FIDL-30S-750
Laser-Type: CW-Laser-Diodes / Laser-Diode Manufacturer: FLC Mode: singlemode Wavelength: IR

The FIDL-30S-750 from FLC is a singlemode CW-Laser-Diodes / Laser-Diode in a TO-56 package. It works at a wave length of 750nm (Nanometer) with a power consumption of 0.03W (Watt). Its ideal working temperature range is at -20°C - 40°C (Grad Celsius).

Description:

Manufacturer: FLC

The Frankfurt Laser Company (FLC) is a renowned enterprise based in Germany, specializing in the development, production, and distribution of advanced laser technologies. Established in 1994, FLC has become a prominent player in the laser industry, known for its commitment to quality and innovation. The company's product portfolio focuses on three main areas: Laser Diodes, Laser Modules, and Diode-Pumped Solid-State (DPSS) Lasers. These cutting-edge products cater to a diverse range of applications, from industrial manufacturing and medical treatments to scientific research and defense. FLC's expertise and dedication to meeting the specific needs of its clients make it a trusted name in the world of laser technology.

Mode: singlemode

Here are the key aspects of single-mode LEDs: Coherence: Single-mode LEDs produce light with higher spatial coherence, which is important for applications requiring precise control of the light beam, such as in optical communication and certain types of sensing. Beam Quality: The beam quality of single-mode LEDs is superior, with a more well-defined and narrower beam. This makes them useful in applications where a focused light beam is required. Applications: Single-mode LEDs are often used in fiber optic communications, high-precision measurement systems, and other technologies where control over the light’s spatial properties is crucial. Design: Achieving single-mode operation usually requires specific design considerations in the LED's structure, such as the waveguide design, to support only the fundamental transverse mode. In summary, single-mode LEDs are designed to emit light in a single spatial mode, providing higher beam quality and coherence, which are advantageous for certain specialized applications.

wavelength: IR

Infrared radiation can be emitted by objects that are not hot enough to emit visible light, making it useful for thermal imaging and night vision. Various sensors and detectors, such as photodiodes and bolometers, are used to detect infrared radiation.