The TLX9160T(SPLTL,F(O is a high-speed GaAlAs infrared LED manufactured by Toshiba Semiconductor and Storage. It's designed for high-density mounting and features a wide operating temperature range. This LED is typically used in various optoelectronic applications, including optical communication and control systems.

Applications

  
• Optical communication
  
• Optical control systems
  
• Encoders
  
• Light curtains
  
• Remote control systems

Features

  
• High-speed response
  
• GaAlAs light source
  
• High-density mounting capability
  
• Wide operating temperature range
  
• Small surface mount package

Benefits

  
• Enables fast data transmission
  
• Provides high efficiency
  
• Suitable for compact designs
  
• Reliable operation in harsh environments
  
• Easy integration into various circuits

Additional Details

The TLX9160T(SPLTL,F(O LED utilizes a GaAlAs light source, which provides high efficiency and a narrow emission spectrum. The high-speed response allows for fast data transmission in optical communication systems. The high-density mounting capability makes it suitable for compact designs where space is limited. The wide operating temperature range ensures reliable operation in harsh environments. The small surface mount package allows for easy integration into various circuits.

This LED is commonly used in optical communication systems to transmit data between devices. It's also used in optical control systems to control various equipment. Encoders use this LED for position sensing. Light curtains employ this LED for safety applications. Remote control systems utilize this LED to transmit control signals. The specific optical and electrical characteristics can be found in the Toshiba datasheet.

For detailed technical specifications, such as forward voltage, radiant intensity, and peak emission wavelength, refer to the Toshiba Semiconductor and Storage datasheet for the TLX9160T(SPLTL,F(O. Always consult the datasheet when implementing this component in a design to ensure proper operation and compliance with application requirements.