Optical systems as well as the human eye are susceptible to saturation or damage caused by high power lasers. We present a non-linear, solid-state passive wideband optical protection filter. As opposed to fixed spectral filters, which permanently block only specific wavelengths, the wideband filter is clear at all wavelengths until it is hit by damaging light. At input powers below threshold, the filter has high transmission over the whole spectral band. However, when the input power exceeds the threshold power, transmission is decreased dramatically. We propose a novel technology for protection of any imaging system, sensors and the human eye against laser threats from the visible and up to the IR
Passive Q-switching using semiconductor doped glass filters is demonstrated for the recently develop...
The paper presents the fundamental information concerning the types of protective optical filters us...
We present an optical concept for imaging sensor systems, designed to reduce considerably the sensor...
Poster presented at the 2018 Defence and Security Doctoral Symposium.In recent years, the threat to ...
The misuse of laser devices represents a potential hazard to electro-optical sensors. Especially, wh...
Progress in laser technology has led to very compact but nevertheless powerful laser sources. In the...
Progress in laser technology has led to very compact but nevertheless powerful laser sources. In the...
Laser dazzling of electro-optical sensors states a serious problem. Especially when navigational tas...
The progress in laser technology leads to very compact but nevertheless powerful laser sources. In t...
Since the advent of the laser in 1960, the protection of human eyes and sensors against intended or ...
Electro-optical imaging sensors are widely distributed and used for many different tasks. Due to tec...
We present our work regarding the evaluation of protection measures against laser dazzling for imagi...
Their high efficiency and directivity make laser optical sources extremely harmful to the human eye....
This article reviews the performance of optical filters for the 0.005 to 1000 \ub5m spectral region....
Passive Q-switching using semiconductor doped glass filters is demonstrated for the recently develop...
Passive Q-switching using semiconductor doped glass filters is demonstrated for the recently develop...
The paper presents the fundamental information concerning the types of protective optical filters us...
We present an optical concept for imaging sensor systems, designed to reduce considerably the sensor...
Poster presented at the 2018 Defence and Security Doctoral Symposium.In recent years, the threat to ...
The misuse of laser devices represents a potential hazard to electro-optical sensors. Especially, wh...
Progress in laser technology has led to very compact but nevertheless powerful laser sources. In the...
Progress in laser technology has led to very compact but nevertheless powerful laser sources. In the...
Laser dazzling of electro-optical sensors states a serious problem. Especially when navigational tas...
The progress in laser technology leads to very compact but nevertheless powerful laser sources. In t...
Since the advent of the laser in 1960, the protection of human eyes and sensors against intended or ...
Electro-optical imaging sensors are widely distributed and used for many different tasks. Due to tec...
We present our work regarding the evaluation of protection measures against laser dazzling for imagi...
Their high efficiency and directivity make laser optical sources extremely harmful to the human eye....
This article reviews the performance of optical filters for the 0.005 to 1000 \ub5m spectral region....
Passive Q-switching using semiconductor doped glass filters is demonstrated for the recently develop...
Passive Q-switching using semiconductor doped glass filters is demonstrated for the recently develop...
The paper presents the fundamental information concerning the types of protective optical filters us...
We present an optical concept for imaging sensor systems, designed to reduce considerably the sensor...