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Product Documentation:
- Manufacturer: Vishay or compatible manufacturers
- Datasheet: Detailed specifications, pinout diagrams, and electrical characteristics
- User Manual: Instructions for circuit design and integration
- Application Notes: Examples of typical applications in remote controls, robotics, and automation
Input and Output Section:
- Input Signal: Modulated infrared light (at 38 kHz)
- Output Signal:
- Active LOW when receiving a signal
- Returns to HIGH when no signal is detected
- Pin Configuration:
- Pin 1: VCC (power supply)
- Pin 2: GND (ground)
- Pin 3: OUT (output to microcontroller)
- Response Time: Fast response time suitable for real-time applications
Physical Characteristics:
- Size: Compact package (5.2 mm x 6 mm)
- Weight: Approximately 1 gram
- Material: Durable plastic housing
- Mounting Type: Surface mount or through-hole options available
- Color: Typically black with a clear lens for infrared light
Technical Specifications:
- Modulation Frequency Range: Supports a range of modulated frequencies (typically around 38 kHz)
- Signal-to-Noise Ratio: High signal-to-noise ratio for reliable performance
- Distance Range: Effective range typically up to 15 meters, depending on the transmitter strength
- Output Logic Level: TTL compatible (can be interfaced with most microcontrollers)
- Integrated Circuit: Contains an integrated photodiode, amplifier, and demodulator
- Bandwidth: Designed to filter out ambient light interference effectively
Additional Features:
- Compact Design: Small footprint ideal for space-constrained applications
- Versatile Applications: Suitable for remote control devices, robot navigation, and home automation
- Low Power Operation: Efficient for battery-powered devices, enhancing operational lifespan
- User-Friendly: Easy to integrate with common microcontrollers like Arduino and Raspberry Pi
- Modulation Support: Works with various IR modulation formats for flexibility
- Environmental Resistance: Designed to function effectively in various lighting conditions
- Educational Tool: Useful for learning about infrared communication and electronics
- Quick Setup: Straightforward circuit design with minimal components needed
- Community Support: Extensive online resources and community projects available
- Durable Construction: Built to withstand regular use in various environments
- Cost-Effective: Affordable option for hobbyists and professionals alike
- Multiple Protocols: Compatible with a range of infrared remote control protocols
- No External Components Required: Simple circuit setup without the need for additional components
- Fast Demodulation: Capable of demodulating high-frequency signals quickly
- Reliable Performance: Consistent operation in diverse applications and environments
- Customizable: Easily adapted for specific project needs and configurations
- Interference Resistant: Designed to minimize interference from other light sources
- Enhanced Functionality: Can be combined with other sensors for complex applications
- Prototyping Friendly: Ideal for breadboard use and prototype development
- Signal Range: Capable of receiving signals from multiple sources
- Robust Design: Reliable performance in various temperatures and conditions
- Infrared Communication: Enables wireless communication in consumer electronics
- Professional Quality: Suitable for both amateur projects and professional designs
The TSOP1738 Infrared Receiver is an essential component for various applications, providing reliable infrared communication and enhancing the functionality of electronic projects.
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