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Grid-EYE click

MIKROE-2539

30 g

Grid-EYE click is a 8x8 thermal array sensor-detector that carries the AMG8853 infrared array sensor from Panasonic. 64 individual thermal sensors build an image on a display. The detecting distance is 5m.

More details

$79.00

Grid-EYE click is a 8x8 thermal array sensor-detector that carries the AMG8853 infrared array sensor from Panasonic. The click is designed to run on either 3.3V or 5V power supply. It communicates with the target MCU over I2C interface.

Use the Grid-EYE click to detect absolute surface temperature without any contact. Or use it to detect the movement of people and objects.

Take a look at how Panasonic's AMG8853 64 thermal sensors see a moving hand:

AMG8853 sensor features

The AMG8853 is made out of 64 individual thermal sensors. It can build an image according to the heat it detects. You don’t need light to form a picture.

The temperature measuring range is from -20°C to +100°C

The detecting distance is 5m, the viewing angle 60 degrees.

The AMG8853 has a built-in thermistor for suppressing ambient temperature noise. 

The I2C levels and address are jumper selectable, while the AMG8853 is supplied with designated voltage.

Infrared sensor

Infrared waves are outside the visible spectrum of the human eye, just like radio waves. Even though people can’t see infrared waves, they can certainly feel them, in the form of heat.

Our bodies emit heat or infrared radiation, and the AMG8853 thermal array sensor can detect it.

Key features

  • AMG8853 infrared array sensor
    • 5m detecting distance
    • 60 degrees viewing angle
    • 0.25°C temperature resolution
    • Typical current consumption: 4.5mA
    • Time to stabilize the output: 15 seconds
    • Frame rate: 1f/sec or 10f/sec
  • I2C interface
  • 3.3V or 5V power supply

Downloads

Product Type Temperature / Humidity
Applications Thermal imaging systems, detecting movement of people and objects, etc
MCU AMG8853 thermal array sensor from Panasonic
Key Features 5 m detecting distance, 60 degrees viewing angle, 64 individual thermal sensors
Key Benefits Detect absolute surface temperature without any contact
Interface I2C
Power Supply 3.3V or 5V
Compatibility mikroBUS
Click board size M (42.9 x 25.4 mm)

Pinout diagram

This table shows how the pinout on Grid-EYE click corresponds to the pinout on the mikroBUS™ socket (the latter shown in the two middle columns).

Notes Pin Mikrobus logo.png
mikroBUStm
Pin Notes
Not connected NC 1 AN PWM 16 NC Not connected
Not connected NC 2 RST INT 15 INT INT out to MCU
Not connected NC 3 CS TX 14 NC Not connected
Not connected NC 4 SCK RX 13 NC Not connected
Not connected NC 5 MISO SCL 12 SCL I2C SCK
Not connected NC 6 MOSI SDA 11 SDA I2C data
Power supply +3.3V 7 3.3V 5V 10 +5V Power supply
Ground GND 8 GND GND 9 GND Ground

Jumpers and settings

Designator Name Default Position Default Option Description
JP1 LOGIC SEL Left 3.3V Logic Level Voltage Selection, left position 3.3V, right position 5V
JP2 ADDR SEL Right 0 I2C address selection, right 0 (0b1101 000) Left 1 (0b1101 001)

Buttons and LEDs

Designator Name Type (LED, BUTTON…) Description
PWR Power LED Power supply LED, lights green when power is on.

Maximum ratings

Description Min Typ Max Unit
Supply Voltage (with AMG8853 module) 5 5 V
I2C Levels (JP1 select) 0 5 V
INT out (JP1 select) 0 5 V

Programming

Code examples for Grid-EYE click, written for MikroElektronika hardware and compilers are available on Libstock.

Code snippet

This code converts the grid array sensor data to temperature [in C] and fills the grid array drawn on the TFT display by the appropriate color, depending on the temperature detected.

01 void main() {
02   // Initialize pins as digital I/O
03   AD1PCFG = 0xFFFF;
04   JTAGEN_bit = 0;
05 
06   // Initialize I2C2 module
07   I2C2_Init(100000);
08   Delay_ms(100);
09 
10   // Draw screen
11   DrawScreen();
12 
13   // variable declaration
14   x_start = 80;
15   element_dimension = 20;
16   j = 0;
17 
18   // Set AMG88 sensor registers
19   GridEye_WriteByte(0x00,0x00);  // Normal mode
20   GridEye_WriteByte(0x01,0x30);  // Flag reset
21   GridEye_WriteByte(0x02,0x00);  // Frame mode 10FPS
22   Delay_ms(100);                 // small delay
23 
24   GridEye_WriteByte(0x08,0x30);  // INTHL
25   GridEye_WriteByte(0x09,0x00);  // INTHH
26 
27   GridEye_WriteByte(0x0A,0x15);  // INTLL
28   GridEye_WriteByte(0x0B,0x00);  // INTLH
29 
30   GridEye_WriteByte(0x0C,0x20);  // IHYSL
31   GridEye_WriteByte(0x0D,0x00);  // IHYSH
32   Delay_ms(100);                 // small delay
33 
34   // Temperature register value
35   register_address = 0x80;
36 
37   while(1) {
38     // Reading grid temperature
39     for(i = 0; i < 64; i++) {
40       // multiply the values with 0.25 to get temperature in [C]
41       gridArray[i] = (float)GridEye_ReadWord(register_address) * 0.25L;
42       // increment register address by 2
43       register_address = register_address + 2;
44     }
45 
46     // draw grid
47     for(i = 0; i < 64; i++) {
48       // set row position
49       Set_Row_Position();
50       
51       // set color
52       color = Set_Color();
53       
54       // set grid element number
55       j++;
56       
57       // fill grid element with color
58       TFT_Set_Brush(1, 0, 1, LEFT_TO_RIGHT, color, color);
59       
60       // draw grid element
61       TFT_Rectangle(x_start + (element_dimension * (j - 1)), y_start , x_start + (element_dimension * j), y_end);
62 
63       // if more than 8 elements in the row, reset counter
64       if (j >= 8) {
65         j = 0;
66       }
67     }
68   }
69 }

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