4pcs MT6701 Magnetic Encoder Magnetic Induction Angle Measurement Sensor Module 3.3V 14bit High Precision Replace AS5600

MT6701 Magnetic Encoder: A generation of magnetic angle encoder chip based on differential hall induction principle. MT6701 senses the component of the magnetic field perpendicular to the chip surface, and with the rotation of a pair of magnetic radial magnets on the chip surface. Supply Voltage: 3.3-5.0V; Operating Temperature: -40℃-125℃. Sensing range: 100mT; ABZ mode 1024 lines. Function type: position detection. High precision, a variety of output modes like IIC,PWM and voltage, suitable compatible with electronic equipment, IC Component,machinery, instruments, lighting, home appliances. The MT6701 corresponding output Angle signal of 0-360°. In addition to providing ABZ/UVW incremental output and Analog/PWM absolute Angle output, the MT6701 provides 14 bit digital Angle output via the I2C/SSI interface. In addition to rotation Angle measurement, the MT6701 also offers a "push" output to enable single-chip button (rotation + press) functionality. MT6701 Magnetic Encoder Features: Based on differential hall technology, absolute angle measurement from 0° to 360° is provided. Typical linearity deviation Less than ±1°, Less than ±1.5° over the whole temperature range. System delay is as low as 5us and can support speeds up to 55,000 RPM. Provides I²C/SSI interface to read 14-bit Angle data inside the chip. Incremental output ABZ supports any resolution of 1 to 1024 lines. Incremental output The UVW supports any polarity from 1 to 16. Provides 12-bit PWM output or analog output (12-bit DAC). Dedicated press detection output (sensing changes in magnet and chip spacing) compatible with single-chip button applications. Built-in EEPROM, Greater than 1000 iterations of programming. Color: Black Material: PCB Package Contents: 4 x Measurement Sensor Module Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error