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SC60224

Sine and Cosine Output、High Speed 12-Bit Magnetic Rotary Encoder IC

Contactless、 high-speed、high-precision magnetic encoder、outputs various position signals

The SC6022X is a non-contact, high-speed, high-precision magnetic encoder chip. It incorporates a Hall-effect sensor matrix at its core, which generates sine and cosine position signals by sensing a pair of polar magnets above it. The internal analog-to-digital conversion circuit samples the amplified sine and cosine signals, while the DSP circuit performs angle calculations, ultimately outputting various position signals. The SC6022X achieves 12-bit resolution, generating 4096 angular increment signals per revolution. The zero position signal can be programmed via the SPI interface, supporting speeds up to 20Krpm.

data table SC60220_SC60224_SC60228_EN.pdf

Characteristics and advantages

Contactless 12-bit resolution rotational encoder

Programmable resolution, pole-pairs and zero position

12-bit absolute outputs

Incremental outputs

Sincosine difference

Sincosine amplitude: 2V(Vpp)

Angle linearity error < ±0.35°

Maximum tracking speed: 20K rpm

Wide temperature range: -40℃ to 125℃

Package:SSOP-16、SOP8

Ordering Information

Ordering Information Mark Ambient(℃) Package Pack
SC60220SS-TB 60220 -40~125 SSOP16 Tube
SC60221SS-TB 60221 -40~125 SSOP16 Tube
SC60224SS-TB 60224 -40~125 SSOP16 Tube
SC60228DC-TR 60228 -40~125 SOP8 Reel

Product Application

Documents and Resources

Semiment Product Selection Guide V1-25Q4.pdf

Selection Guide download
2025-10-22

SC60220_SC60224_SC60228_EN.pdf

Datesheet download
2025-10-24

SC60224

The SC6022X is a non-contact, high-speed, high-precision magnetic encoder chip. It incorporates a Hall-effect sensor matrix at its core, which generates sine and cosine position signals by sensing a pair of polar magnets above it. The internal analog-to-digital conversion circuit samples the amplified sine and cosine signals, while the DSP circuit performs angle calculations, ultimately outputting various position signals. The SC6022X achieves 12-bit resolution, generating 4096 angular increment signals per revolution. The zero position signal can be programmed via the SPI interface, supporting speeds up to 20Krpm.

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