SXGA 0.88″ M249 FLCoS Display
The SXGA microdisplay is a digitally-controlled reflective ferroelectric liquid crystal on silicon (FLCoS) spatial light modulator (SLM) suitable for imaging and other light modulation applications.
When coupled to a microdisplay interface product and an appropriate optical system, the SXGA microdisplay can be used to control either the amplitude or phase of light incident upon it.
The microdisplay is an electro-optical device that takes a 2D 1-bit binary array as its input and maps it to its corresponding pixel array. Each pixel can be “on” or “off” according to the value of the corresponding input bit. With appropriate optics and using Time Domain Imaging™ techniques, a diverse range of applications can be served.
High fill-factor (small inter-pixel gap, no sub-pixels), customizable color gamut, no image burn-in of static content and fast refresh make the SXGA particularly suitable for applications requiring high-fidelity image reproduction such as virtual imagers for training & simulation applications, video monitoring, and medical image injection.
A choice of video or flash memory based interface platforms support applications ranging from structured light projection for automated optical inspection (AOI) to ophthalmic diagnostic equipment.
The microdisplay’s ability to function at large angles of incidence makes it an ideal choice for projection systems where off-axis projection is required in order to meet the Scheimpflug condition. We have a long-term supply policy for this product, making it an ideal choice for products demanding long term support.
Specifications
Resolution Standard | SXGA |
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Pixel Resolution | 1280 x 1024 |
Active Diagonal Area | 0.88″ |
Fill Factor | >96% |
Light Modulation | Binary Amplitude / Binary Phase |
Pixel Pitch | 13.62 µm |
Pixel Form Factor | Square |
Wavelength Range | 430 nm-700 nm |
Reflectance* | 60% |
Contrast Ratio | >1000:1** |
Operating Temperature | -10°C to + 50°C |
Storage Temperature | -30 to +70°C |
Integrated Temperature Sensor | N |
Frame & Mask | N |
Compatible Interfaces | R3, R5 (video IF); R12 (memory IF) |
Max Frame Rate (24 bit video IF) | 85 Hz |
Max Binary Frame Rate (memory IF) | 3.2 kHz |
Weight | 10 g |
*Photopic reflectance: this value includes polarization conversion efficiency, transmission/reflection, absorption and fill factor losses but does not include initial light polarization or duty cycle. **This is a system parameter dependent upon f/# of illumination, choice of polarizing components and inter display-illumination alignment. |
With R3 Interface
Interfaces | Analogue RGB + Syncs / DVI / USB 2.0 / RS-232 |
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Synchronization Outputs | LED Current Drive / LED Enables |
Power | +12VDC / 14.4W (Single channel system) |
Max Umbilical Cable Length | 2.5m |
Optional dither algorithms to increase greyscale resolution | |
Fast switching liquid crystal (typical 40 μs) | |
Compatible with multiple illumination sources | |
Remote connection of microdisplay(s) via LVDS connection | |
Optional dual head configuration | |
Different display addressing sequences available for diverse applications |
With R5 Interface
Maximum Refresh Rate | 85Hz (SXGA, 24-bit color) 120Hz (WXGA, 24-bit color) |
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Interfaces | DVI / USB 2.0 / RS-232 |
Synchronization Outputs | LED Current Drive / LED Enables / V-Sync |
Power | +12VDC / 5.4W (including Microdisplay & LED drive) |
Weight | 69g (Driver Board & Microdisplay) |
24-bit color system | |
Compact, plug-and-play, all-digital interface | |
Customizable color gamut | |
Fast switching liquid crystal (typical 40 μs) | |
Gamma correction / dither algorithm | |
Remote connection of microdisplay(s) via LVDS connection | |
Digital video input (DVI) | |
PC based GUI/API for system integration & control | |
Different display addressing sequences available for diverse applications |
With R12 Interface
Maximum Refresh Rate | 3.2 kHz Binary / 240-360 Hz 8-bit Greyscale |
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Interfaces | USB 2.0 / RS-232 / RS-485 |
Synchronization | Isolated Input Triggers Programmable Isolated Output Sync Isolated Illumination Sync Inter-unit Sync (Daisy Chain) |
Power | +12VDC / 3.3W |
Weight | 32g (Driver Board u0026 Microdisplay) |
Powerful GUI and API | |
Reduced design-in time with optional LED driver | |
Small form factor | |
Fast switching liquid crystal (typical 40 μs) | |
Flexible synchronization (including inter-unit synchronization) | |
Non-volatile storage for 768 bit-planes and associated sequences | |
One system can perform multiple measurements | |
Optional 4.7 A LED driver board | |
Direct drive with optional 50 mm flex extender | |
Variable display addressing sequences |
Compatible Products + Accessories
R5 Interface
SXGA-R5 is a compact, direct drive interface suitable for all high-performance monocular, biocular, and binocular imaging applications. The SXGA-R5 system is a fast-switching, all-digital, high-performance reflective microdisplay and interface electronics. Using no color sub-pixels, the proprietary Time Domain Imaging technology provides full-color high-resolution images from one all digital microdisplay.
R12 Interface
The SXGA-R12 is a fast-switching, all-digital, high-performance reflective SLM with the R12 application specific interface and an optional 4.7 A LED driver, specifically designed to meet the demands of optical metrology system builders. The interface allows the system builder to precisely time their images on the device under test. Bi-directional trigger signals (either to the interface or from it) ensure accurate synchronization with other system components. With storage for 768 full resolution 1-bit images, the interface allows offline set up for online optimization with no controlling PC required. The SLM offers digitally precise images in a high fill factor FLCoS package ideally suited for off-axis projector applications in the 3D metrology market.
50mm Flex Extender (M131)
High Power Single Channel LED Driver (M137)
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