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12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Compatible with for Arduino Raspberry Pi ESP32 Digital Light Detection and Analog Photosensitive Sensor Module
Achieve light-controlled switches and light intensity detection with our 12Pcs Photoresistor Light Sensor modules.
12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Compatible with for Arduino Raspberry Pi ESP32 Digital Light Detection and Analog Photosensitive Sensor Module
Item #: 106356307

12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Compatible with for Arduino Raspberry Pi ESP32 Digital Light Detection

Item #: 106356307

GBP 14

Price Details

Price
GBP 14

Excluding Shipping, VAT & Custom charges ( Shipping, VAT and custom charges will be calculated on checkout.
If Item price + shipping is below GBP 135, 20% VAT will be calculated on checkout, if it is equal or above GBP 135, no VAT will be charged. )

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Achieve light-controlled switches and light intensity detection with our 12Pcs Photoresistor Light Sensor modules.
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What Stands Out

Versatile Compatibility
Compatible with both Arduino and LM393, making it ideal for various projects, from simple light detection to complex sensor applications, enhancing creativity and functionality.
Multiple Sensors Included
The pack contains 12 photoresistors, allowing for multiple installations and experiments, providing exceptional value for hobbyists and educators in electronics.
Wide Voltage Range
Operates efficiently between 3.3V and 5V, ensuring adaptability across different projects, while catering to a wide range of devices and applications.

Product Details

Shop 12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Compatible with for Arduino Raspberry Pi ESP32 Digital Light Detection and Analog Photosensitive Sensor Module online at a best price in UK. B0DHNJPTTW
BrandMTDELE
Connectivity TechnologyGPIO, I2C
Included Components12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Module
Operating SystemFreeRTOS, Linux
CPU ManufacturerARM

Who Should Buy?

Suitable For
  • Arduino Enthusiasts

    Ideal for hobbyists and developers who work on Arduino projects requiring light sensing capabilities.

  • Educational Purposes

    Great for schools or workshops teaching electronics, providing hands-on experience with light detection.

  • DIY Projects

    Perfect for makers and DIYers looking to implement automated light-sensitive devices or projects.

Not Suitable For
  • Professional Applications

    Not suitable for industrial applications requiring precise or high-performance light sensing.

Product Description

12Pcs 5MM LDR Photoresistor Light Sensor 5516 Photoresistor LM393 3Pin 3.3V-5V Compatible with for Arduino Raspberry Pi ESP32 Digital Light Detection and Analog Photosensitive Sensor Module

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a photoresistor light sensor?

    Answer: A photoresistor light sensor, also known as a light-dependent resistor (LDR), is a component that changes its resistance based on the amount of light it detects. In environments with more light, the resistance decreases, allowing more current to flow through. Conversely, in low light, the resistance increases. This functionality is ideal for a range of applications, including automatic street lighting, light-sensitive cameras, and various robotics projects.
  • Question: How do I use the 12Pcs Photoresistor Light Sensor?

    Answer: To use the 12Pcs Photoresistor Light Sensor, connect it to a compatible circuit, ensuring that the 3-pin configuration is matched correctly with your microcontroller or processing unit. Typically, you'll connect one pin to the voltage supply (3.3V-5V), the second pin to ground, and the third pin to an analog input to read the sensor output. Ensure proper calibration based on your application's light conditions for optimal performance.
  • Question: What are some applications for the LM393 compatible photoresistor?

    Answer: The LM393 compatible photoresistor can be utilized in various applications, such as smart lighting control, outdoor LED lighting, and even in security systems where light level detection is critical. For instance, in a smart garden system, the sensors can automatically trigger water pumps based on sunlight exposure and soil moisture levels, thereby promoting efficient resource use.
  • Question: Is it possible to use multiple sensors together?

    Answer: Yes, you can use multiple 12Pcs photoresistor light sensors in your project to create a more comprehensive light-sensing setup. By connecting them to separate analog inputs on your microcontroller, you can detect light conditions across different areas or setups, letting you create more complex and responsive systems, such as a multi-zone lighting control that adjusts based on specific light levels.
  • Question: What makes this light sensor model ideal for beginners?

    Answer: This model is particularly suited for beginners due to its straightforward design and ease of integration into various projects. The clear pin structure allows for a hassle-free setup, while its compatibility with common microcontrollers like Arduino means that users can easily find tutorials and resources. This accessibility encourages experimentation and learning within the field of electronics and programming.
  • Question: Can this sensor be used in indoor applications?

    Answer: Absolutely, the 12Pcs Photoresistor Light Sensor can be effectively used in indoor applications such as automatic curtains, ambient lighting adjustment, and indoor gardening systems. By detecting light levels inside a room, the sensor can trigger devices to optimize lighting conditions, enhance comfort, or assist in plant growth, creating a more pleasant and efficient living environment.
  • Question: What are the electrical specifications of this light sensor?

    Answer: This photoresistor light sensor operates within a voltage range of 3.3V to 5V, making it compatible with a wide variety of electronic projects. Its 5MM size is ideal for compact applications while still providing reliable light detection capabilities. Understanding these specifications helps in ensuring that the sensor is appropriately used within the context of its designed operating conditions, for best performance.
  • Question: Does it require any programming to use?

    Answer: While the hardware setup for the 12Pcs Photoresistor Light Sensor is straightforward, programming is often necessary to read the sensor data. If using with platforms like Arduino, you will need to write a simple code to read the analog input from the sensor and determine light levels. There are numerous libraries and tutorials available that walk you through the programming process, making it accessible even for those with minimal coding experience.
  • Question: Where can I buy the 12Pcs Photoresistor Light Sensor in UK?

    Answer: You can purchase the 12Pcs Photoresistor Light Sensor from Ubuy, which offers a wide selection of components, including various electronic sensors. Ubuy provides a user-friendly shopping experience and fast access to the product you need for your projects and applications.
  • Question: What additional components might I need to use with the light sensor?

    Answer: To fully utilize the 12Pcs Photoresistor Light Sensor, you may need additional components such as a microcontroller (like Arduino), resistors for signal conditioning, and maybe a breadboard for prototyping. Depending on your project, integrating LEDs or relays might also be beneficial for outputs based on light readings. These components enhance the capabilities of your light sensor, allowing for a more robust project development.

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Pros

  • High sensitivity to light
  • Easy to integrate
  • Compatible with Arduino
  • Reliable performance
  • Compact size for projects

Cons

  • May require occasional calibration.

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