PULSARThe ultimate laser for particle acceleration applications.
PULSAR The design and production of robust and reliable, ultra-intense femtosecond laser systems is a cornerstone of Amplitude Technologies’ research and development program. The Pulsar laser system is the result of this strategy offering reference performance levels and making it the ultimate choice for demanding high field physics applications.
Real-time command and control of the system is achieved via Amplitude’s proprietary computer interface providing fail-proof operation day-in, day-out.
Pulsar delivers highly stable and reproducible ultra-short pulses with high temporal contrast. This makes unsurpassed levels of stable energy possible, allowing record particle acceleration performance to be achieved.
Amplitude’s complete project management program provides industry-leading levels of customer support. From the first steps of the design concept, through to laboratory installation, training and ongoing after-sales requirements, the Amplitude team is on-hand to provide the support your application demands.
KEY FEATURES2 #
Ultra-short temporal duration
3 #
Ultra-stable energy output up to tens of Joules (<1% RMS)
4 #
High temporal contrast > 10^10 upgrade to >10^12 available
5 #
Complete project management from design concept through to installation and training
1 #
Real-time computer command and control
AMPLITUDE TECHNOLOGIES
1 # Real-time computer com-mand and control
AMPLITUDE TECHNOLOGIES
CONTROL / COMMAND
4 # High temporal contrast > 10^10 upgrade to >10^12 available
TEMPORAL CONTRAST
OUTPUT STABILITY
AMPLITUDE TECHNOLOGIES
2-4 rue du Bois Chaland,CE 2926 Lisses91029 Evry - France
AMPLITUDE LASER
One broadway, floor 14Cambridge, MA 02142USA
AMPLITUDE SYSTEMES
11, avenue de CanteranneCité de la Photonique33600 Pessac - France
AMPLITUDE TECHNOLOGIES
Pythagore Optical Business Center323 Guo Ging rd, bld 3, 9th floor, Yangpu district200 433 Shanghai - Chine
TEMPORAL DURATION
2 # Ultra-short temporal duration
3 # Ultra-stable energy output up to tens of Joules (<1% RMS)