MLX90615 Infrared Non-Contact Temperature Measuring Sensor Module IIC Communication

MLX90615 Infrared Non-Contact Temperature Measuring Sensor Module IIC Communication

Description:
1. The USB is necessary to turn to tt series module when connecting to the computer to provide computer software to check the data
2. Provide the arduino program
3. Provide 51 single-chip microcomputer program
4. Provide the stm32 program
5. Power supply: 3-5 v
6. Current: 5 ma
7. Baud rate: 9600 or 115200
8. Size: 14 mm x 16 mm x 5 mm (length x width x height)

Communication protocol
- A serial port to send command byte.
1). A serial port communication parameters (baud rate, the default value of 115200 BPS, it can be set through software)
Baud rate: 9600 BPS check digit: N data bits, stop bits: 1
Baud rate: 115200 BPS check digit: N data bits, stop bits: 1
2). Type the command module, the external controller to GY - MCU90615 module (hexadecimal)
1. Frame head: 0 xa5
Instruction format: frame head + command + checksum (8 bit) (such as read automatically temperature instruction = 0 xa5 + 0 x45 + 0 xea)
2. Command :
Continuous output instructions:
0 xa5 + 0 x45 + 0 xea---------- temperature data (module return 0 x45 data type)
Query output command:
0 xa5 + 0 x15 + 0 xba ----------- temperature data (module return 0 x45 data type)
Configuration instructions: come into force after the restart when power supply drop)
Baud rate configuration:
0 xa5 + 0 xae + 0 x53 ---------- 9600
0 xa5 + 0 xaf + 0 x54 ----------115200 (the default)
Electricity is sent automatically temperature data configuration:
0 xa5 + 0 x51 + 0 xf6 ---------- after power on automatically output temperature data
0 xa5 + 0 x52 + 0 xf7 ---------- after the electricity is not automatically output temperature data (the default)

- A serial port to receive:
1). A serial port communication parameters (baud rate, the default value of 115200 BPS, it can be set through software)
Baud rate: 9600 BPS check digit: N data bits, stop bits: 1
Baud rate: 115200 BPS check digit: N data bits, stop bits: 1

2). Modules, output formats, each frame contains 9 bytes (hexadecimal) :
1. Byte0:   0x5a frame head mark
2. Byte1:   0x5a frame head mark
3. Byte2:   0x45 this frame data types (0 x45: temperature data)
4. Byte3:   0x04 data (the four data 2 group as an example)
5. Byte4:   0 x00 - 0 XFF  data 1 high order 8-bit
6. Byte5:    0 x00 - 0 XFF  data 1 low order 8-bit
7. Byte6:   0x00 to 0 XFF  data 2 high order 8-bit
8. Byte7:    0 x00 - 0 XFF  data 2 low order 8-bit
9. Byte8:    0 x00 - 0 XFF checksum (low data accumulation and front, leaving 8)

3) data calculation method
- Temperature calculation method:
Low temperature high = 8 8 | < < 8 bits (results for practical Angle is multiplied by 100)
Example: send instructions: A5 45 EA, receives a frame of data:
< 5 a - a - 45-04-0 c - 78-19 - A7 > 0 d -
Indicates TO (signed 16 bit, represents the target temperature) : TO = 0 x0c78/100 = 31.92
Indicates TA (signed 16 bit, environment temperature) : TO = 0 x0d19/100 = 33.53

Introduction for using:
The module for serial output data, the user through a serial port connection, sending output instruction, such as 0 xa5 + 0 x45 + 0 xea for module, the module will be continuous output temperature data; If want to pass the query output can send 0 xa5 + 0 x15 + 0 xba to modules, each sending, the module will return a temperature data, the query frequency should be lower than 10 hz, for higher than 10 hz please use continuous output mode, namely send xa5 + 0 0 x45 + 0 xea instructions;
NOTIC: The module IO is level TTL, can connect eith MCU pin directly, as well as chip PL2303, CH340 and FT232,etc. But never connect to computer 9 pins series directly.

Package included:
- 1 x MLX90615 Infrared Non-Contact Temperature Measuring Sensor Module