0.38 Inch HD Micro LCOS Display Module Binocular Large FOV With Diopter
 
 
 
LCOS Technology
 
LCOS (Liquid Crystal on Silicon) is a new type of reflective MICRO LCD projection technology. Its structure is on a silicon wafer, using a semiconductor process to make a drive panel (also known as CMOS-LCD), and then grinding it on the transistor through grinding technology. It is flat and plated with aluminum as a reflector to form a CMOS substrate. Then the CMOS substrate is bonded to the glass substrate containing the transparent electrode, and then liquid crystal is injected for packaging testing.
 
An array of CMOS and storage capacitors are integrated on a single crystal silicon wafer, and the drain electrode is connected to the pixel electrode through an opening, and the pixel electrode is made of aluminum as a reflective electrode. To prevent strong light from irradiating the channel, a metal light-blocking layer is added. The other side of the substrate is a glass plate with ITO electrodes. The liquid crystal layer cell is very limited by the pixel size, and the cell thickness is generally a few microns. The front projection of the LC0S has a large magnification, and a spacer with a thickness of the control box cannot be used in the display area, or a spacer with a thickness of less than 2 microns can be used.

The basic principle of the LCOS projector is similar to that of the LCD projector, but the LCOS projector uses the LCOS panel to modulate the light signal emitted by the light source to be projected to the screen. The biggest difference from the LCD projector is that the LCD projector uses the light source to wear Modulation through LCD is a transmissive type, while the LCOS projector uses a reflective architecture, so the light emitted by the light source does not penetrate the LCOS panel, which is reflective. The LCOS panel uses CMOS chips as the circuit substrate and reflective layer, and then the liquid crystal layer is coated and packaged with a glass plate.
 
 
 
Product Details
 

 
 
 
Product Features
 

• Fast response time
• FOV: 38°
• Thin designs
• Low power consumption
• High brightness: minimum brightness 800cd/㎡
• High contrast ratio
• Wide operarion temperature
• The diopter can be adjusted
• Interpupillary distance can be adjusted
• Drive board:TYPE-C interface