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Sd card (secure digital)
| Lens Glossary |
Far smaller than compactflash (cf) cards, secure digital memory cards have enabled camera manufacturers to further reduce the size of digital cameras. they are also commonly found in cell phones, pdas and other small electronic devices that incorporate removable memory. newer-generation (and faster) sd cards include sdhc and sdxc memory cards.
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Compactflash, английский
The most common type of digicam flash memory storage. it is removable, small and available in sizes from 4mb up to 1gb. cf type i the original 3.3mm high card cf type ii cards and devices that are 5mm high. type i devices are all solid state but type ii devices include the ibm/hitachi microdrive, a miniature, rotating hard drive. and check here: flash memory cards/readers
Electronic, английский
- Associates, incorporated фирма «электроник ассо- шиитс инкорпорейтед»
- Communications, incorporated фирма «электронике комьюникейшнз инкорпорейтед»
- Devices, incorporated фирма «электроник дивайсиз :ин- корпорейтед»
- Электронный
- [emergency] locator transmitter аварийный радиомаяк
- One of the music genres that appears under genre classification in windows media player library. based on id3 standard tagging format for mp3 audio files. id3v1 genre id # 52.
Incorporate, английский
Включать; встраивать
Generation, немецкий
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Iso (international organization for standardization), английский
Film speed rating expressed as a number indicating an image sensor’s (or film`s) sensitivity to light. the higher the number, the more sensitive and faster the sensor (or film) is. although traditional cameras don`t have a specific iso rating, digital cameras do as a way to calibrate their sensitivity to light. iso is equivalent to the older asa.
Effective pixels, английский
Effective pixels is a measurement of the number of pixels that actively record the photographic image within a sensor. as an example, a camera might hold a sensor containing 10.5 megapixels, but they have an effective pixel count of 10.2 megapixels. this discrepancy is due to the fact that digital imaging sensors have to dedicate a certain percentage of available pixels to establish a black reference point. these pixels are usually arranged frame-like, along the edge of the sensor, out of range of the recorded image.
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