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Vishay TSAL6100 Environmental and export classification status description

The Vishay TSAL6100 is a high-efficiency infrared emitter, part of the Optoelectronics Devices family. It is primarily designed for use in applications that require the emission of infrared light, typically in the wavelength range of 850 nm. As a diode laser, it provides a compact and reliable solution for various optical communication and sensing applications. Functions - Infrared Emission: Emits infrared light for remote sensing and data transmission. - High Efficiency: Designed for high optical output power with low electrical consumption. - Compact Design: Available in various package sizes, facilitating integration into space-constrained applications. Applications - Optical Communication: Used in fiber optic communication systems. - Remote Controls: Commonly found in remote controls for TVs and audio equipment. - Proximity Sensors: Utilized in consumer electronics as part of proximity sensing systems. - Industrial Applications: Employed in industrial automation for sensing and communication. Alternative Parts - TSAL6200: A similar infrared emitter with slightly different specifications. - TSAL6000: Another variant with different output characteristics. - LUXEON IR LEDs: High-power infrared LEDs suitable for various applications. Embedded Modules While the TSAL6100 itself is a discrete infrared emitter, it can be part of embedded modules such as: - IR Transmitter Modules: Integrated circuits that can include the TSAL6100 for transmitting data. - Remote Control Systems: Modules that combine the TSAL6100 with microcontrollers for remote operation. - Optical Communication Kits: Systems that utilize the TSAL6100 for establishing infrared communication links. Related Q&A Q1: What is the typical wavelength of the TSAL6100 infrared emission? A1: The TSAL6100 emits infrared light typically at a wavelength of around 850 nm. Q2: In what applications would you typically find the TSAL6100 used? A2: It is commonly used in optical communication systems, remote controls, proximity sensors, and industrial automation applications. Q3: What are some alternative parts to the TSAL6100? A3: Alternative parts include the TSAL6200 and TSAL6000, as well as high-power options like LUXEON IR LEDs that may offer different characteristics. Q4: How does the efficiency of the TSAL6100 compare to other infrared emitters? A4: The TSAL6100 is designed for high efficiency, which means it provides a significant optical output power while consuming low electrical power, making it comparable or superior to many other infrared emitters in similar applications. Q5: Can the TSAL6100 be integrated into embedded systems, and if so, how? A5: Yes, the TSAL6100 can be integrated into embedded systems as part of IR transmitter modules or remote control systems, where it works alongside microcontrollers to transmit infrared signals for communication or sensing applications.