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SC60414

16-Bit High-Speed Inductive Position Sensor

High speed、High precision、Inductive

SC6041X is a family of non-contact, high-speed, high-precision inductive position sensor ICs for high-speed absolute position sensing in automotive and industrial applications. Based on the eddy current effect, the IC achieves accurate position measurement by detecting induced voltage variations caused by the displacement of a metal target above a set of coils.

Data Table SC60414Q_EN.pdf
SC60414_EN.pdf

Characteristics and advantages

AEC-Q100 Grade 0 automotive qualification

Compliant with ISO26262 functional safety ASIL B

16-bit resolution inductive position sensor IC

Accuracy ≤ ±0.36° electrical angle, up to ≤ 0.05°

Supports maximum rotational speed exceeding 600K rpm

Auto-calibration function supported

Supports multiple output interface options:
- ABZ+PWM(SC60414)
- SPI(SC60418)

User configurable via SPI or single-wire programming interface

Full diagnostic functions: open wire, short circuit, overvoltage, overtemperature, overcurrent, coil open circuit

High reliability design: supply voltage withstand 48 V, output withstand 24 V

Suitable for compact through-shaft mounting structure

Strong electromagnetic interference immunity

Operating temperature range: -40 ℃ to 150 ℃

Package: miniature TSSOP-16, QFN 3×3-16

Ordering Information

Ordering Information Mark Output Option Ambient(℃) Package Pack Quantity
SC60414TG-1024-TR-Q 60414 ABZ+PWM 1024 -40~150 TSSOP16 Tape&Reel 4000Pcs/Reel
SC60414QC-1024-TR-Q 60414 ABZ+PWM 1024 -40~150 QFN3*3-16 Tape&Reel 5000Pcs/Reel

Product Application

Main Drive Motor

Inductive Rotary Encoder

Documents and Resources

Semiment Product Selection Guide 2026 V2.pdf

Selection Guide Download
2025-12-9

SC60414Q_EN.pdf

Datesheet Download
2026-4-29

SC60414_EN.pdf

Datesheet Download
2026-4-29

SC60414

SC6041X is a family of non-contact, high-speed, high-precision inductive position sensor ICs for high-speed absolute position sensing in automotive and industrial applications. Based on the eddy current effect, the IC achieves accurate position measurement by detecting induced voltage variations caused by the displacement of a metal target above a set of coils.

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