
( Brand: Itt ), ( Manufacturer Part Number: FW127 ), ( Part Type: Vacuum ), ( Country/region Of Manufacture: United States )
The FW127 Big Glass ITT Biplanar S4 Phototube Vacuum is a state-of-the-art device designed for high-precision photometric measurements. This phototube boasts a large 127mm diameter glass window, providing ample light collection area to ensure maximum sensitivity and accuracy. The Biplanar design of the photocathode, featuring four S4 photocathodes, allows for efficient photon conversion, reducing dark current and increasing the overall signal-to-noise ratio.
The phototube is designed for operation under vacuum conditions to minimize background radiation and ensure the purity of the photon signal. The robust ITT vacuum pump ensures reliable and consistent vacuum levels, ensuring optimal performance over time. The phototube is also equipped with a bake-out heater, which allows for periodic cleaning and maintenance, further extending the lifespan of the photocathodes.
The FW127 Big Glass ITT Biplanar S4 Phototube Vacuum is ideal for a wide range of applications, including spectroscopy, photometry, astronomy, and particle physics. Its large window and biplanar photocathode design provide excellent light collection and signal-to-noise ratio, making it an ideal choice for researchers and scientists who require high-precision photometric measurements. The vacuum operation ensures minimal background radiation, ensuring the purity of the photon signal, and the robust design ensures reliable and consistent performance over time. Overall, the FW127 Big Glass ITT Biplanar S4 Phototube Vacuum is a powerful and versatile instrument that provides excellent value for researchers and scientists in the field of photonics.
Pros of buying a FW127 Big Glass ITT Biplanar S4 Phototube Vacuum:1. High-quality construction: The FW127 is known for its robust and durable design, ensuring long-term use.
2. High sensitivity: The ITT Biplanar S4 phototube provides excellent sensitivity, making it suitable for various applications.
3. High-resolution: The large glass area and high photocathode efficiency contribute to high-resolution images.
4. Vacuum system: The vacuum system ensures a stable environment for the phototube, reducing noise and improving performance.
Cons of buying a FW127 Big Glass ITT Biplanar S4 Phototube Vacuum:1. Expensive: The FW127 is a high-end product, and its price may be prohibitive for some users.
2. Complex setup: Due to its sophisticated design, the FW127 may require more time and expertise to set up and operate compared to simpler phototubes.
3. Special requirements: The FW127 requires a specific power supply and vacuum system, which may not be readily available for all users.
In conclusion, the FW127 Big Glass ITT Biplanar S4 Phototube Vacuum is an excellent choice for users who require high sensitivity, high resolution, and a stable operating environment. Its robust construction and advanced features make it a reliable option for various applications. However, its high cost, complex setup, and special requirements may make it less suitable for users with a limited budget or less technical expertise. Therefore, it is essential to weigh the pros and cons and consider the specific needs of the application before making a purchase decision.
The photo cathode response is s4. 25 and of the tube is 5. Rise time is one nanosecond and it not designed for cw light detection. It has a linear dynamic range of over 9 orders magnitude with peak output 30 amps into 50 ohm load.
What look like defects on the cathode are only weld marks to connect it rear contact. The active diameter of photo cathode is 4. If it Ian't mentioned in the included obviously unused since was designed mainly to be used quantify fireball light and gamma rays using a large scintillate, of an underground nuke test before being disintegrated by same.
Big a glass obviously unused Itt biplanar FW127 5 s4 phototube title sum it up and mouse over photos to see WASP. This may be covered by Iyar and therefore can't shipped out of the USA.