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Photodiode Sensor Module, 4 Pins Photodiode Sensor Module, 5mm Photodiode Module, for Digital Light Brightness Detection, Photosensitive Sensor Module for Arduino(10PCS)

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$8.98

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  • ♥ Photodiode sensor module: light brightness detection, light brightness sensor, with directionality, only senses the light source directly in front of the sensor, for better light seeking effect
  • ♥ Module features:1. Can detect the brightness and light intensity of the surrounding environment (compared with photoresistor, directional comparisonGood, can perceive light sources in a fixed direction)2. The sensitivity is adjustable (adjusted by the blue digital potentiometer in the picture)3. Working voltage 3.3V-5V4. Output form: DO digital switch output (0 and 1) and AO analog voltage output5. With fixing bolt holes for easy installation6. Small board PCB size: 3.2cm * 1.4cm
  • ♥ Photodiode sensor module interface description: 1. VCC is connected to 3.3V-5V voltage (can be directly connected to 5v microcontroller and 3.3v microcontroller)2 .GND External GND3 .DO small board digital output interface (0 and 1)4. AO small board analog output interface
  • ♥ Product wiring instructions:1. VCC is connected to the positive pole of the power supply 3.3-5V2. GND is connected to the negative pole of the power supply3. DO TTL switch signal output4. AO analog output
  • ♥ Packing List: 10 Photodiode Sensor Modules Included(If you want to buy more products, please pay attention to the brand EC Buying store)



Instructions for the use of the photodiode sensor module:

1 The photodiode module is most sensitive to ambient light intensity and is generally used to detect the brightness of the surrounding environment and light intensity, which can be used with the photoresistor sensor module on most occasions. The difference between the two is therefore, that the photodiode module has good directivity and can sense the light source in a fixed direction.

2 When the module has no light conditions or the light intensity does not reach the set threshold, the DO port outputs a high level, When the ambient light intensity exceeds the set threshold, the module D0 outputs a low level;

3 The digital output D0 of the small board can be directly connected to the microcontroller, and the highLow level to detect changes in ambient light intensity;

4 The digital output DO of the small board can directly drive the relay module of our store, which can be composed of a photoelectric switch;

5. The analog output AO of the small board can be connected to the AD module of our store, and through AD conversion, more accurate values of the ambient light intensity can be obtained


F Volker
2025-09-02 16:44:12
My project, a nightlight application, requires that the photodiode module accurately measure the ambient light when the illuminating light (an LED array) is turned OFF under program control. As the photo of the 'scope trace shows, the ON and OFF response times of the photodiode module are about 3 ms, which implies that I can turn the LEDs OFF, every 30 minutes or so, check the ambient light level, and then, if the ambient light level is still below the set threshold, turn the LEDs back ON without a noticeable "blink" to the human eye. If the ambient light level is above a set threshold, then the LEDs will remain OFF.
Yaweno
2025-08-26 09:31:34
I've been testing (playing with) the photodiode sensor module and it's rather simple to use. There are 4 pins, 2 for ground and power. Then there is a digital pin that just indicates if light is present or not (high and low). And lastly there is an analog pin that provides the level of ambient light seen by the sensor. I've just been using the digital pin in a quick project where I connected a module to a relay in order to turn on a radio when the lights go out. The next project will be to add a module to my Arduino robot car to follow a light. There are 10 modules in the package so I can use them in many projects. This is a good way to learn more about light and how it can interact with electronics. The price point for the package is quite reasonable. I'm enjoying this set of modules.
Hardball
2025-07-07 15:38:15
As the title states, they work, but the photo diode analog signal is rather unstable and difficult to get any decent real reading out of. At least on a 5 volt supply. Will try 3.3 and see if it improves. The digital out is what it is. It’s either on, or off, depending on light conditions.
Daniel S.
2025-06-17 15:08:51
This little board has a photodiode and it is properly reverse biased and provides a pullup resistor and comparator circuit with on board LEDs to indicate power and comparator output as well. The 4 pins include power , ground, comparator out and analog signal. I'm not sure of the photodiode characteristics but I assume it has a visible light spectral sensitivity. During the daytime it responded to indirect sunlight coming in through the window. I wanted to limit the spectral response to IR so I replaced the diode with a 940 nm IR photodiode on one of them. That was easy because the photodiode is a leaded discrete device ( not surface mount). The pot can be used to set a logic threshold for the comparator. Again pretty handy and I think 10 boards in the package each in its own bag.Note: the comparator output appears to directly sink the "DATA" LED current so when there is light on the photodiode, the LED is ON but the DATA level is LOW. DATA signal tracks the Analog voltage out. ( if I remember right...)
stvrdl
2025-03-18 11:12:46
The media could not be loaded.
Michael
2024-12-07 13:44:48
I wish there was more information about these. The photo-diode responds directionally.
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