Ricoh RDC-7 manual Changing Video-Out Signal Method NTSC/PAL, Changing Display Language, 103

Models: RDC-7

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Changing Video-Out Signal Method (NTSC/PAL)

Switches the video system for connecting the camera to a TV set to play record images on TV.

See • “Connecting to a TV” (p.74) for instructions on how to connect the camera to a TV.

• “Using Your Digital Camera in Other Countries” (p.117) for information about the television systems.

q Set the mode dial to [ ].

w Press the or button to select [VIDEO OUT MODE].

e Press the or button to select [NTSC] or [PAL] and press the ENTER button.

The video setting will be changed.

SET

2/3

BEEP SOUND

ON

POWER SAVE MODE

OFF

SEQUENTIAL NO.

OFF

DATE SETTING

2000/ 6/15

VIDEO OUT MODE

NTSC

SELECT: CHANGE:

SEL.:ENTER

Changing Display Language

The information on the LCD monitor can be displayed in English, French, German and Japanese.

5

q Set the mode dial to [ ].

w Press the or button to select [LANGUAGE].

e Press the or button to select the display language and press the ENTER button.

The language setting will be changed.

SET

3/3

LANGUAGE ENGLISH

INITIALIZE SETTING

SELECT: CHANGE:

SEL.:ENTER

Settings/Miscellaneous

Note • Enable the keep settings mode to save the display language setting. See "Keep Settings" (p.99).

103

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Ricoh RDC-7 manual Changing Video-Out Signal Method NTSC/PAL, Changing Display Language, 103

RDC-7 specifications

The Ricoh RDC-7, launched in the late 1990s, represents a significant step in the evolution of digital cameras, showcasing a blend of innovative features and user-friendly design. As part of Ricoh's line of digital cameras, the RDC-7 was well-regarded for its compact design and advanced capabilities for its time, appealing to both amateur and professional photographers.

One of the standout features of the Ricoh RDC-7 is its impressive 3.34-megapixel CCD sensor, which allowed for high-quality image capture. This resolution was significant for the era, enabling photographers to capture detailed images suitable for printing and sharing. The camera's focal length of 7.6 mm to 22.8 mm (equivalent to 38 mm to 114 mm in 35mm terms) provided flexibility for various shooting scenarios, whether it was wide-angle landscapes or closer portrait shots. Additionally, the RDC-7 incorporated a 3x optical zoom lens, enhancing its versatility and making it suitable for a wide range of photographic applications.

The design of the Ricoh RDC-7 featured an ergonomic grip and a user-friendly interface, which included a 2.5-inch LCD screen that permitted users to compose and review their shots easily. This display was notable for its clarity, allowing photographers to evaluate compositions and adjust settings on-the-fly. The camera also included a robust menu system that enabled users to access and modify various shooting parameters, catering to both novice users and experienced photographers.

In terms of technology, the Ricoh RDC-7 utilized CompactFlash cards for storage, which was a widely adopted format at the time. This allowed for substantial storage capacity and quick data transfer. The camera also offered several shooting modes, including automatic, manual, and various scene-specific presets, giving users the ability to tailor their shooting experience based on environmental conditions.

Another key characteristic of the RDC-7 was its ability to record video clips in addition to still images. This added a multimedia capability that was becoming increasingly popular among digital cameras of that era. While the video recording functionality did not offer the high-definition standards of contemporary devices, it represented a forward-thinking approach to digital photography and content creation.

In summary, the Ricoh RDC-7 combined essential features, advanced technologies, and thoughtful design that made it a notable camera in the evolution of digital photography. Its blend of quality, usability, and innovative capabilities set a foundation for future developments in camera technology, attracting a loyal user base and influencing the direction of digital cameras in the years that followed.