78mm Photomultiplier Tube 9320KFLB
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
-
Ships from:
United States
-
Sold by:
-
On FindLight:
since 2014
Description
Introducing the 9320KFLB Photomultiplier Tube, a state-of-the-art device designed for high energy physics applications. This compact and efficient photomultiplier features a 78mm (3”) active diameter with a domed end-window, making it ideal for environments where space is a constraint. The blue-green sensitive bialkali photocathode ensures exceptional sensitivity, allowing for precise detection and measurement of light in various scientific and industrial settings.
The 9320KFLB is engineered with 10 high gain, high stability SbCs dynodes, utilizing a linear focused design that enhances linearity and timing. This results in superior pulse height resolution and minimal transit time jitter, ensuring reliable and consistent performance. Additionally, a variant of this photomultiplier, the 9320UKFLB, is available with a water-resistant ultra-low background glass, providing enhanced durability and performance in challenging environments.
Constructed with a pressure-resistant envelope, the 9320KFLB is designed to withstand demanding conditions while maintaining its high performance. Its borosilicate glass window offers a spectral range from 270 to 630 nm, ensuring broad compatibility with various light sources. The photomultiplier's unique design and advanced materials make it a versatile and reliable choice for researchers and professionals seeking precision and efficiency in their optical measurements.
78mm Photomultiplier Tube 9320KFLB
Specifications |
|
|---|---|
| PMT Type: | PMT (photomutiplier tube) |
| Wavelength Of Max Response: | 630 nm |
| Wavelength Range: | 295 – 630 nm |
| Rise Time: | 2.5 ns |
| Active Diameter: | 78 mm |
| Quantum Efficiency At Peak: | 30% |
| Overall V For Nominal A/lm: | 750 V |
| Overall V For Max. Rated A/lm: | 1050 V |
| Weight: | 120 g |
| Maximum Temperature: | 60 ºC |
| Maximum Ambient Pressure (Absolute): | 202 kPa |
Features
- Compact Length: The 9320KFLB photomultiplier tube features a compact design, making it ideal for space-constrained applications.
- High Energy Physics Applications: Specifically designed for high energy physics experiments, offering reliable performance.
- Good Pulse Height Resolution: Provides excellent pulse height resolution for precise measurements.
- Pressure Resistant Envelope: Built with a pressure-resistant envelope to ensure durability in various environments.
- Low Transit Time Jitter: Offers low transit time jitter for accurate timing measurements.
- Water-Resistant Ultra Low Background Glass: Available in a variant with water-resistant ultra-low background glass (9320UKFLB) for enhanced performance in specific conditions.
- Spectral Range: Operates efficiently within a spectral range of 270 - 630 nm, ensuring high quantum efficiency.
- Bialkali Photocathode: Features a blue-green sensitive bialkali photocathode for superior sensitivity.
- High Gain Dynodes: Equipped with 10 high gain, high stability, SbCs dynodes of linear focused design for excellent linearity and timing.
Applications
- High Energy Physics: Ideal for particle detection and related experiments
- Photon Detection Systems: Suitable for low-light level detection in scientific instruments
- Nuclear Instrumentation: Useful in systems requiring high gain and low noise
- Astrophysics and Space Research: Supports ultra-sensitive light detection in challenging environments
Frequently Asked Questions
The active diameter of the 9320KFLB photomultiplier tube is 78mm (3 inches).
The spectral range for which the quantum efficiency exceeds 1% of peak is 270-630 nm.
The afterpulse rate of the 9320KFLB photomultiplier tube is not specified in the product description.
The maximum rated sensitivity of the 9320KFLB photomultiplier tube is not specified in the product description.
The 9320KFLB photomultiplier tube is suitable for high energy physics applications.