High-performance streak camera with 5ps impulse response, 400-900nm spectral range, and advanced single-shot analysis capabilities for ultra-fast optical phenomena.
Ideal for pulsed laser research, high-speed optical communication, and picosecond measurements with Ethernet/web-based control and 1024×1024 12-bit resolution.
The CBF500 is well suited for single shot analysis of ultra-fast optical phenomena with high dynamic.
All settings and data transfer can be remote controlled via Ethernet (10/100Mb/s) or Internet (Web page from Internal Web server).
The architecture of CBF500 is modular allowing to change module to meet your specific needs and requirements
A power full control panel Web page provides a simple method to configure the settings, to control the state of the instrument, and to display or store acquired data.
CBF500 is a licensed product under CEA contract.
Operating principle
The light phenomena are focused onto the photocathode of a streak tube. Photocathode converts the photon in a number of electrons proportional of the intensity of the light.
These electrons are accelerated, swept and after which they are bombarded the phosphor screen to create an image.
A digitizing system is coupling to the screen tube via fiber optics to read-out the image.
This system enables precise digital acquisition stored in image memory (raw data).
Data can be processed (analyzed and data corrected) and transferred via Ethernet to provide a two dimensional waveform data.
Whether you’re developing complex laser systems, high-speed data acquisition setups, or any timing-sensitive applications, we provide the performance and engineering support you need to succeed.
