output Position Sensor Chip

Non-contact、High-speed、High-precision inductive position sensor

The SC60410 is a series of non-contact, highspeed, high-precision inductive position sensor ICs designed for high-speed absolute position sensing in automotive and industrial applications. Based on the eddy-current effect principle, the device accurately measures target position by detecting changes in induced voltage caused by the displacement of a metallic target over a set of coils

data table SC60410-Q_EN.pdf

Characteristics and advantages

AEC-Q100 Grade0 automotive grade qualified

Compliant with ISO26262 Functional Safety ASIL-B

Supports maximum rotational speed exceeding 600K rpm

Accuracy ≤±0.36°el, maximum ≤0.05°

Supports Auto-Calibration Function

Programmable via Single-Wire Interface through Power Pin or Programming Pin

Diagnostic functions: open circuit, short circuit, overvoltage, overtemperature,overcurrent,coil Input open-circuit

High-reliability design: 48V voltage tolerance for power and output pins

Strong anti-electromagnetic interference capability

Suitable for compact through-shaft mounting configuration

Operating temperature range: -40℃ to 150℃

Ordering Information

Ordering Information Mark Output Ambient(℃) Package Pack Amount
SC60410TG-TR-Q 60410 ±SIN/COS -40~150 TSSOP16 Tape&Reel 3000Pcs/Reel
SC60410QC-TR-Q 60410 ±SIN/COS -40~150 QFN3*3-16 Tape&Reel 5000Pcs/Reel

Product Application

Motor Encoder

Robotic Arm

Main Inverter

Electric Power Steering (EPS)

Documents and Resources

Semiment Product Selection Guide V1-25Q4.pdf

Selection Guide download
2025-12-9

SC60410-Q_EN.pdf

Datesheet download
2026-3-26

SC60410

The SC60410 is a series of non-contact, highspeed, high-precision inductive position sensor ICs designed for high-speed absolute position sensing in automotive and industrial applications. Based on the eddy-current effect principle, the device accurately measures target position by detecting changes in induced voltage caused by the displacement of a metallic target over a set of coils

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