• Part: SED1336
  • Description: CMOS GRAPHIC LCD/TV CONTROLLER
  • Manufacturer: EPSON
  • Size: 78.14 KB
Download SED1336 Datasheet PDF
EPSON
SED1336
SED1336 is CMOS GRAPHIC LCD/TV CONTROLLER manufactured by EPSON.
DESCRIPTION CMOS GRAPHIC LCD/TV CONTROLLER For Medium-Scale LCD - Output to LCD-Screen - Virtual Screen Display RAM - Enhanced Control Function - - Simultaneous LCD & TV Display The SED1336 is a CMOS low-power dot matrix liquid crystal graphic display controller with built-in TV support. The built-in TV support IC is capable of displaying characters and graphic images simultaneously on TV monitors and flat panels. The SED1336 has a built-in TV control circuit that generates either NTSC or PAL system synchronous signals, memory. The device stores the display data in external SRAM that is sent by an 8-bit microputer, and generates all the control signals required by the LCD drivers. The controller incorporates an internal character generator ROM which supports user-defined characters. An external CG ROM can also be supported to provide additional characters. The SED1336 can be interfaced to high-speed microprocessors such as the Intel 80xx family or the Motorola 68xx family. The controller supports a set of mands that allow the user to create a layered display of characters and graphics. s FEATURES - Low-power CMOS fabrication - patible with both Intel 80XX and Motorola 68XX high-speed MPU - Display duty: LCD 1/2 to 1/256 can be selected TV 256 × 200 dots - Internal and external character generator ROM - Simultaneous LCD and TV operation s SYSTEM BLOCK DIAGRAM - Selectable display synthesis - Programmable cursor movement - Multimode display: 2 layers of overlapping character and graphic 3 layers of overlapping graphic - Supports 64K bytes of memory - Single power supply 3.0V to 5.5V - Package Plastic QFP6-60 pin (F0A) DATA CPU CONTROL SED1336F SRAM MONO LCD TV VA0 to VA15 VCE VD0 to VD7 VSD SNC YDIS LP, WF XSCL XD0 to XD3 SED1336 s BLOCK DIAGRAM Video RAM CG RAM External CG ROM LCD WITH SED1180/SED1190 VRAM...