 |
|
We have more Special DataSheet than other site. If, There is not a datasheet which searches, Request ! (It will updated in 12 hours.)
GetDatasheet.com is a free electronic engineering tool that enables you to locate product datasheets from hundreds of electronic component manufacturers worldwide.
All Data provided on this web site and the associated web pages is provided as is. It is intended to be for general information only, and is thus provided without any express or implied warranty or guarantee. It is the responsibility of the user or reader to ensure and confirm that this information is accurate and correct with the original publisher of the data sheet.
Most of the data sheets below are in the "pdf" format so it would be adviseable to use Adobe Acrobat Reader.
VTB6061 Datasheet |  | | Description: | Process photodiode. Isc = 350 microA, Voc = 490 mV at H = 100 fc, 2850 K. | | Manufacturer: | PERK | | Temp. range: | Min: -40°C | Max: 110°C | | Package: | TO-8 | | Pins: | 2 | | Datasheet: | VTB6061.PDF (31Kb) |
Related datasheets for VTB6061:Lower in the list you can see the relative results of searching, which resembling the inquiring. If there is no necessary name in the results of searching for VTB6061 – look at the relative results.
| # | Component part name | Component Description | Manufacturer | PDF size | | 1. | VTB1012 | Process photodiode. Isc = 13 microA, Voc = 490 mV at H = 100 fc, 2850 K. | PERK | 27K | | 2. | VTB1012B | Process photodiode. Isc = 1.3 microA, Voc = 420 mV at H = 100 fc, 2850 K. | PERK | 27K | | 3. | VTB1013 | Process photodiode. Isc = 13 microA, Voc = 490 mV at H = 100 fc, 2850 K. | PERK | 27K | | 4. | VTB1013B | Process photodiode. Isc = 1.3 microA, Voc = 420 mV at H = 100 fc, 2850 K. | PERK | 27K | | 5. | VTB1112 | Process photodiode. Isc = 60 microA, Voc = 490 mV at H = 100 fc, 2850 K. | PERK | 29K | | 6. | VTB1113 | Process photodiode. Isc = 60 microA, Voc = 490 mV at H = 100 fc, 2850 K. | PERK | 29K |
|
|
VTB6061.PDF
VTB6061 DatasheetProcess photodiode. Isc = 60 microA, Voc = 490 mV at H = 100 fc, 2850 K.
|
| |
|
