Hikrobot MV-CA003-21UM : กล้อง VGA, 1/4″ CMOS USB3.0 Industrial Camera

MV-CA003-21UM 0.3MP, 1/4″ CMOS, USB 3.0 Camera Supports auto introduction control, client characterized LUT and gamma rectification. Cameras can be synchronized with hard trigger and delicate trigger. Diverse introduction modes upheld. Minimized structure with the extent of 29mm×29mm×30mm, reasonable for tight mounting necessity.

Features:

• Single board design, flexible configuration.
• USB 3.0 interface provides 3Gbps bandwidth.
• Supports auto exposure control, LUT and gamma correction.
• Cameras can be synchronized with hard trigger and soft trigger.
• Different exposure modes.
• Embed special color interpolation algorithm which reproduces color performance better and supports auto
  white balance function.

Applications:

• Electronic semiconductor
• Factory automation
• Quality Inspection

The items spread whole arrangement of modern cameras, focal points, vision programming stages, vision box and mechanical shrewd cameras. They are connected in innovation items, metal preparing, modern mechanization and different fields; Achieved quick and precise situating direction, measurement estimation, recognizable proof and different applications. The modern camera items are delivered under thorough testing and quality control. They are demonstrated steady, solid and backing altered advancement.

In situations where full-frame shots are taken, Area Scan sensors are used more This ensures the greatest flexibility for different infrastructure parameters such as distance, cabling and bandwidth requirements.

ISP special debugging algorithms improve color patterns with better interpolation of color pixels, which is ideal for scenarios with high color discrimination requirements, such as Semiconductors in electronics, Packaging, printing control and textile dyeing, agro-food, chemical engineering and many other industries.
Linear cameras are equipped with a wide field of view, and their non-interlaced continuous and continuous acquisition imaging mode can efficiently record objects that are long in length and that require high