LC-EM-1211
Contents
Product Name
LC AS5600 Magnetic Encoder Module Magnetic Induction Angle Measurement Sensor Module FOC 12 Bit High Precision
About
LC AS5600 magnetic encoder module, equipped with a 12 bit high-resolution angle sensor chip
This module supports flexible output of angle signals through IIC bus or PWM analog output to meet the needs of different application scenarios
Its unique slotted design is compatible with various sizes of motor brackets, providing users with a wide range of applicability and convenience
View
Front view
Side view
Reverse image
Introduction and Explanation
Structural dimensions:（4g）
Functional Features
- Non contact magnetic induction angle measurement
- Three signal output modes: IIC bus, PWM or analog output
- Default support for 3.3V voltage, disconnect R6 resistor to use 5V voltage
- By default, IIC interface is used, and PWM/analog output is used for PGO pin grounding
- The default clockwise rotation value increases, and if R4 resistor is soldered to R3 pad, the counterclockwise rotation value increases
- Compatible with multiple sizes of motor brackets
- Interface: PH2.0.4Pin
Instructions for use
P2 is the PWM analog signal output, P1 is the IIC signal output, and either interface can be selected for use
In order to save the IO port of the microcontroller, some configurations of the chip are configured through on-board pull-up and pull-down resistors. If changes are needed, the resistor position can be modified by oneself
1. Default support for 3.3V voltage, disconnect R6 resistor to use 5V voltage
2. By default, the IIC interface is used, and if the PGO pin is grounded, PWM/analog output is used
3. If the default clockwise rotation value increases, the R4 resistor will be soldered to the R3 pad, that is, if the DIR pull-down resistor is changed to a pull-up resistor, then the counterclockwise rotation value will increase
Specific query data manual and schematic diagram
Download User Manual
For more usage information, please refer toBaidu Cloud Drive Extraction code: jmnm
