
( Brand: High ), ( Model: INP 5/90A-1 ), ( Part Type: Laser Rod ), ( Country/region Of Manufacture: Russian Federation ), ( Intended Use/discipline: Lasers, Solid-state )
The 5-90a-1 High Repetition Frequency Flashlamp YAG ER Laser Rods for Nd, designed for use with Nd:YAG lasers, are a premium choice for those seeking high-performance and reliability. These rods are engineered to deliver consistent and powerful pulses, making them ideal for applications that require high repetition rates, such as cutting, welding, and marking.
The 5-90a-1 rods are made from high-quality Yttrium Aluminum Garnet (YAG) material, ensuring excellent thermal conductivity and stability. This ensures that the rod can withstand the high energy demands of the laser system, while maintaining its performance over time. The rods are also coated with a special phosphor material, which enhances their efficiency and lifespan.
The 5-90a-1 rods are designed to operate at a high repetition frequency, up to 100 Hz, which allows for fast and precise laser processing. This makes them ideal for applications that require high speed and accuracy, such as micromachining and laser marking.
The rods are also designed to be compatible with a wide range of Nd:YAG laser systems, making them a versatile choice for a variety of applications. They are also easy to install and replace, ensuring minimal downtime for your laser system.
In summary, the 5-90a-1 High Repetition Frequency Flashlamp YAG ER Laser Rods for Nd are a high-performance and reliable choice for those seeking a premium laser rod for their Nd:YAG laser system. Their high repetition rate, excellent thermal conductivity, and compatibility with a wide range of laser systems make them a versatile and powerful choice for a variety of laser processing applications.
Pros of buying 5-90a-1 high repetition frequency YAG ER laser rods for ND:1. High Repetition Rate: The 5-90a-1 high repetition frequency YAG ER laser rods allow for a higher number of pulses per second, which can lead to faster processing times in certain applications.
2. Nanosecond Pulse Duration: The nanosecond pulse duration of these rods can provide high peak power, making them suitable for applications that require high energy density.
3. Cost-Effective: Compared to other types of laser rods, YAG ER rods are generally more affordable, making them a cost-effective option for many applications.
Cons of buying 5-90a-1 high repetition frequency YAG ER laser rods for ND:1. Limited Applications: While YAG ER rods are versatile, they may not be suitable for all applications. For example, they may not be ideal for applications that require longer pulse durations or lower repetition rates.
2. Requires Specific Equipment: To use 5-90a-1 high repetition frequency YAG ER laser rods, you will need a specific type of laser system, which can be an additional cost.
3. Limited Availability: While YAG ER rods are widely available, some specifications, such as the 5-90a-1 high repetition frequency, may be more difficult to find, limiting your options.
Conclusion:5-90a-1 high repetition frequency YAG ER laser rods can be a great option for applications that require high repetition rates and nanosecond pulse durations. However, they may not be suitable for all applications, and you will need a specific type of laser system to use them. Consider the specific requirements of your application and the availability of the rods before making a purchase.
Recommendation:If you are considering purchasing 5-90a-1 high repetition frequency YAG ER laser rods, I would recommend doing thorough research to ensure they are the right choice for your application. Consider the cost, availability, and compatibility with your existing equipment before making a purchase. Additionally, it may be helpful to consult with a laser expert or manufacturer to ensure you are making an informed decision.
For High repetition frequency regime,. For repetition frequency of 20 Hz, discharge energy 12 j - 36 j, liquid distilled water cooling necessary, estimated lifetime Plasma discharge size: 5mm DOA. Appropriate for relatively long rods with 80mm in length .
Also as laser history collectible item. voltage infinite load to start the simmer mode 1000 v series trigger scheme in 100 kilo ohm 16 JV 24 JV min.Though the electrodes look similar, they are polarized, and anode is marked with sign russian letters indicating lamp type.
Below 1 Hz, discharge energy 12 j, no liquid cooling necessary, estimated lifetime 4 x 105 pulses, simmer mode necessary. Relatively long nd:yag or er:yag laser rods, even nd: glass ruby type inp-5 90A-1 from russian federation. Trigger voltage in 20 kilo ohm load 8 JV pulse duration 1 us - 5 series coil inductance to have an almost damped TLC circuit l t2 9c ,where inductance, c energy storage capacitor capacitance.
Outer diameter of lamp x 90mm length , ideally should match the laser rod size. The following nominal parameters are from original data sheet of lamp. 35 of peak current 80us us microsecond energy storage capacitor voltage 650 v simmer a min. Total lamp length with electrodes 210mm.
Classical years 80', relatively High repetition frequency, pulsed xenon flashlamp to pump 4mm - 7 DOA. For low repetition frequency regime,. The cathode side has marking letters OK, meaning quality control in russian x 105, simmer mode necessary. New, never used, label from the original package attached last picture.
UK lights - 20 laser info-902-laser course c04-04 mod04 04. PDF, and from the course flashlamp power supplies triggering at: pe2bz. Data about the main TLC discharge circuit, simmer mode power supply, and trigger circuit: pulse duration at. For other details of the discharge circuit design, please inspire yourself from catalogue verier et quartz, at: flashlamp-VW.