
( Brand: E2v/eev ), ( Manufacturer Part Number: CX1625W ), ( Part Type: Laser Tube ), ( Country/region Of Manufacture: United Kingdom )
The CX1625W E2V-EEV Ceramic Excimer Laser Thyratron Tube is a high-performance, specialized device designed for industrial and scientific applications that require precise and powerful ultraviolet (UV) radiation. This tube is manufactured by E2V-EEV, a renowned name in the field of vacuum electronics.
The CX1625W features a ceramic design, which provides excellent thermal and mechanical stability, ensuring reliable operation even under high-stress conditions. The tube operates on the principle of excimer discharge, generating UV radiation in the 193nm wavelength, making it ideal for photolithography, laser etching, and other UV curing applications.
The CX1625W is a thyratron tube, which means it uses a gas-filled switch that can be triggered to conduct current for a specified period. This design allows for precise control over the duration of the UV pulse, ensuring consistency in the results of your applications.
The tube is robustly constructed to withstand the demands of industrial settings. It is equipped with a durable metallic seal and a high-voltage connection for easy integration into your existing systems. The CX1625W is a versatile and powerful tool, perfect for those seeking high-quality, stable UV radiation for their demanding applications.
In summary, the CX1625W E2V-EEV Ceramic Excimer Laser Thyratron Tube is a reliable, high-performance device designed for industrial and scientific applications. Its ceramic design, excimer discharge principle, and thyratron tube construction make it a versatile and powerful tool for generating precise UV radiation.
1. High Power Density: The CX1625W is known for its high power density, which makes it suitable for various applications requiring intense laser output.
2. Long Lifespan: Compared to other excimer lasers, the CX1625W has a longer lifespan, reducing the need for frequent replacements.
3. Stable Operation: The ceramic construction of this thyratron tube ensures stable operation, even under high power and temperature conditions.
4. Wide Applications: This laser thyratron tube is used in various industries, including semiconductor processing, micromachining, and lithography, due to its versatility.
Cons:1. High Cost: The CX1625W is a premium product, and its high cost might be a significant barrier for some buyers.
2. Complex Setup: The installation and maintenance of this laser thyratron tube require specialized knowledge and skills, which might add to the overall cost.
3. Limited Availability: Due to its niche market, the CX1625W might not be readily available from all suppliers, which could lead to delays in procurement.
Conclusion:The CX1625W E2V-EEV Ceramic Excimer Laser Thyratron Tube offers several advantages, including high power density, long lifespan, stable operation, and wide applications. However, its high cost, complex setup, and limited availability are potential drawbacks.
Recommendation:If you're in an industry where high-power, stable, and long-lasting excimer lasers are crucial, the CX1625W could be a worthwhile investment, despite its high cost. However, if you're on a tight budget or the application doesn't require such a specialized laser, you might want to consider alternative options with lower costs and easier availability. Always ensure to evaluate your specific needs and compare different products before making a decision.
Peak forward anode voltage emigrate of rise current.Ratings are 35kv forward or reverse peak anode voltage , 1 gap, 15,000a peak, 5a average, current capability. There is a data sheet here KIA skitter reservoir normally operated from separate heater supply incorporated reverse anode current.
Naples repetition rate. I can save you some shipping if only want the thyratron and don't Plexiglas's mounting other parts exact item shown, please see photos. Reference electronics vacuum tube thyratron preamble.
The patented hollow anode structure enables tube to cope with inverse voltage and current without consequent reduction in its high hold off capability due electrode damage. 10 anode current the reservoir heater voltage can be adjusted to a value consistent with hold-off in order achieve fastest rate of rise possible from tube circuit. Resistor box settings and or reservoir heater voltage can be adjusted within the specified limits to obtain maximum thyratron gas pressure consistent with required hold-off designed for liquid immersion in transformer oil.
I have a data sheet that will include, the plate on tube has no writing it, immersion in transformer oil must dissolved paint.