LDR 10mm 12mm Light Dependent Resistor 250V 200mW

Description

1. Introduction to LDR 10mm 12mm Light Dependent Resistor 250V 200mW
2. Features and Specifications of the LDR 10mm 12mm Resistor
3. Applications of LDR 10mm 12mm Light Dependent Resistor
4. Why Choose the LDR 10mm 12mm for Your Electronics Projects?
5. How to Integrate the LDR in Your Projects
6. Buy the LDR 10mm 12mm Light Dependent Resistor Now!

Introduction to LDR 10mm 12mm Light Dependent Resistor 250V 200mW

The LDR 10mm 12mm Light Dependent Resistor 250V 200mW is an essential component for various electronic circuits where light sensing is required. This light-dependent resistor (also known as a photoresistor) reacts to light exposure, providing a versatile solution for automated systems and devices that rely on light levels. Its compact size, impressive voltage tolerance, and fast response times make it a reliable choice for hobbyists and professionals alike.

Features and Specifications of the LDR 10mm 12mm Resistor

When selecting a component for your electronic projects, the LDR 10mm 12mm Light Dependent Resistor 250V 200mW stands out for its high-quality specifications, designed for a wide range of applications. Below are the key features that make this LDR a must-have:

• Spectral Peak Response: 560nm – Perfect for detecting light within the visible spectrum.
• Maximum Voltage: 250V DC – Can handle high voltage circuits without the risk of failure.
• Maximum Wattage: 200mW – Provides excellent power efficiency for small to medium-sized projects.
• Operating Temperature Range: -30˚C to +70˚C – Ensures stable performance in extreme temperatures.
• Light Resistance (10 Lux): 10-20 KΩ – Reacts optimally to changes in light intensity.
• Dark Resistance: 2 MΩ – Minimizes current flow in darkness for power-saving applications.
• Response Time: 20ms (Rise), 30ms (Down) – Fast response for high-precision tasks.

Applications of LDR 10mm 12mm Light Dependent Resistor

The LDR 10mm 12mm Light Dependent Resistor has a wide variety of applications, particularly in systems where light intensity needs to be monitored and controlled. Here are some common uses:

• Automatic Lighting Systems: Control street lights, home lighting, or security lighting based on ambient light levels.
• Photography Exposure Meters: Used to measure the brightness in photography, helping photographers adjust exposure settings.
• Solar Tracking Systems: In solar energy systems, the LDR helps track the position of the sun, optimizing panel angles for maximum energy collection.
• IoT Smart Devices: Integrates with IoT systems to automate responses based on light conditions, such as smart blinds or energy-saving systems.
• Alarm and Security Systems: Detect intrusions based on changes in light levels, triggering alarms or notifications.
• Robotics and Automation: Ideal for light-following robots or machines that require environmental light sensitivity.

Why Choose the LDR 10mm 12mm for Your Electronics Projects?

The LDR 10mm 12mm Light Dependent Resistor 250V 200mW offers several advantages over standard light sensors, making it the best choice for your projects:

• High Voltage Capacity: With a maximum of 250V DC, this LDR is suitable for high-voltage applications, providing more versatility compared to other light sensors.
• Durability: The ability to operate in temperatures ranging from -30˚C to +70˚C ensures reliable performance in a variety of environmental conditions.
• Fast Response Time: The quick response to changes in light levels makes it perfect for precision applications, such as light-activated alarms or solar tracking systems.
• Low Power Consumption: The high dark resistance reduces unnecessary power consumption, making your projects more energy-efficient.

How to Integrate the LDR in Your Projects

Integrating the LDR 10mm 12mm Light Dependent Resistor 250V 200mW into your projects is straightforward and can be done in a few simple steps:

1. Wiring the LDR: Connect the LDR in series with a resistor to form a voltage divider circuit. This allows you to monitor the voltage changes as light levels fluctuate.
2. Using with Microcontrollers: The LDR can easily interface with popular microcontrollers like Arduino or Raspberry Pi. Use the analog input pins to read the varying voltage and convert it into light intensity data.
3. Calibration: Adjust the light sensitivity of your circuit by changing the value of the series resistor, ensuring your project reacts optimally to your desired light range.
4. Coding for Automation: Program your microcontroller to trigger actions like turning on LEDs, activating relays, or sending data to IoT platforms when the light levels cross certain thresholds.

Buy the LDR 10mm 12mm Light Dependent Resistor Now!

If you’re ready to upgrade your electronic projects with precise light sensing capabilities, the LDR 10mm 12mm Light Dependent Resistor 250V 200mW is available for purchase on our e-commerce platform. Its high-quality performance and versatility make it a top choice for engineers, hobbyists, and innovators.

Internal Links:

• Explore our range of resistors for more options.
• Check out our tutorial on integrating LDRs with Arduino.

External Links:

• Learn more about how photoresistors work .
• Discover LDR applications in smart lighting systems .