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The ability to transmit information literally at the speed of light is one of the fundamental prerequisites for digital transformation across a wide range of sectors in business, industry, research, and science. Optical detectors prove to be crucial key components Mehr
Many lighting applications work with the dominant wavelength (lambda dom) as standard. However, in numerous technical applications – even in the visible spectral range – this variable is not ideally suited. Especially in sensory applications, the exact spectral characteristics are Mehr
The PLT5 488 is a 488 nm single-mode laser diode for manufacturers and system integrators especially in medical technology and research. It is ideal for fluorescence systems where spectral accuracy, long-term stability, and controlled series availability are crucial. Typical applications: Mehr
The continuous development of LED technology opens up a wide range of possibilities for developers and manufacturers from all conceivable industries. Modern LEDs not only optimize and expand the functionality of established products, they also support a multitude of completely Mehr
Few technical developments have succeeded in penetrating so many areas of life and symbolizing the advantages of technological progress on so many levels as the LED. Today, there is hardly any application in which the LED has not already largely Mehr
In addition to our large selection of LED chips and laser diodes, we also offer detector chips that are sensitive to wavelengths ranging from 390 to 1680 nm. PHOTODIODES convert light directly into a current flow, whereby the current is proportional to the Mehr
In the classic TO housing (TO 33/38, TO56, TO90) you will find a wide range of wavelengths and power options for edge emitting diode lasers. Wavelengths covered start in the UV-A range and include blue, green, red as well as Mehr
Laserdioden werden als lichtgebende Quellen in der Sensorik, Robotik oder Medizintechnik u.v.m. verbaut. Dabei werden sie je nach Anwendung in unterschiedlichen Wellenlängen benötigt. Bei Chips 4 Light erhalten Anwender entsprechend ihren Anforderungen genau ausgemessene und spezifizierte Laserdioden. Die Laserdioden sind Mehr
Laser diodes are installed in sensors, robotics, medical technology, and much more as a light-providing source. Because of that, they are needed in various wavelengths depending on what they will be used for. At Chips 4 Light, customers receive laser Mehr
Optoelektronische Sensoren erfüllen die unterschiedlichsten Messaufgaben. Oft liefern nur applikationsspezifische Designs oder die Verwendung der reinen LED- und Detektorchips, auch „bare dice“ genannt, eine hinreichende Lösung für den einzusetzenden Sensor. Passende Bauteile sind am Markt häufig nicht zu finden. Der Mehr