

Osram 69226 HBO 350 W | 350 Watt, Mercury Short Arc, Double-Ended
350 watt, mercury short arc, double-ended
OSRAM HBO lamps > 200W are designed to meet the high demands of the Semiconductor industry. With peak intensity at 365nm these lamps are ideal for microlithography and are designed and qualified for specific equipment manufacturers.
Product Features and Benefits
- High spectral intensity with peak irradiance at 365nm wavelength, making it ideal for microlithography
- Ceramic housings designed specifically for high temperature halogen and metal halide applications for optimal exposure and throughput
- Designed for long lasting performance
- Qualified with major microlithography equipment manufacturers
Areas of Application
- Semiconductor
Product Notes
Anode and Cathode Base with UNC-3B thread.
Lamps suitable for pulse operation between 250W and 500W. Maximum permissible average power is 350W (also for constant power operation).
Lamp service life is defined with a switch-on/switch off duty cycle of 12hours ON / 30 minutes OFF.
Equipment Used In
- ASML PAS 2500/10
- ASML PAS 2500/30
- ASML PAS 2500/40
- GCA DSW 4800-5000
About Osram
Osram provides businesses and consumers with a wide portfolio of products, encompassing many types of technical and professional lighting applications. These include automotive lighting, complete "Smart" digital systems, advancted LED chips, speciality light bulbs and fixtures, and more. Osram serves both consumer and professional markets, and manufactures traditional lighting products, as well as LED lamps and luminaires.
Base Anode | SFcY 10-4 |
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Base Cathode | SFcY 10-4 |
Bulb Shape | KO133 |
Cooling | Convection |
Current (A) | 5.3 |
Lamp Type | Short Arc Mercury |
Max Base Temp | 200°C |
Operating Position | Vertical, anode down |
Rated Life Hours | 600 |
Type of Current | DC |
Volts | 67.5 |
Watts | 350 |
ProLampSales Order Code | 5455885140135 |
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Brand | Osram |
Series | HBO |
MPN | 69226 |
Model | HBO 350 W |
UPC | 4050300351599 |
HS Code | 853941 |
Categories: Microlithography (Semiconductor Lithography), Osram