Miniature Solar Cell – BPW34 Photodiode

Specifications:

Type: BPW34 Photodiode
Wavelength Sensitivity: 400 nm to 1100 nm (visible to near-infrared)
Peak Responsivity: Approximately 0.5 A/W at 850 nm
Active Area: 7.5 mm²
Reverse Voltage: Maximum 30 V
Operating Temperature Range: -40°C to +100°C
Package Type: Miniature, typically in TO-18 metal can

Power Section:

Supply Voltage: Operates with reverse bias voltage up to 30 V
Power Consumption: Low power usage, typically in microamperes under ambient light
Light Source: Can be used with various light sources, including sunlight and LED
Efficiency: High conversion efficiency for solar energy applications
Output Current: Generates current proportional to incident light intensity

Original price was: ৳ 110.00.Current price is: ৳ 66.00.

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Specification

Overview

Product Documentation:

Manufacturer: Vishay or equivalent
Datasheet: Detailed specifications, electrical characteristics, and application information
User Manual: Instructions for integration into circuits and systems
Application Notes: Examples of usage in solar energy projects and light detection systems

Input and Output Section:

Input Signal: Light energy (photons)
Output Signal:
- Generates a photocurrent when exposed to light
- Output is proportional to the intensity of incident light
Pin Configuration:
- Pin 1: Anode (positive side)
- Pin 2: Cathode (negative side)
Connection Type: Can be directly connected to amplifiers or microcontrollers

Physical Characteristics:

Dimensions: Compact size, typically around 5 mm in diameter
Weight: Approximately 0.5 grams
Material: Glass or plastic package, durable and weather-resistant
Mounting Type: Surface mount or through-hole options available
Color: Clear or opaque package, depending on design

Technical Specifications:

Sensitivity: High sensitivity to light, making it suitable for low-light applications
Capacitance: Low capacitance for faster response times
Rise Time: Fast response, typically in the microsecond range
Dark Current: Low dark current, ensuring minimal noise in readings
Shunt Resistance: High shunt resistance for better performance in low-light conditions

Additional Features:

Versatile Applications: Suitable for solar energy harvesting, light sensing, and photometric measurements
Compact Design: Ideal for use in space-constrained environments and portable devices
Environmental Resistance: Can operate effectively in various environmental conditions, including outdoor settings
User-Friendly Integration: Easy to interface with microcontrollers such as Arduino and Raspberry Pi
Educational Tool: Great for experiments in solar energy and light detection systems
Robust Performance: Maintains functionality in diverse lighting conditions
Low Cost: Economical option for hobbyists and professionals
Quick Setup: Straightforward circuit design with minimal additional components required
Efficiency in Energy Harvesting: Effective for use in solar-powered devices and renewable energy projects
Broad Compatibility: Works with various electronic components and sensors
High Reliability: Long lifespan and stable performance in different applications
Low Profile: Minimal space requirement allows for integration into compact devices
Signal Conditioning: Can be used with amplifiers for signal enhancement in low-light conditions
Multi-functional: Capable of being used in various applications, including automation and robotics
Signal Range: Efficiently detects a wide range of light intensities
Advanced Features: Can be paired with other sensors for enhanced functionality
Energy Conversion: Effective conversion of light energy to electrical signals for various applications
Research Applications: Suitable for use in experimental setups and research projects
Prototyping Friendly: Ideal for development and testing in prototype circuits
Customizable: Easily adaptable for specific project requirements and specifications
Community Support: Extensive online resources available for troubleshooting and project ideas
Fast Integration: Quick to implement in existing systems or new designs
Innovative Uses: Potential for creative applications in art installations and light-sensitive devices

The BPW34 Photodiode is an essential component for projects requiring light detection and energy conversion, making it a valuable addition to any electronics toolkit.