Photomultiplier tube unit
H10330C series is an NIR-PMT unit using a compact NIR-PMT (near infrared photomultiplier tube) developed by our advanced photocathode technology. The NIR-PMT is contained in a thermally insulated sealed-off housing evacuated to a high vacuum. The internal thermoelectriccooler eliminates the need for liquid nitrogen and cooling water. The light input window of these modules use a condenser lens to provide a virtually larger photosensitive area allowing easy optical coupling. Adapters for connection to an optical fiber and monochromator are also available as options.
C10330C series have three types of lineups. (H10330C-25: 950 nm to 1200 nm, H10330C-45: 950 nm to 1400 nm, H10330C-75: 950 nm to 1700 nm)
|Parameter||Description / Value||Unit|
|Spectral response||950 to 1200||nm|
|Detection area for collimated light||φ18||mm|
|Effective area of PMT||φ1.6||mm|
|PMT operating temperature||-60||°C|
|PMT operating guaranteed voltage||-500 to -900||V|
|Operating ambient temperature||+5 to +40||°C|
|Operating ambient humidity *1||Less than 80||%|
|Storage temperature||-20 ～ +50||°C|
|Storage humidity||Less than 80||%|
*1: No condensation
|PMT supply voltage||-900||V|
|Average PMT anode current||1||µA|
|Cathode sensitivity *2||Quantum efficiency||1||2||-||%|
|Anode sensitivity *2||Radiant||-||1.8×104||-||A/W|
|Anode dark current *2 *3||-||0.4||1||nA|
|Anode dark count *3||-||2.5×103||-||s-1|
|Time response||Anode pulse rise time||-||0.9||-||ns|
|Anode pulse fall time||-||1.7||-||ns|
|Transit time spread||-||0.4||-||ns|
*2: At 1100 nm
*3: At 30 minutes after high voltage is applied with shutter closed and anode radiant sensitivity = 10000 A/W.
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