TDN1105W-23-RR Infrared Emitters by Stanley – Buy Online at XON
The TDN1105W-23-RR from Stanley Electric is a high-efficiency infrared emitting device engineered for reliable optical signal transmission in electronic systems. It is designed to support communication, sensing, and control applications where infrared technology is essential.
This component belongs to Optoelectronics, Infrared Data Communications, Infrared Emitters, making it suitable for devices that rely on precise infrared signal output and stable optical performance.
Engineers and buyers source genuine optoelectronic components from www.xonelec.com, also known as X-On Electronics and Xon Electronics, for trusted availability and fast global delivery.
Technical Specifications of TDN1105W-23-RR
Manufacturer: Stanley
Part Number: TDN1105W-23-RR
Category: Optoelectronics, Infrared Data Communications, Infrared Emitters
Type: Infrared emitter LED
Wavelength: Optimized for IR communication
Mounting Type: Surface mount / through-hole depending on package
Optical Output: High efficiency IR emission
Operating Temperature: Industrial range
Applications: IR communication and sensing
This emitter ensures stable optical output with efficient power usage.
Key Features of Infrared Emitters
• High efficiency infrared output
• Reliable signal transmission
• Compact electronic design
• Long operational life
• Stable optical characteristics
• Designed for Optoelectronics, Infrared Data Communications, Infrared Emitters applications
These features allow designers to build dependable infrared communication systems.
Applications of TDN1105W-23-RR
This infrared emitter is widely used in:
• Remote control systems
• Infrared communication modules
• Proximity sensing devices
• Automation equipment
• Consumer electronics
• Security and monitoring systems
Because of its reliability, it is ideal for professional Optoelectronics, Infrared Data Communications, Infrared Emitters implementations.
Benefits of Using Infrared Emitters
Using infrared emitters offers several advantages:
• Wireless optical communication
• Low power consumption
• Reliable signal transfer
• Compact design compatibility
• High durability
For modern electronic devices, Optoelectronics, Infrared Data Communications, Infrared Emitters provide efficient and cost-effective optical communication solutions.
Integration and Circuit Tips
Typical usage steps:
Connect emitter to current-limited driver circuit
Align emitter toward receiver module
Ensure proper current rating
Optimize placement for signal range
Correct circuit integration ensures efficient infrared signal transmission.
Download Datasheet
For full electrical characteristics, optical output details, and package dimensions, download the official datasheet directly from Xon Electronics product page TDN1105W-23-RR Datasheet (PDF)
Why Choose X-On Electronics
Xon Electronics supplies genuine optoelectronic components and Optoelectronics, Infrared Data Communications, Infrared Emitters to engineers and manufacturers worldwide.
Benefits include:
• 100% authentic electronic components
• Large inventory availability
• Competitive pricing
• Bulk order support
• Fast worldwide delivery
• Secure online purchasing
Professionals rely on XON for dependable sourcing.
Conclusion
The TDN1105W-23-RR infrared emitter from Stanley provides reliable IR signal output, energy efficiency, and long operational life. For communication systems, sensing devices, and automation applications, it stands out among Optoelectronics, Infrared Data Communications, Infrared Emitters as a dependable solution.
FAQs – TDN1105W-23-RR
Q1. What type of component is TDN1105W-23-RR?
It is an infrared emitter used for optical signal transmission.
Q2. Where is it commonly used?
Remote controls, sensing systems, and communication modules.
Q3. Is it suitable for industrial electronics?
Yes, it is designed for reliable electronic applications.
Q4. Does it require a driver circuit?
Yes, typically a current-limited driver is used.
Q5. Where can I purchase it?
You can buy genuine components online from X-On Electronics.