V760A-3 /C-3 0.39 inch OLED virtual 80 inch screen wearing high-definition large screen portable display electronic viewfinder

V760A-3 virtual 80-inch monitor wearing high-definition large-screen portable monitor

Applications:

Including head-mounted video displays (glasses, goggles, helmet vision systems), game helmets, electronic viewfinder equipment, computer vision and other product applications. Laser imaging, multi-function personal helmet system, soldier night vision system, life detection video equipment, handheld detector, infrared night vision device, infrared thermal imager, infrared video surveillance, security surveillance, etc. connection to a surveillance or thermal imaging system)

V760-3A/C portable large-screen high-definition monitor, display 80 inches, 800*600 active matrix color, 0.39-inch OLED panel module adopts monocrystalline silicon transistor. The panel adopts panel drive and logic drive, which is small in size, light in weight and high in definition.

Equipped with 18mm eyepiece, custom bandage;

Adjustable diopter, adjustable brightness.

External JST socket 3.7V battery, convenient and fast.

CVBS signal input, support NTSC/PAL

Metal shell, internal fixed bracket, waterproof, dustproof and shockproof.

The humanized bandage is comfortable and convenient, and supports up and down adjustment.

Display: 0.39-inch OLED

Resolution: 800*600

Video format: 4:3

Color: 24-bit input

Viewing angle: 35° diagonal

Video Input: Composite AV/CVBS

Video signal: NTSC/PAL/SECAM automatic selection

Working voltage: 3.7-5V

Working current: 5MA

Power consumption: 0.1W

Display frame rate: 60HZ (NTSC), 50HZ (PAL)

Interpupillary distance: 20mm

Pupil diameter: 18m

Eyepiece: 14x optical

Correctness Adjustment: Support

Diopter adjustment: support

Monitor security applications:

Head-mounted displays are widely used for security monitoring: they are common in night vision inspections in the mining and construction industries. Additionally, head-mounted displays can be used in conjunction with night vision cameras and thermal imaging cameras.

FPV 5.8G and 2.4G receiver display

5.8G and 2.4G wireless receiving handheld monitors are invisible in sunlight, so rainy days are also required. The head-mounted display adopts a universal waterproof cover design, which has no effect on strong sunny or rainy days.

The V760 is an external video source and battery that can be easily matched to the end device. 5.8G is used for the comparison of FPV dividers. Some countries in Europe and the United States are currently competing for drones. In addition, the domestic market is also gradually evolving. Air traffic monitoring; outdoor activities such as outdoor photography need to be observed in time. Popular 7-inch screens and internet-connected phones are used as displays. Everyone who looks at their phone in the sun will encounter the problem of how to damage their glasses. The viewing effect is also blurry. Therefore, the use of helmet-mounted displays can effectively avoid glare.

Headphone medical device application:

Industrial medical video display: human-machine vision engineering research, aviation navigation, machine vision imaging, various testing equipment, dental diagnostic equipment, medical X-ray fluoroscopy, tunnel geology and marine exploration and utilization, scientific research institutes

Endoscope: It is basically connected to a large-screen display in medical applications, and there is only one doctor who really needs to observe. Therefore, the use of a head-mounted display can protect the privacy of the patient. In addition, you can let go of your hands and the display will be clearer than normal monitors.

Ultrasound: Ultrasound applications on the market today are low resolution, small screens. In addition, ultrasound is more and more widely used in our life and work. Analogy: Large farms need to observe and test the fertility of some animals, and large farms have matching super waves. Hyperuse is very disturbing for users and objects used at night and outdoors. The display of the machine itself emits strong light when working at night, interfering with resting objects.