Posts on this page of our Blog relate to products and information from Electro-Optics Technology (EOT).
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Check out the new white paper by Electro-Optics Technology (EOT) called, “Why Pulse Rise & Fall Times are Different in Photodetector Measurement“. This paper reviews factors that contribute to output pulses of PIN photodetectors causing them to have a longer fall time than rise time. Factors include photocarrier transit effects, diffusion current, saturation, and circuit design. To … Continue reading
Electro-Optics Technology (EOT) is proud to announce the release of the new PAVOS+ Ultra line of Faraday devices. These components offer roughly 1/10th the absorption and thermal lens focal shift. Also, they can theoretically provide ten times lower nonlinear refractive index compared to the standard PAVOS+ isolators. This results in less Kerr Lens focal shift … Continue reading
Utilizing their patented Fiber Fuse Technology, Electro-Optics Technology’s (EOT) produces End Caps and Collimators as monolithic structures, resulting in minimal optical loss. This structure can reduce the risk of damage to the optical fiber and ferrule by effectively reducing the power density to a level below the damage threshold of the fiber. This technology also … Continue reading
Electro-Optics Technology (EOT) now offers a new family of inline bandpass filters. Whether for use in a lab setting or for high volume OEM applications, these fixed filters provide robust and accurate performance. EOT offers high stability PI or PM operation with high power handling. These filters function over a broad range of center wavelengths … Continue reading
Electro-Optics Technology (EOT) presents a new kWD-80 Fiber Terminator for use within high energy, single-mode fiber laser systems, typical for the DE market. The kWD-80 addresses a market need to provide a low SWaP solution for fiber connectivity of kW-class, single mode fiber amplifiers to other system components, such as telescopes and beam scanners. The … Continue reading
Electro-Optics Technology (EOT) presents the PAVOS+ Ultra line of Faraday devices, specifically designed to meet the needs of the high power and high energy 1 μm (1010 nm to 1080 nm) laser market. These new components provide stable performance up through 150 W of average power, compared to 80 W for the standard PAVOS+. They … Continue reading
