Densitron Technologies PLC.
Corona, CA 92880
Single Board Computer fits ConnectBus-® standard.
With only one plug, DPX-91 is suitable for embedded PC applications requiring easy serviceability and minimal downtime. In single operation, technician can remove unit and replace it with new or upgraded unit. Based on Intel Socket 370, computer will accept PentiumÃ-® III CPUs up to 1 GHz with 133 MHz front side bus. It has 3D graphics, DVD/MPEG2 playback, up to 64MB video memory, 1 GB RAM,...
Read More »
LCD Panel maximizes active area in handheld displays.
Model LM5575 applies 64 x 126 pixel display format to LCD panel that measures 93 x 56 mm. Module utilizes FSTN technology for readability, and can be used to provide distinctive user interface on portable/handheld and fixed equipment. Self-contained display with on-board single-chip display driver (SED1575) includes onboard RAM and DC/DC converter. With TAB construction, module presents overall...
Read More »
Display Panel Module includes user interface.
CL6088 1/4 VGA liquid crystal display offers viewing area of 118 x 89.3 mm with resolution of 320 x RGB x 240 pixels. It is provided with interface connections to row and column drivers for direct connection to micro-controllers or microprocessors that incorporate color LCD controller. Display mode is RGB color, transmissive FSTN, and module incorporates single CCFL tube backlight. CL6088...
Read More »
Transporatable PC offers detachable touchscreen display.
Ixion transportable industrial PC's detachable LCD touchscreen display can be used as tethered tablet up to 30 ft away from main CPU. Fine resolution touchscreen module is constructed of aluminum. Computing function is resident in base CPU unit, including hard disk. Other features include input options, light-sensing self-dimming feature, and 2 expansion slots for data acquisition or motion...
Read More »
LCD System is suitable for outdoor applications.
Phoenix LCD display system offers surface luminosity of 1800nits (cd/m sq) and screen diagonal of 12.1 in. Measuring 1.25 in. thick, it uses backlighting and optical filter system to produce screen image viewable in bright sunlight. Field serviceable system features dimming control circuitry, and is compatible with single board computers, display adapter cards, and PanelLink(R)(DVI) interfaces.
Read More »
Chip-On-Glass LCD can be read in sunlight.
DV3002 character display provides 2 lines with 16 characters, draws only 50 micro A at 5V, and is suitable for battery powered process control equipment, mobile data-collection devices, and handheld instrumentation. It withstands temperatures from -20 to +70 deg C, humidity of 90%RH, and has MTBF in excess of 100,000 hours. Measuring 69.5 x 25.05 x 2.85 mm thick, it has effective display area of...
Read More »
Auto-Contrast LCD needs no adjustment.
LM4040 4 x 20 alphanumeric LCD module uses flat-response-fluid (FRF) to eliminate need for temperature compensation circuitry or user adjustment of contrast voltage over operating temperature range of -20 to 70 deg C. Applications include those where ambient temperature around display is likely to change during operation. Array type backlight requires 160mA at 5Vdc and provides uniform...
Read More »
Retro-Reflector triples LCD performance.
Boomerang LCD reflective technology is composed of wide-angle, retro-reflective micro-lenses mounted to rear surface of LCD glass panel. Boomerang reflects most incident light directly back along its path, and is certified to meet ANSI/ISEA 107-1999 Level 2 and EN 471 Class 2 retro-reflective performance. When illuminating device from off-axis direction in poorly lit conditions, reflected light...
Read More »
Low Power Display works in handheld applications.
DV5520 is suitable for battery-powered applications where harsh environment is likely to be encountered, such as mobile data collection devices and handheld instruments. Display survives temperatures from -20 to 70 Ã-
Read More »
LCD Panel operates over wide temperature range.
MAXIMISER2 1/2-VGA display module works in temperatures of -20Ã-
Read More »