RUB » Physics » The Faculty » Chairs and Working Groups » EP1 » PANDA FEMC Production Database

Show Hamamatsu Avalanche Photo Diode 1605017144


This is all the information about APD 1605017144. If it is wrong, edit the data.

Subdetector specification:  
Serial: 1605017144
Type: Hamamatsu Avalanche Photo Diode
Detector: unassigned
Unit: unassigned
Preamp: 0
Current location: Bochum
   
Installation information:  
Label: none
   
Manufacturer information:  
Wafer position: E12
Break-through voltage: 428 V
Voltage for Gain 100 (T=+25°C): 399.2 V
Dark current: 3.4 nA
   
Screening Logistics:  
Available: Yes
Storage Box: 358
Position in Box: 46
EP1 batch: none
EP1 batch after irradiation: 10545
   
Shipment:  
Grid number: none
Position in grid: none
Arrival for irradiation: none
Sent for analysis after irradiation: none
Return for assembly: none
   
Irradiation:  
Date: none
Dose used: none
Temperature: none
Position: none
Bias voltage: none     
   
Annealing:  
Date: none
Temperature: none
Duration: none
   
Measurement results:  
Voltage for Gain 100: T = +20 °C: none     T = -25 °C: none
Voltage for Gain 150: T = +20 °C: none     T = -25 °C: none
Voltage for Gain 200: T = +20 °C: none     T = -25 °C: none
Gain/Voltage slope at M = 100: T = +20 °C: none     T = -25 °C: none
Gain/Voltage slope at M = 150: T = +20 °C: none     T = -25 °C: none
Gain/Voltage slope at M = 200: T = +20 °C: none     T = -25 °C: none
Break-through voltage: T = +20 °C: none     T = -25 °C: none
   
Notes:


Characteristics

Temperature Measurement Notes
No characteristics available!


Upload new characteristic...

Progression of the current during irradiation

Upload time Notes
No data available!


Upload new progression data...

Version history

Time Author Change comment
05. Feb 2021 11:34:15 CET jreher Updated box and position via API.
08. Oct 2020 18:15:49 CEST jreher Updated APD location via API.
17. Aug 2020 14:37:40 CEST vwerner Updated APD batch assignment via API.
23. Jun 2016 10:43:26 CEST Tobias Imported from Hamamatsu datasheet.