126
and then converted into a 16-bit binary number through the logic circuit
and stored in the internal register (Note: The stronger the light, the greater
the photocurrent, and the greater the voltage, so the intensity of the light
can be judged by the value of the voltage. However, it should be noted
that the voltage and the light intensity are one-to-one correspondence,
but not proportional. That is why this chip linear processing is done and
why the integrated IC is used directly instead of photodiodes). BH1750
leads out the clock line and data line. The single-chip microcomputer can
communicate with the BH1750 module through the I2C protocol. You can
choose the working mode of the BH1750, or you can extract the
illuminance data of the BH1750 register.
(2)Parameters:
◆
I2C digital interface, supporting a maximum rate of 400Kbps
◆
The output is Illuminance
◆
Measuring range is 1~65535 lux, the minimum resolution is 1lux
◆
Low power consumption (Power down) function
◆
Shield the interference of light changes caused by 50/60Hz mains
frequency
◆
Supports two I2C addresses, selected by the ADDR pin
Summary of Contents for KS0530
Page 15: ...15 Click JUST DOWNLOAD ...
Page 25: ...25 Click Unknown devices to select Update Device Management Click Browse manually ...
Page 26: ...26 Find the drivers file and tap Next ...
Page 27: ...27 Click install this driver software anyway Then click Close and check the serial port ...
Page 31: ...31 The functions of all symbols are demonstrated below ...
Page 38: ...38 Installation Diagram Prototype Part 2 ...
Page 39: ...39 Components Needed Installation Diagram ...
Page 40: ...40 Prototype Part 3 ...
Page 41: ...41 Components Needed Installation Diagram ...
Page 42: ...42 Prototype Part 4 Components Needed ...
Page 43: ...43 Installation Diagram Prototype ...
Page 44: ...44 Part 5 Components Needed Installation Diagram mind the installation direction ...
Page 45: ...45 Prototype Part 6 Components Needed ...
Page 46: ...46 Installation Diagram Prototype Part 7 ...
Page 47: ...47 Components Needed ...
Page 48: ...48 Installation Diagram mind the installation direction Prototype Part 8 ...
Page 49: ...49 Components Needed Installation Diagram ...
Page 50: ...50 Prototype Part 9 Components Needed ...
Page 51: ...51 Installation Diagram mind the installation direction of the servo Prototype Part 10 ...
Page 52: ...52 Components Needed Installation Diagram ...
Page 56: ...56 Components Needed Installation Diagram ...
Page 57: ...57 Prototype Part 13 Components Needed ...
Page 60: ...60 void loop Installation Diagram ...
Page 61: ...61 Prototype Part 15 Components Needed ...
Page 62: ...62 Installation Diagram Prototype Part 16 ...
Page 63: ...63 Components Needed Installation Diagram ...
Page 64: ...64 Prototype Part 17 Components Needed ...
Page 65: ...65 Installation Diagram Prototype Part 18 ...
Page 66: ...66 Components Needed Installation Diagram ...
Page 67: ...67 Prototype Part 19 Components Needed ...
Page 68: ...68 Installation Diagram ...
Page 69: ...69 Prototype Start Wiring ...
Page 71: ...71 Connect the servo downward to D9 on the main board ...
Page 72: ...72 Connect the servo upward to D10 on the main board ...
Page 73: ...73 Connect the solar panel to the SOLAR end ...
Page 74: ...74 Connect the LCD module to A4 and A5 blue line to A4 and green line to A5 ...
Page 75: ...75 Connect the push button module to D2 ...
Page 76: ...76 Connect the passive buzzer to D6 ...
Page 77: ...77 Connect the temperature and humidity sensor to D7 ...
Page 83: ...83 Wire up the power module to power the main board G to GND and V to VIN ...