
( Part Type: Laser Rod ), ( Country/region Of Manufacture: Russian Federation ), ( Intended Use/discipline: Physical Laboratory )
Experience unparalleled precision and efficiency with our High Repetition Frequency Flashlamps Set, designed specifically for 3-60 laser rods. This set, featuring flashlamps ranging from 4 to 60 amperes, offers a versatile solution for enhancing the performance of your laser system.
Crafted with meticulous attention to detail, these flashlamps are engineered to deliver consistent, high-intensity light pulses at an exceptional repetition frequency. This rapid pulsing, combined with the optimized output power, ensures that your laser system maintains optimal performance even during extended operation.
Each flashlamp in this set is designed to work seamlessly with 3-60 laser rods, making it an ideal choice for a wide range of applications, including but not limited to, scientific research, industrial marking, medical procedures, and more.
The flashlamps are individually inspected to guarantee their quality and reliability. They are also designed with a long lifespan, reducing the need for frequent replacements and lowering the overall cost of operation.
In addition, these flashlamps are easy to install and maintain, ensuring a hassle-free user experience. With our High Repetition Frequency Flashlamps Set, you can focus on your work, while we take care of the light source.
Upgrade your laser system today with our High Repetition Frequency Flashlamps Set. Experience the difference that consistent, high-intensity light pulses can make in your work. Order now and take your laser system's performance to the next level.
1. High Repetition Rate: These flashlamps can deliver pulses at a very high frequency, which is beneficial for applications that require fast pulse rates, such as pumping Q-switched and mode-locked lasers.
2. Wide Power Range: The power range of 4-60a caters to a diverse range of laser systems, making these flashlamps a versatile choice.
3. Suitability for Multiple Laser Rods: The compatibility with 3-60 laser rods means you can use these flashlamps in various laser setups, offering flexibility in your laser system design.
Cons:1. Cost: High-performance flashlamps tend to be more expensive compared to lower-power alternatives. This can be a significant investment for some users.
2. Complexity: High-repetition-rate flashlamp systems can be complex to set up and maintain, requiring a certain level of technical expertise.
3. Power Consumption: These flashlamps can consume a substantial amount of power, which may lead to increased operating costs.
Conclusion:High repetition frequency flashlamps for laser rods offer numerous benefits, including their ability to support fast pulse rates and their compatibility with various laser systems. However, these advantages come with a higher cost, complexity in setup and maintenance, and increased power consumption.
If you require a laser system that can deliver pulses at high repetition rates and you have the technical expertise and financial resources to manage the associated complexity and costs, then investing in a high repetition frequency flashlamp system may be an excellent choice for your needs. On the other hand, if you are looking for a simpler, more cost-effective solution, you might want to consider lower-power or lower-repetition-rate flashlamp systems.
Recommendation:Before making a purchase, carefully consider your specific application requirements, budget, and technical capabilities. It may be beneficial to consult with a laser expert or supplier to help you make an informed decision that best suits your needs.
Recommended coolant: distilled water, min. Critically damped TLC discharge circuit desirable. Even though the electrodes look similar, they are polarized, and anode is marked with sign russian letters indicating lamp type right side of lamps in pictures. The following nominal parameters are estimated by interpolation from original data sheet of two lamps inp-3 50a and 75a, for a lifetime minimum 105 pulses: discharge energy 16 j working voltage 640 v pulse duration at 35 peak microseconds max hours.
PDF, and from the course flashlamps power supplies triggering at: pe2bz. Plasma discharge size: 3mm DOA. An example of reasonable good discharge circuit for this flashlamp: c 50 uf micro farad l 22 uh , nominal working voltage to charge the capacitor v0 v, assuring ceca. Breakdown self-igniting voltage min.
Flow rate 7 liters per minute. UK lights - 20 laser info-902-laser course c04-04 mod04mm.
Also as laser history collectible items. Recommended trigger system - external,. Nd:Yang or er:Yang laser rods. The set consists of 2 two classical years 80', relatively high repetition frequency, pulsed Xe flashlamps to pump thin 3mm - 5 DOA.
Outer diameter of lamp 5. X 60mm length , ideally should match the laser rod size. Trigger pulse duration at 10 of peak 1 microsecond us a nominal energy 15. For other details of the discharge circuit design, please inspire yourself from catalogue verier et quartz, at: flashlamps-VW.
Appropriate for rods with 50mm - 70 in length . Repetition frequency 50 Hz max kw peak trigger voltage 20 JV - 24 measured on 100 kilo ohm load, or greater than 8 10 min. New, never used, no original package. Needs a cooling jacket of 13mm - 14 inner diameter.
Recommended coolant temperature degrees Celsius. The lamp type is inp-3 60a from former USSR. At 50 Hz repetition frequency the average power is 760 w and lifetime of lamp min.
5mm Ni wire wrapped on the outside flashcube or water cooling tube. On the cathode side of lamp, quartz envelope there are letters OK, meaning quality control in russian left lamps pictures. Total lamp length with electrodes 150mm.