14-Bit Rotary Encoder For Stepper Motors With PWM And SPI Output, 5V Position Sensor Delivers 0.05 Degree Precision And High Temperature Tolerance From -40C To 150C Ready For Action

High-Precision 14-Bit Magnetic Encoder for Stepper Motors 1U
✔️ PWM and SPI outputs, 5V supply, 0.05° accuracy, -40°C to 150°C

This 14-bit rotary position sensor uses non-contact magnetic technology to provide absolute angle measurements. It's commonly used on shafts in robotics, CNC machines, and automation systems that rely on reliable angle feedback.

✅ 14-bit full-scale resolution
✅ 0.05° angle accuracy
✅ 5V DC supply
✅ PWM output plus SPI/I2C interface
✅ Non-contact magnetic sensing for long life
✅ Wide operating temp range -40°C to 150°C

💡 What is a magnetic encoder used for in precision motion control?

Common uses include providing exact angle feedback for motion control systems.

- Absolute angle feedback for motor control and precise positioning
- Handy for shaft encoders using two-pole magnets and non-contact sensing
- Compatible with PWM, SPI, or I2C interfaces for easy MCU hookup
- Temperature-tolerant design for harsh environments from -40°C to 150°C