Show Hamamatsu Avalanche Photo Diode 0701005620
This is all the information about APD 0701005620. If it is wrong, edit the data.
| Subdetector specification: |
|
| Serial: |
0701005620 |
| Type: |
Hamamatsu Avalanche Photo Diode |
| Detector: |
assigned to 0701005620/0704005825 |
| Unit: |
#27 (barcode 1309000265) |
| Preamp: |
1028 |
| Current location: |
Bochum NB2/65 or NB2/171 ex Proto192 |
| |
|
| Installation information: |
|
| Label: |
blue |
| |
|
| Manufacturer information: |
|
| Wafer position: |
D10 |
| Break-through voltage: |
419 V |
| Voltage for Gain 100 (T=+25°C): |
390.2 V |
| Dark current: |
28.8 nA |
| |
|
| Screening Logistics: |
|
| Available: |
No |
| Storage Box: |
none |
| Position in Box: |
none |
| EP1 batch: |
none |
| EP1 batch after irradiation: |
none |
| |
|
| 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 |
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|
| Notes: |
|
Characteristics
| Temperature |
Measurement |
Notes |
| +20.0 °C |
Gain |
Data is normalized with the Hamamatsu G=100 Voltage, although the APD is irradiated.
Gain=200 not reached |
| -25.0 °C |
Gain |
Normalization: +20°C Data is normalized with the Hamamatsu G=100 Voltage, although the APD is irradiated. The light yield at G=100 for +20°C is compared to the light yield at -25°C. The G=100 voltage for the -25°C data is where both yields are equal |
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Progression of the current during irradiation
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Notes |
| No data available! |
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