66EN

MAJORSPECIFICATIONS

Dimensions

: 129 (W) x 74 (H) x 39 (D) mm

Power consumption

: 4.2 W

 

Weight

: Approx. 260 g

Power

: DC 6 V

 

 

 

 

Flash

: Built-in,

 

 

Effective shooting distance: 0.5 to 2 m

 

(with zoom set all the way to “W”)

LCD monitor

: 1.8”

 

Tripod mounting socket

: Provided on the bottom panel

Storage media

: Built-in flash memory (storage capacity: approx. 3 MB),

 

Compact Flash card (commercially available)

Compression system

: JPEG (compatible)

CCD

: 1/4”, 350,000 pixel, progressive scan, complementary colour

 

CCD

 

Focal distance

: 4.5 to 45 mm

 

(equivalent to 43 mm to 430 mm on a 35 mm camera)

Zoom

: 10X optical zoom

Filter diameter

: 27 mm

 

Aperture (F-number)

: F1.6

 

Minimum subject distance

: Approx. 7 cm (with the zoom set all the way to “W”)

 

Approx. 1 m (with the zoom set all the way to “T”)

Photometry method

: TTL CCD photometry

Shutter system

: Electronic shutter

Shutter speeds

: Auto/Manual (1/7 to 1/1000 sec.)

White balance

: Auto/Manual (Fine/Cloudy/Halogen/M.W.B.)

Focusing

: Auto/Manual (7 cm to )

Picture quality

: 3 modes (Fine/Standard/Economy)

Number of storable images

: Fine

: approx. 30

 

Standard

: approx. 50

 

Economy

: approx. 100

PC jack

: 2.5 mm dia., 3-pole plug

Video output jack

: 3.5 mm dia., 2-pole plug (PAL)

DC input jack

: 6 V

 

Infrared transmitter/receiver

: IrDA Ver. 1.0 (IrTran-P compatible)

E. & O. E. Design and specifications subject to change without notice.

Page 66
Image 66
JVC LYT0143-001A manual Major Specifications

LYT0143-001A specifications

The JVC LYT0143-001A is a high-performance camera module that has gained recognition in various imaging applications. Its robust design and advanced features make it suitable for a variety of environments, ranging from professional filmmaking to industrial use.

One of the standout features of the JVC LYT0143-001A is its impressive resolution. The camera utilizes a high-sensitivity sensor that captures stunning 4K video, ensuring that every detail is vividly represented. This level of clarity is especially beneficial for applications requiring meticulous attention to detail, such as surveillance, monitoring, and professional video production.

In terms of connectivity, the JVC LYT0143-001A boasts multiple interfaces, including HDMI and USB options, which facilitate seamless integration with other devices. This versatility allows for easy connections to monitors and editing equipment, making it ideal for users who need to review or edit footage in real-time. Furthermore, the module supports various recording formats, giving users the flexibility to choose the best option for their specific project needs.

The camera's low-light performance is another critical aspect. Thanks to its advanced image processing technology, the LYT0143-001A can maintain high-quality imagery even in challenging lighting conditions. This feature is vital for nighttime filming or scenarios where lighting cannot be controlled.

Additionally, the LYT0143-001A includes features designed for ease of use. Its compact design allows for straightforward installation in tight spaces, while the lightweight construction makes it suitable for use in mobile applications or on drones. The intuitive user interface ensures that operators of all skill levels can navigate the settings without a steep learning curve.

For users concerned with durability, the JVC LYT0143-001A is built to withstand various environmental conditions. Its rugged design provides added protection against dust and moisture, which is crucial for outdoor applications.

In summary, the JVC LYT0143-001A is an exceptional camera module that combines high resolution, versatile connectivity, excellent low-light performance, and durable construction. Its features and technologies make it a top choice for professionals in need of reliable and high-quality imaging solutions across different settings. Whether for film production, surveillance, or creative projects, the JVC LYT0143-001A is a commendable asset in the field of imaging technology.