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Products > Photosensitive ElectronTubes > Photomultiplier Tubes (PMT) > PMT modules (Analog)


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PMTmodules (Analog)

PMT modules consist of a photomultiplier tube, a high-voltage power supply circuit and a voltage-divider circuit for distributing voltage to each dynode, all integrated into an easy-to-use, compact case. Hamamatsu offers a full lineup of photomultiplier tube (PMT) modules adaptable to various kinds of applications and measurements. Now you can make the best choice from among our PMT modules available with diverse device characteristics and shapes, analog or digital outputs, CPU and interfaces for control and data transfer with computers and even gating function.
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Photomultiplier Tube Modules (PMT modules) Hamamatsu has developed photomultiplier tube modules to make the photomultiplier tube with its amazing history of results, even easier to use in wider applications.

>>> Optical Blocks for PMT Modules

Products Lineup






* Products are applicable to "Optical Blocks for PMT Modules".

Current Output Types

Type No.
Spectral
Response
(nm)
Rise Time

(ns)
Photosensitive
Area
(mm)
Dimensions

(mm)
Input
Voltage
(V)
Remarks
H5773 Series
H5783 Series
185 to 920
0.78
8 dia.
50 x 25 x 18
22 x 22 x 50
+15
Low power consumption
H6779 Series
H6780 Series
185 to 920
0.78
8 dia.
50 x 25 x 18
22 x 22 x 50
+15
Low ripple noise
Fast settling time
H9858 Series
185 to 920
0.78
8 dia.
50 x 25 x 18
+3
Low ripple noise
Low power consumption
H7422 Series
300 to 920
0.78 / 1
7 dia. / 5 dia.
56 x 36 x 104
+15
Built-in cooler
H9305 Series
185 to 900
1.4
3.7 x 13
19 x 53 x 51
+15
High gain, compact
High sensitivity in near IR
H7732 Series
185 to 900
2.2
4 x 20
38 x 95 x 50
+15
High gain
H7826 Series
300 to 850
1.5
15 dia.
26 x 50 x 56
+15
For portable unit
Easily couples to Scintillator
H8443 Series
300 to 650
1.6
22 dia.
φ34 x 121
+15
Wide sensitive area

Voltage Output Types

Type No.
Spectral
Response
(nm)
Frequency
Response
(kHz)
Photosensitive
Area
(mm)
Dimensions

(mm)
Input
Voltage
(V)
Remarks
H5784 Series
185 to 920
20
8 dia.
22 x 22 x 60
+/- 15
Feedback resistance 1M-ohm
H9656 Series
185 to 920
200
8 dia.
51 x 24 x 25
+/- 15
Feedback resistance 100k-ohm
H9306 Series
185 to 900
20
3.7 x 13
19 x 53 x 51
+/- 15
Feedback resistance 1M-ohm
H9307 Series
185 to 900
200
3.7 x 13
19 x 53 x 51
+/- 15
Feedback resistance 100kohm
H8249 Series
185 to 900
20 / 200
4 x 20
38 x 95 x 50
+/- 15
Feedback resistance 1M-ohm (20kHz)
Feedback resistance 100k-ohm (200kHz)
H7827 Series
300 to 850
20 / 200
15 dia.
26 x 50 x 56
+/- 15
Feedback resistance 1M-ohm (20kHz)
Feedback resistance 100k-ohm (200kHz)

Internal CPU + Interface Types

Type No.
Spectral
Response
(nm)
Integration
Time
Photosensitive
Area
(mm)
Dimensions

(mm)
Input
Voltage
(V)
Remarks
H7468 Series
185 to 920
40us to 500ms
8 dia.
35 x 50 x 60
+5
Charge amp.+ADC

Gate Functional Types

Type No.
Spectral
Response
(nm)
Rise Time

(ns)
Photosensitive
Area
(mm)
Dimensions

(mm)
Input
Voltage
(V)
Remarks
H10304 Series
185 to 920
0.78
8 dia.
35 x 50 x 60
+15
High-speed gate
Small size

Spectral Response

The quantum efficiency of the PMT module is compared in the following graphs. Quantum efficiency is the conversion ratio of photoelectrons per photon and is a very important factor that determines the S/N characteristic.It is essential to select a PMT module having high quantum efficiency on the wavelengths of light to be measured. To obtain a lower detection limit with a good S/N ratio in low-light-level measurement, the dark current and dark count must also be considered as well as the quantum efficiency.

Spectral response characteristics example of PMT modules sensitive to UV through visible light



Spectral response characteristics example of PMT modules sensitive to UV through near infrared light



Application Examples

>>> Application Examples

Precautions

Safety precautions

Subject to local technical requirements and regulations, availability of products included in this promotional material may vary. Please consult with our sales office.

Some products listed in this catalog generate a high voltage internally. Be sure to observe the following safety
measures and take sufficient precautions to prevent possible electrical shocks.

Always turn off the power before moving, installing and inspecting the products or connecting/disconnecting the cables and connectors.
Do not modify any part of the product and do not open the housing case. Malfunctions or electrical shocks might result and the products might overheat, smoke or catch fire.

Handling precautions

Take the following precautions when handling PMT modules.

Do not expose the photocathode of PMT modules to excessive light such as sunlight. If exposed, noise will increase and photocathode sensitivity will deteriorate.
Do not touch the light input window with bare hands. Dirt and grime on the window causes loss of optical transmittance. If the window becomes soiled with dirt or grime, wipe it clean using alcohol.
Helium will penetrate through silica (quartz) glass windows and increase noise. Avoid using or storing those PMT modules in an atmosphere where helium is present.
Carefully check that the power supply output voltage and polarity are correct.
Do not apply strong vibrations or impacts to PMT modules.
Do not apply a strong tightening force to localized sections.
Do not let moisture or dust penetrate inside.
Consult with us if you must take special countermeasures against tough conditions such as high temperatures, high humidity or strong magnetic fields.
When designing equipment using or incorporating products listed in this catalog, install safety interlocks (breakers, etc.) to prevent accidents from electrical shocks or excessive light input, etc.

Warranty

Hamamatsu PMT modules and related products are warranted to the original purchaser for a period of one year after delivery. The warranty is limited to repair or replacement of defective products due to defects in workmanship or materials used in their manufacture.
Even if within the warranty period, the warranty shall not apply to failures due to misuse, mishandling, modification by the customer, or accidents such as natural or manmade disasters.
The customer should inspect and test all products as soon as they are delivered.



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