https://w.electrodragon.com/w/index.php?action=history&feed=atom&title=Category%3AContactless_Temperature 2026-07-24T03:28:38Z Revision history for this page on the wiki MediaWiki 1.37.2 https://w.electrodragon.com/w/index.php?title=Category:Contactless_Temperature&diff=25059&oldid=prev 2020-02-05T12:35:19Z

<p>Created page with &quot;== IR Contactless Temperature Sensor == == MCU-96015 Serial == * Pin definition: VCC/GND = Power Supply, TX/RX = Serial UART interface, RST SIM no need to use, keep N/C * Ser...&quot;</p> <p><b>New page</b></p><div>== IR Contactless Temperature Sensor ==<br /> <br /> == MCU-96015 Serial ==<br /> * Pin definition: VCC/GND = Power Supply, TX/RX = Serial UART interface, RST SIM no need to use, keep N/C<br /> * Serial default baud rate 115200, configurable 9600, serial example setup 115200, N, 8, 1<br /> === Serial commands ===<br /> * Frame start 0x45<br /> * commands full combination, frame start 0x45 + data + sum 8bit<br /> Output<br /> 0xA5+0x45+0xEA continisouly output temperature data<br /> 0xA5+0x15+0xBA check/enquiry output temperature data<br /> Baudrate config<br /> 0xA5+0xAE+0x53 -- 9600<br /> 0xA5+0xAF+0x54 -- 115200 (default)<br /> Power up and output data<br /> 0xA5+0x51+0xF6--------------- direct output when power up<br /> 0xA5+0x52+0xF7--------------- NOT direct output when power up<br /> === Serial data output ===<br /> * Can also use a PC tool to read data directly <br /> [[File:Usb mlx96015.jpeg|thumbnail]]<br /> # Byte0: 0x5A Frame header flag<br /> # Byte1: 0x5A Frame header flag<br /> # Byte2: 0X45 The frame data type (0X45: temperature data)<br /> # Byte3: 0x04 Data volume (the following four data 2 group as an example)<br /> # Byte4: 0x00 ~ 0xFF 1 high 8 bits of data<br /> # Byte5: 0x00 ~ 0xFF Lower 8 bits of data1<br /> # Byte6: 0x00 ~ 0xFF Data 2 Upper 8 bits<br /> # Byte7: 0x00 ~ 0xFF Lower 8 bits of data2<br /> # Byte8: 0x00 ~ 0xFF Checksum (in front of the sum of data, leaving only 8 low)<br /> * temperature = high 8 bit &lt;&lt; 8 | low 8 bit (multiply 100 =result )<br /> * for example, &lt;5A- 5A- 45- 04- 0C- 78- 0D- 19- A7 &gt; <br /> TO=0x0C78/100=31.92 ℃ // first TO data is object temperature <br /> TA=0x0D19/100=33.53 ℃ // second TA data is ambient temperature<br /> == Guide ==<br /> * MLX96015 - 16bit ADC, object temperature 115C<br /> * MLX96014-BCC<br /> * MLX96014-BAA<br /> == Documents ==<br /> * [https://www.youtube.com/watch?v=qgAZKzrRUds MLX96015 demo video, using with arduino]<br /> * [[:File:MLX96015_Demo_Test_code.zip|C51, arduino, STM32 demo test code]]<br /> * [[:File:Iltemp90615.zip|PC Read data software MLX9601x]]<br /> === Datasheet ===<br /> * [[:File:MLX90615_.pdf|MLX90615]]<br /> * [[File:MLX90614.pdf|MLX90614]]<br /> <br /> [[category: Temperature Sensor]]</div>

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