EMI 9592 EMI-9592 Visible Ir Photomultiplyer Tube Dynode Chain Circuit Base

( Brand: Emi 9592 ), ( Manufacturer Part Number: EMI-9592 ), ( Part Type: Circuit Tube Chain )

Review EMI 9592 Visible Ir Photomultiplyer Tube Dynode Chain Circuit Base

EMi 9592 Visible IR Photomultiplier Tube with Dynode Chain Circuit Base

The EMi 9592 Visible IR Photomultiplier Tube is a cutting-edge optoelectronic device, specially designed for high-sensitivity detection and measurement in various scientific and industrial applications. This tube, with its exceptional performance and robust construction, is an indispensable tool for researchers and professionals in the fields of photonics, astronomy, biomedical imaging, and more.

The heart of the EMi 9592 is its photocathode, which responds to visible and near-infrared light (approximately 300-1100 nm). The photocathode's sensitivity makes it ideal for detecting low-intensity photon signals, ensuring precise and accurate results. The tube's photomultiplier section amplifies the weak electrical signals generated by the photocathode, increasing the signal-to-noise ratio and enhancing the tube's overall sensitivity.

The EMi 9592 features a unique dynode chain circuit base, consisting of nine dynodes (including the photocathode) and an anode. Each dynode in the chain is designed to progressively amplify the signal, providing a significant output voltage. This dynode chain structure reduces the noise level and improves the resolution, ensuring superior performance in high-speed, low-light environments.

The EMi 9592 is housed in a sturdy base that provides mechanical support, electrical connections, and alignment for the photomultiplier tube. The base is designed for easy integration with various systems, featuring standard electrical connections and mounting options. The EMi 9592 also includes a high-voltage supply unit, ensuring stable and reliable operation.

In summary, the EMi 9592 Visible IR Photomultiplier Tube with Dynode Chain Circuit Base is a versatile and high-performance device, ideal for researchers, scientists, and professionals who require exceptional sensitivity and resolution in their photon detection and measurement applications. With its wide spectral response, robust construction, and advanced dynode chain circuit, the EMi 9592 is a valuable asset in the pursuit of scientific discovery and technological innovation.

Analysis of Visible IR Photomultiplier Tube (PMT) with Dynode Chain Circuit Base (EMi 9592)

1. High Sensitivity: The EMi 9592 is designed to detect low-light signals, making it suitable for applications that require high sensitivity, such as astronomy, spectroscopy, and particle physics.

2. Wide Dynamic Range: Due to its dynode chain, the PMT can amplify signals efficiently, allowing it to handle a wide range of input light intensities.

3. Broad Spectral Response: The EMi 9592 has a response range from UV to near-IR, making it versatile for various applications.

4. Durable Construction: The PMT is built with a robust circuit base, ensuring longevity and reliability in challenging environments.

1. High Cost: The EMi 9592 is a specialized piece of equipment and can be quite expensive compared to general-purpose photodetectors.

2. Power Consumption: PMTs, including the EMi 9592, consume more power than other photodetectors, which can be a significant consideration in battery-powered or portable applications.

3. Requires High Voltage: To function properly, the PMT needs a high voltage (typically in the kilovolt range), which requires careful handling and additional safety considerations.

4. Complex Setup: The EMi 9592 might require a more complex setup process compared to other photodetectors due to the need for high voltage and specific handling procedures.

The EMi 9592 Visible IR Photomultiplier Tube with Dynode Chain Circuit Base is an excellent choice for applications that require high sensitivity, wide dynamic range, and a broad spectral response. However, its high cost, power consumption, need for high voltage, and complex setup may make it less suitable for budget-conscious users or applications where power efficiency is crucial.

If your application requires a high-performance photodetector with a wide spectral response and high sensitivity, the EMi 9592 could be a valuable investment. However, carefully consider your budget, power requirements, and installation capabilities before making a decision. If these factors are a concern, alternatives such as avalanche photodiodes or charge-coupled devices (CCDs) might be more appropriate. Consult with a technical expert or manufacturer for personalized advice.

Details:

2000 a lam overall sensitivity: rated max. Up to UV, 2000. Bags coated, s-10 photocopied, sensitive from red, 8000a. 14 pin, b14b base.

Emi 9592 visible to ir photomultiplyer tube with dynode chain circuit base I tested it and outputs a signal. Recommended cathode to d1 voltage 150v anode subject not exceeding 2000 v max.

I inch diameter, top window photomultiplyer. extended red response, laser detection fast electrical ratings cathode to d1 300v max dynode coated with CSS.

specifications industrlasemr:

• brand: Emi 9592
• mpn: Emi-9592
• part type: Circuit Tube Chain

Offer industrlasemr:

• quantity: 1
• Sold: 0
• Started: June 15, 2017, 3:01 am
• bids: 0
• best offer: true

Returns industrlasemr:

• policy: no returns

Seller industrlasemr:

• zipcode: 61821
• city: Champaign, Illinois

General industrlasemr:

• condition: Used
• businessindustrial > mroindustrial supply > lightinglasers > industrial lasers lighting lasers
• in stock: Yes

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• PayPal

Shipping industrlasemr:

• handling: 3 days
• type: Flat
• cost: $7.0

Ratings:

1. Quick response and fast payment. Perfect! THANKS!! 06-06-17
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4. Hope to deal with you again. Thank you. 06-12-17
5. Hope to deal with you again. Thank you. 06-06-17

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