AUG. 2002 LSIs LCDs Meeting Many Needs Wide-ranging Applicat

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AUG. 2002 LSIs LCDs Meeting Many Needs Wide-ranging Applicat

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LSIs LCDs
AUG. 2002
LSIs LCDs
Meeting Many Needs Wide-ranging Applications SHARP's LSIs LCDs
performance panels been enhanced expansion use, improvements needed their peripherals. SHARP contributes design highly functional applications through LSIs LCDs, such drivers, controllers, video interface ICs, gray-scale ICs, power supply ICs, etc. that satisfy needs across wide range applications.
Drivers
Notice Applications above always available countries. Screen images simulated.
Drivers
LSIs LCDs
Fundamental Technology Drivers that Supports Panels
Technology drivers Technology drivers
Fundamental Technology Drivers
RSDSTM*1 input
contributes lower EMI*2 LCDs, lower power consumption higherdensity mounting.
RSDS: Reduced Swing Differential Signaling RSDS trademark National Semiconductor Corporation. Electro-Magnetic Interference
Drivers
Panels
Smaller Thinner Outline
Partial drive mode
contributes power consumption LCDs partially displaying cellular phone's standby.
Twin drive single-chip driver
operate single-chip driver with fully built-in functions required LCDs, such controller, power supply circuit display RAM. addition, share driver backlight, twin LCDs (main LCD) allow reduce size weight products.
High-density mounting
Several types (System Film)
Color Display
Multi level gray scale 256-level gray scale thousand colors) Multi color colors
Twin drive single-chip driver
Lower Power Consumption
voltage/ power consumption
voltage drive Wide variety power save mode Prechargeless output Partial drive mode
Shadowingless drive
create high quality LCDs suppressing generation uneven brightness along with characters patterns.
Higher Quality
Shadowingless drive Lower output deviation inversion drive
Lower output deviation
suppress uneven output voltage thanks SHARP's unique off-set cancel function when displaying LCDs making brightness each pixel uniform.
Lower
Decrease frequency
Dual-edge 1-port input Single-edge 2-port input
inversion drive
create high-quality display LCDs decreasing shadowing flicker adjacent dots LCDs.
RSDSinput
Larger Panel/ Higher Definition
Highter output counts outputs Higher speed (equivalent MHz)
Dual-edge 1-port input single-edge 2-port input
made possible decreasing frequency. dual-edge 1-port input, data sampled both rising edge falling edge clocks. singleedge 2-port input, data sampled 2-pixel data simultaneously rising edge falling edge clocks.
Notice company product names trademarks their respective holders.
SHARP's LSIs LCDs Providing System Solution
SHARP's LSIs LCDs provide system solution combination with driver, controller, video interface gray-scale power supply depending use. SHARP also contributed creating smaller sizes multi-functional products integrating peripheral LSIs stacked package.
Under development
Sub-LCD panel dots colors
Main-LCD panel dots colors
LH15F1
Segment/ Common driver
IR3MXX Power supply
LR38820 controller lines Source driver LH168YH QVGA_LCD panel dots
RSDS signal input Printed circuit board
Timing contoller
lines
Gate driver LH1696H
Gray-scale IR3E11M Gate driver LH1692 pcs.
Source driver LH16A6 pcs. UXGA _LCD panel dots
Turn left next light
09:23
2.154km
Timing controller Dedicated signal TFT-LCD Tuner signal Navigation Analog signal Source driver LH1687 panel dots Printed circuit board
Video interface RB5P006AM
Gate driver LH1691
Lineup Drivers
LCDs
Drive function Drive technology Model Gray scale drive outputs 309/312/ 321/324
levels (6-bit)
Under development
Display voltage (V)MAX.
Reference page
LH168K LH168M*1 LH168T LH168S*2 LH16A3*1 LH16A4*1 LH168R LH16A5*1 LH168V LH16A6*1 LH168YH LH168P LH16A1 LH1684 LH1687 LH1696H LH1691 LH1694 LH1692
13.5
Inversion Drive
402/420
levels (8-bit)
Source Drive
levels (6-bit) Analog
Line Inversion Drive
300/309
Gate Drive
using RSDS Electro-Magnetic Interference RSDS: Reduced Swing Differential Signaling. RSDS trademark National Semiconductor Corporation. LH168S assignment variation LH168T.
LCDs (For Medium/Small Panels)
Type Drive function Model drive outputs Segment/Common Duty ratio 1/10, 1/18, 1/26, 1/34, 1/42, 1/50, 1/58, 1/66 1/17, 1/32, 1/47, 1/62, 1/77, 1/82 1/88 (Selectable line) 1/176 (Selectable line) 1/16, 1/32, 1/48, 1/64 1/10, 1/18, 1/26, 1/34, 1/42, 1/50, 1/58, 1/66 1/41, 1/93 1/41, 1/109 1/67, 1/68 Display voltage (V)MAX. Supply voltage Reference page
LH15H1
288/66
+13.2
Color Graphics With built-in display
Segment Common
LH15A1
384/82
LH15B1*1 LH15D1* LH15E1 LH15F1 LH155K Graphics With built-in display Segment Common
396/88 396/176 396/176 128/64
LH155P
134/66
+13.2
Without display controller
LH155R LH155T LH155G
128/93 128/109 248/68
+16.5
LCDs (For Large/Medium Panels)
Drive technology Drive function Model drive outputs Duty ratio 1/100, 1/120, 1/128, 1/200, 1/240, 1/256 1/240 1/480 1/160 1/200, 1/240 1/480 1/240 1/480 1/240 1/480 1/240 1/480 Display voltage (V)MAX. Reference page
LH155E*3 Segment drive) Drive Technology*1 Common LH1583 LH1580 LH1581 LH153D LH1537 LH1538 LH1542 LH1549 LH1548 LH1532 LH1530 LH1565 LH1560 LH1562
+5.5
120/160 200/240 120/128
Segment
Conventional Drive Technology*2
Common
Segment Common
drive technology drive technology which drives LCDs with voltage segment side, drives LCDs with high voltage common side. Driving with voltage segment side enables LCDs reduce power consumption shadowing. Conventional drive technology drive technology which drives LCDs with high voltage both segment common sides. With built-in display
Cellular Phones
Cellular Phones
Number display colors
Under development
LH15F1
Segment/Common (176 outputs Display voltage Supply voltage
LH15H1
Segment/Common outputs Display voltage 13.2 Supply voltage
LH15A1
Segment/Common outputs Display voltage Supply voltage
Twin drive
LH15E1
Segment/Common outputs Display voltage Supply voltage
Larger capacity
LR38840
controller
Single-chip
LR38840/44
controller
Color
Enhanced display capability
Larger capacity
LCDs
Graphic type with built-in display
LH15H1
LH15A1
Segment/Common outputs Display voltage Supply voltage
Segment/Common outputs Display voltage 13.2 Supply voltage
Larger capacity
LH155G
Segment/Common outputs Display voltage Supply voltage
LH155R
LH155T
Segment/Common outputs Display voltage 16.5 Supply voltage
Larger capacity
Segment/Common outputs Display voltage 16.5 Supply voltage
Larger capacity
LH155K
Segment/Common outputs Display voltage 13.2 Supply voltage
LH155P
Segment/Common outputs Display voltage 13.2 Supply voltage
Partial drive
STN-LCD driver
controller
Under development
STN-LCD Drivers Cellular Phones
Type Drive function colors color graphics With built-in display Model LH15H1 LH15A1 LH15B1*1 LH15D1*1 LH15E1 Segment Common LH15F1 LH155K LH155P graphics With built-in display LH155R LH155T LH155G
Without display controller
drive outputs Segment Common
Duty ratio 1/10, 1/18, 1/26, 1/34, 1/42, 1/50, 1/58, 1/66 1/17, 1/32, 1/47, 1/62, 1/77, 1/82 1/88 (Selectable line)
Display voltage MAX.
Data input
Clock frequency Supply voltage (MHz) MAX.
Package
+13.2
8/16-bit parallel/serial
colors
[Display data] 12-bit parallel [Command data] Serial
TCP/SOF
1/176 (Selectable line)
8/16-bit parallel/serial
1/16, 1/32, 1/48, 1/64
+13.2
1/10, 1/18, 1/26, 1/34, 1/42, 1/50, 1/58, 1/66 1/41, 1/93 8-bit parallel/serial
+16.5
1/41, 1/109 1/67, 1/68
System Film
Tape Carrier Package
Notebook Monitors
Notebook Monitors
Under development
Multi-level gray scale/ Higher output counts
LH168V
outputs Gray scale levels Display voltage
LH16A6
Higher output counts
Lower EMI*2/ Higher endurance voltage
outputs Gray scale levels Display voltage
Higher output counts
LH168R
outputs Gray scale levels Display voltage
LH16A5
inversion drive*1 Source drive
Lower EMI*2/ Higher endurance voltage
outputs Gray scale levels Display voltage
LH16A4
Multi-level gray scale
402/420 outputs Gray scale levels Display voltage 13.5
Higher output counts Color
LCDs
LH168T/8S*3
outputs Gray scale levels Display voltage
LH168M
LH16A3
Lower EMI*2
outputs Gray scale levels Display voltage
Higher output counts
LH168K
309/312/321/324 outputs Gray scale levels Display voltage
Higher endurance voltage/ Higher speed
outputs Gray scale levels Display voltage 13.5
Higher quality
Line inversion drive
LH168P
300/309 outputs Gray scale levels Display voltage
LH16A1
Higher output counts
outputs Gray scale levels Display voltage
Lower voltage operation/ Higher output counts
LH1694
LH1692
outputs Display voltage
Gate drive
outputs Display voltage
Enhanced functions/ Higher output counts
output deviation inversion drive Electro-Magnetic Interference LH168S assignment variation LH168T.
TFT-LCD driver
Under development
TFT-LCD Drivers Notebook Monitors
Drive function Model LH168K LH168T LH168S*3 LH168M LH16A3 Source drive (Dot inversion drive*1) LH16A4 LH168R LH16A5 levels (8-bit) LH168V LH16A6 LH168P Source drive (Line inversion drive) LH16A1 LH1694 Gate drive LH1692
Gray scale
Display voltage Clock frequency Supply voltage (MHz) MAX. drive outputs MAX. 309/312/ 321/324
Function Data input port selectable port/2 ports*2, built-in reference voltage generation circuit, R-DAC system
Package
2-port data input, built-in reference voltage generation circuit, R-DAC system
levels (6-bit)
EMI*4 using RSDSTM*5, built-in reference voltage generation circuit, R-DAC system
13.5 402/420
300/309 64-levels (6-bit)
2-port data input, built-in reference voltage generation circuit, R-DAC system EMI*4 using RSDSTM*5, built-in reference voltage generation circuit, R-DAC system Clock single-edge (2-port input) clock dual-edge (1-port input) selectable (built-in data sampling switching function), built-in reference voltage generation circuit, R-DAC system EMI*4 using RSDSTM*5, built-in reference voltage generation circuit, R-DAC system Built-in reference voltage generation circuit, R-DAC system 2-port data input, built-in reference voltage generation circuit, R-DAC system Output signal masking function, usable with both positive/negative power supplies, enables chain connection 1-pulse (normal) 2-pulse (continuous/jumping) scanning selectable, usable with both positive/negative power supplies
Tape Carrier Package System Film
TCP/SOF
output deviation inversion drive 1-port data input 309/321 outputs, 2-port data input 312/324 outputs. LH168S assignment variation LH168T. Electro-Magnetic Interference RSDS: Reduced Swing Differential Signaling RSDS trademark National Semiconductor Corporation.
Applications with Medium Panels
Applications with Medium Panels
LH1684
outputs Display voltage Supply voltage
LH1687
Source Drive
Line Inversion Drive
Lower-voltage operation
outputs Display voltage Supply voltage
Digitized/ Higher output counts
LH168YH
outputs Gray scale levels Display voltage
LH168YH
outputs Gray scale levels Display voltage
LCDs
Color
LH1696H
outputs Display voltage
Graphic Processing
LH1696H
outputs Display voltage
LR38820
controller
Gate Drive
LH1691
outputs Display voltage
Higher output counts
LH155E*3
outputs Display voltage
LH1581
outputs Display voltage
Segment
LH1583
outputs Display voltage
Shadowingless
LH1580
Drive Technology*1
Color
LH1538 LH153D
120/160 outputs Display voltage
Higher output counts
outputs Display voltage
LH1537
Common
120/128 outputs Display voltage
Higher output counts
200/240 outputs Display voltage
LCDs
Power Supply LSIs
LR3694
Built-in bias voltage generation circuit
LR3696
DC/DC converter
LR3697
Stacked package
(LR3694 LR3696) Power supply
LH1542
LH1549
LH1548
Segment
outputs Display voltage
Higher output counts/ Higher endurance voltage
outputs Display voltage
Higher output counts
outputs Display voltage
Conventional Segment Color Drive Technology*2 Common
LH1560
outputs Display voltage
LH1565
outputs Display voltage
LH1562
Higher output counts
outputs Display voltage
LH1532
LH1530
Common
outputs Display voltage
Higher output counts/ Higher endurance voltage
outputs Display voltage
drive technology drive technology which drives LCDs with voltage segment side, drives LCDs with high voltage common side. Driving with voltage segment side enables LCDs reduce power consumption shadowing. Conventional drive technology drive technology which drives LCDs with high voltage both segment common sides. With built-in display
STN-LCD driver controller
TFT-LCD driver Usable combination
peripheral
TFT-LCD Drivers Applications with Medium Panels
Drive function Model LH168YH Source drive (Line inversion drive) LH1684 Analog LH1687 LH1696H Gate drive LH1691 12.5 Display voltage Clock frequency Gray scale drive outputs MAX. (MHz) MAX. levels (6-bit) Supply voltage Function Built-in reference voltage generation circuit, R-DAC system, power saving function, polarity inversion input data Three-point simultaneous normal sampling selectable (Sampling frequency MHz) Package Applications Personal digital assistants Automobile navigation systems
Three-point simultaneous normal sampling selectable (Sampling frequency MHz), power saving function, TCP/COG drive (MIN.), prechargeless output 1-pulse scanning, "Low" mode 1-pulse (normal) 2-pulse (continuous/jumping) scanning selectable, usable with both positive/negative power supplies
Personal digital assistants Automobile TCP/COG navigation systems
Chip Glass
Tape Carrier Package
STN-LCD Drivers Applications with Medium Panels
Drive technology Drive function Model LH155E*3 LH1583 Segment LH1580 drive technology*1 LH1581 LH153D Common LH1537 LH1538 LH1542 Segment LH1549 LH1548 Conventional drive technology*2 LH1532 Common LH1530 LH1565 Segment Common LH1560 1/480 LH1562 1/480 1/240 120/160 200/240 120/128 1/480 1/240 8/12-bit parallel 1/160 1/200, 1/240 1/480 1/240 4-bit parallel 4/8-bit parallel 1/480 8/12-bit parallel drive outputs Duty ratio 1/100, 1/120, 1/128, 1/200, 1/240, 1/256 1/240 Display voltage MAX. Data input 8-bit parallel/serial 4/8-bit parallel Clock frequency (MHz) MAX. Supply voltage Package Applications
Personal digital assistants
[Segment mode] [Common mode] [Segment mode] 4/8-bit parallel V)/14 segment drive) [Common mode] [Segment mode] V)/20 [Common mode]
Tape Carrier Package
drive technology drive technology which drives LCDs with voltage segment side, drives LCDs with high voltage common side. Driving with voltage segment side enables LCDs reduce power consumption shadowing. Conventional drive technology drive technology which drives LCDs with high voltage both segment common sides. With built-in display
Power Supply LSIs Medium STN-LCD Panels
Model LR3694 LR3696 LR3697 Description Bias voltage generation circuit drive, electronic volume control circuit DC/DC converter drive power supply DC/DC converter drive power supply, bias voltage generation circuit drive, electronic volume control circuit LH155E, LH1583, LH1580, LH153D, LH1537, LH1538 Supply voltage (VDD, VP), 14.4 19.8 (VH6), -16.5 -12.0 (VL6) Package P-TQFP048-0707 P-QFP032-0707 (VDD, P-QFP072-1010
Package Technologies Drivers
Improvements SHARP's original packaging technology, well design wafer process technologies, make possible smaller, thinner more highly-functional drivers. SHARP provide types packages, SOF, which selected depending customer needs.
(Tape Carrier Package)
This package which easily achieve higher counts, finer pitches reduced dimensions. allows flexible pattern design outer lead shapes pitches, accept different connections. Depending use, SHARP's TCPs available variety tape patterns, coatings, other options. customize TCPs accommodate customers' needs.
SOF(System Film)
This package enables mounting various components including bare chips, such drivers controllers, peripheral circuit components onto film. contributes realization higher-level functions applications. This package mainly used small panels contributes making smaller thinner portable equipment.
Cross Section
pattern Sealing resin Solder resist
Cross Section
Bare chip Solder resist
Adhesive
pattern
Potting method Single-side potting
Bare chip
Gold bump
Thickness (MIN.) (TYP.)
Under fill material
Gold bump
Thickness (MIN.) (TYP.)
Features
Both face-up face-down chip mounting available. Alignment easily determined user side adopting overhang pattern. Capable incorporating passive components.
Features
Capable mounting various components including bare chips, such drivers controllers, peripheral circuit components. Contributes design thin compact products thanks highly flexible thin film package which bent freely, such angle-bending. Suitable finer pitches absence flying lead. Flexible pattern design achieved designing patterns film under chip.
Varieties
(Ultra-Slim TCP)
Single chip
combines ultra-slim chip technology technology achieve external size
Multi chip
High-Pin-Count Fine-Pitch
Using fine-pitch technology, mm-wide tape, 480output (pad pitch outer lead pitch highpin-count fine-pitch been developed.
Super Soft Flexible
enhancement assembly technology tape materials resulted development super-soft flexible TCP, product that improved bendability three times much bending strength existing products.
Modules
Under development
SHARP offers (System Film) modules with drivers mounted film. multiple chip mounting possible, they enable mounting various components including bare chips, such drivers controllers, panels, peripheral circuit components. Therefore, they help create system modules range applications, make possible higher-level functions applications. provide standard product, LR0G918A, suitable display cellular phone, camera, etc.
Features
Multiple chip mounting
Enables mounting various components including bare chips, such drivers controllers, panels, peripheral circuit components, thereby contributes realization higher-level functions applications.
Fully custom-designed package Highly flexible thin film package
using highly flexible thin film, modules contribute design thin compact products. They also easily achieve finer pitches higher output counts.
Module
Model
Module structure panel format (dot) Active area (mm) size (mm) driver Duty ratio drive power supply Outline dimensions (mm) Interface Supply voltage Operating temp. (°C) Storage temp. (°C)
including burr plastic mold resin. Indicates thickness panel. Module without panel also available.
LR0G918A panel (with driver) Built-in drive power supply circuit oscillator Color STN, transflective 17.268 15.345 0.068 0.24 LH15H1 1/10, 1/18, 1/26, 1/34, 1/42, 1/50, 1/58, 1/66 Built-in booster circuit 44.34 approx. 1.47*1 8/16-bit parallel (68-family/80-family) (recommended)
Indicates size before bending.
Road Controllers
STN-LCDs
Under development
TFT-LCDs
LR38821 HR-TFT Built-in 45.4-Kbyte SRAM
Color Display
LR38840/44 Built-in 41-Kbyte SRAM LR38822 HR-TFT Built-in 82.5-Kbyte SRAM LR38820 HR-TFT Built-in 150-Kbyte SRAM
Cellular Phones Personal Digital Assistants
format RGB)
Features Controllers
STN-LCD Controllers Cellular Phones (LR38840/LR38844)
Provides 536-color display Display color selectable 256/4 096/ colors power consumption interface 68-family 80-family selectable width 8-bit 16-bit selectable LH15A1 LH15H1 (LR38840) LH15A1 (LR38844) size (128 164) dots
controller LR38840
Under development
driver LH15A1 LH15H1
Master chip
STN-LCD panel Slave chip
driver LH15A1 LH15H1
TFT-LCD Controllers Cellular Phones (LR38821/LR38822)
Provides 144-color display (LR38821) Provides 536-color display (LR38822) power consumption interface 80-family (LR38821) 68-family 80-family selectable (LR38822) width 8-bit 16-bit selectable size (132 176) dots (LR38821) (176 240) dots (LR38822)
TFT-LCD Controller Personal Digital Assistants LR38820)
Built-in simple graphic processing functions, such copying, mirror imaging, painting rotation, which places minimal load main CPU. Provides 536-color display power consumption interface 80-family width 16-bit size (240 320) dots
Controller Evaluation Tools
SHARP provide whole-system evaluation boards that work through linkage user systems.
controller evaluation
Evaluation board
Includes controller chip demo host.
general interface card host interface cable interface cable
User system
further details, contact SHARP sales office.
Specifications Controllers
STN-LCD Controllers Cellular Phones
Model Display area Display color (Dot) MAX. [MAX.] Function/Feature LH15A1, LH15H1 68-family/ 80-family Kbytes (8/16-bit) Provides 536-color display Display colors selectable 256/4 096/65 colors LR38840 Power saving function, reducing power consumption standby mode Built-in interface, interface, clock generator, display memory High-speed host access Higher performance model Provides 536-color display LR38844 Display colors selectable 256/4 096/65 colors Power saving function, reducing power consumption standby mode Built-in interface, interface, clock generator, display memory
When connected 8-bit MHz.
Under development
Supply voltage Power consumption*1 (mW) TYP. Frame interface memory size TYP. 256-color display 536-color display
Package
T-TFBGA081-0808
LH15A1
TFT-LCD Controllers Cellular Phones
Model Display area Display color (Dot) MAX. [MAX.] Function Supply voltage TYP. Power consumption Frame (mW) TYP. interface memory size Core 80-family (8/16-bit) 45.4 Kbytes 68-family/ 80-family 82.5 Kbytes (8/16-bit) T-TFBGA112-1010 Package LR38821 Built-in interface, interface, timing generator, clock generator, display memory LR38822
TFT-LCD Controller Personal Digital Assistants
Model Display area Display color (Dot) MAX. [MAX.] Function Simple graphic processing function*1 Built-in interface, interface, timing generator, clock generator, display memory Supply voltage TYP. Power consumption Frame (mW) TYP. interface memory size Core 80-family (16-bit) Kbytes Package P-LQFP120-1414/ T-TFBGA112-1010 LR38820
enables simple graphic processing, such copying, mirror imaging, painting rotation, which places minimal load main CPU.
TFT-LCDs
Gray-scale TFT-LCDs
Model IR3E201N/ IR3E204N IR3E3XX IR3E08M1 IR3E11M IR3E12M Panel type Function output circuits Common Output output current current (mA) MAX. (mA) MAX. Supply voltage TYP. 10.5 10.5
Under development
Package P-MFP018 P-SSOP012-0225
Small panels Line inversion drive Medium/Large panels Line inversion drive Large panels 20-type panels SXGA/UXGA inversion drive
Gray-scale voltage generator drivers, built-in dividing resistors
+150 +150
Gray-scale voltage generator drivers
P-TQFP048-0707
Features
small TFT-LCD panels IR3E2 series IR3E3 series
Ideal mobile equipment thanks low-power-consumption design. Integrating regulator resistance array dramatically reduces number external components. setting output voltage customized, depending characteristics.
large TFT-LCD panels with inversion drive IR3E11M
IR3E12M
Available 20-type SXGA UXGA panels with large common output current (+150 [MAX.]). External volume gray-scale adjustment required integrated high-definition regulator. number components decreased.
System Configration Example Small TFT-LCDs (IR3E2 series IR3E3 series)
Gate driver
Power supply
TFT-LCD (Digital signal input) Gray-scale TFT-LCDs (IR3E2 IR3E3 series)
Source driver
Control logic
Image data Image data controller
Power Supply TFT-LCDs
Model IR3MXX Supply voltage(V) Output voltage (V)TYP. VOUT1 15.3 VOUT2 -10.2 Load current (mA) VOUT1 -0.2 VOUT2 Package P-VQFN020-0404
Under development
Video Interface TFT-LCDs
Model IR3Y18A IR3Y26A/A1 IR3Y29AM/BM IR3Y31M IR3Y34M IR3Y35M IR3Y37M IR3Y37AM RB5P0010M RB5P0020M RB5P0050M RB5P0060M RB5P006AM RB5P0070M*1
Available digital signal input panels analog input
Composite video
Input signal Y/color difference
Analog
Color decode NTSC/PAL
+power
source
+power
panel voltage source source
Digital input
Serial data control
Supply voltage 4.5/12 4.5/-7.5
Power consumption (mW) TYP.
Package P-QFP048-0707 P-QFP048-1010/ P-QFP048-0707
5/7.5 NTSC/PAL NTSC/PAL 3/12 3/6.5 NTSC/PAL NTSC/PAL NTSC/PAL P-QFP072-1010 3/5/13 P-QFP048-1010 3/12 3/4.5/-7.5 106/88*2 70/57*2 95/80*2 95/77*2 P-QFP048-0707 4.5/12 4.5/-7.5
Features
Suitable battery driven products thanks power consumption. Wide lineup variety, from amorphous silicon TFT-LCDs poly-silicon TFT-LCDs. Natural gray-scale display wide range brightness adjustment realized adopting original SHARP brightness adjustment circuit where common amplitude gamma correction point react each other. unified with timing controller adopting stacked package adopt packages contribute making smaller products.
System Configuration Example Analog Signal Input TFT-LCDs
Video interface TFT-LCDs
TFT-LCD (Analog signal input)
Gate driver
Composite video Video/chroma signal processing
Dedicated signal TFT-LCD video interface
Source driver
Y/color difference
Analog Timing controller
Under development
Classification Video Interface TFT-LCDs
Applications
Turn left next light
09:23
Turn left next light
09:23
2.154km
2.154km
Compact TVs/ Digital still cameras/Camcorders/ Digital still cameras/Camcorders Automobile navigation systems Automobile navigation systems Input Signal Composite Video
IR3Y18A
Analog
Y/Color Difference
V/-8 panels*1
IR3Y31M IR3Y34M IR3Y35M
RB5P0010M
Source supply voltage
IR3Y26A/A1
panels
IR3Y29AM/BM RB5P0060M RB5P006AM RB5P0070M*1
IR3Y37M IR3Y37AM RB5P0020M RB5P0050M
IR3Y34M IR3Y35M applied only panels source supply voltage. digital signal input panels
SHARP CORPORATION
SALES MARKETING GROUP -ELECTRONIC COMPONENTS DEVICES 22-22, NAGAIKE-CHO, ABENO-KU, OSAKA 545-8522, JAPAN PHONE (81) 6-6621-1221 (81) 6117-725300, (81) 6117-725301, (81) 6117-725302
U.S.A.
SHARP MICROELECTRONICS AMERICAS
North American Head Office 5700 North West Pacific Boulevard Camas, 98607 PHONE 360-834-2500 360-834-8903 http://www.sharpsma.com West 1980 Zanker Road, Jose, 95112 PHONE 408-436-4900 408-436-0924
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EUROPE
SHARP MICROELECTRONICS EUROPE
division Sharp Electronics (Europe) GmbH Head Office Sonninstrasse 20097, Hamburg, Germany PHONE (49) 40-2376-2286 (49) 40-2376-2232 http://www.sharpsme.com/ Germany Office Fuerstenriederstrasse 80687 Germany PHONE (49) 89-54 6842 (49) 89-54 6842 France Paris Office Raoul Follerau Bussy Saint Georges 77608 Marne Vallee Cedex PHONE (33) 6476 (33) 6476 Italy Milano Office Centro Direzionale Colleoni Palazzo Taurus Ingresso 20041 Agrate Brianza, Milano, Italy PHONE (390) 39-68 (390) 39-68 U.K. London Office Centennial Court, Easthampstead Road, Bracknell, Berkshire RG12 1YQ, United Kingdom PHONE (44) 1344-86 (44) 1344-36 Scotland Office Unit 46/47, Wren Court Grovewood Business Centre, Strathclyde Business Park, Bellshill 3NQ, United Kingdom PHONE (44) 1698-84 (44) 1698-84 Ireland Dublin Office First Floor, Block Johns Court, Santry, Dublin Ireland PHONE (353) 1-842 (353) 1-842
ASIA
SHARP MICROELECTRONICS CHINA (SHANGHAI) CO., LTD.
Qiao Road King Tower Pudong Shanghai 201206 P.R. China PHONE (86) 21-5854-7710 21-5834-6056 (86) 21-5854-4340 21-5834-6057
Head Office 360, Bashen Road, Development Bldg Waigaoqiao Free Trade Zone Shanghai 200131 P.R. China E-mail smc@china.global.sharp.co.jp
SHARP-ROXY (HONG KONG) LTD.
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Shenzhen Representative Office Room 13B1, Tower Electronics Science Technology Building, Shen Zhong Road, Shenzhen, P.R. China PHONE (86) 755-3273731 (86) 755-3273735
SHARP ELECTRONIC COMPONENTS (TAIWAN) CORPORATION
8F-A, Sec. Nanking Rd., Taipei, Taiwan PHONE (886) 2-2577-7341 (886) 2-2577-7326 2-2577-7328
SHARP ELECTRONICS (SINGAPORE) PTE., LTD.
Alexandra Road #07-00 Tower Singapore 119954 PHONE (65) 271-3566 (65) 271-3855
East Wheeler Rd., Burlington, 01803 PHONE 781-270-7979 781-229-9117
8000 Regency Parkway Suite Carey, 27511 PHONE 919-460-0695 919-460-0795 2321 Sidney Pittsburgh, 15203 PHONE 412-381-1191 412-381-1192 4400 North Federal Hwy. Suite Boco Raton, 33431 PHONE 561-347-8690 561-347-8692
SHARP ELECTRONIC COMPONENTS (KOREA) CORPORATION
Geosung ilsin 541, Dohwa-dong, Mapo-ku, Seoul, Korea, 121-701 PHONE (82) 2-711-5813 5818 (82) 2-711-5819
circuit application examples this publication provided explain representative applications SHARP devices intended guarantee circuit design license intellectual property right. SHARP takes responsibility problems related intellectual property right third party resulting from SHARP devices. SHARP reserves right make changes specifications, characteristics, data, materials, structures other contents described herein time without notice order improve design reliability. Contact SHARP order obtain latest device specification sheets before using SHARP device. Manufacturing locations also subject change without notice. absence confirmation device specification sheets, SHARP takes responsibility defects that occur equipment using SHARP devices shown catalogs, data books, etc. Observe following points when using device this publication. SHARP takes responsibility change caused improper devices, which does meet conditions absolute maximum ratings specified relevant specification sheet meet following conditions devices this publication designed general electronic equipment designs such Personal computers Office automation equipment Telecommunication equipment (except trunk lines) Test measurement equipment Industrial control Audio visual equipment Consumer electronics
Measures such fail-safe function redundant design should taken ensure reliability safety when SHARP devices used connection with equipment that requires higher reliability such Main frame computers Transportation control safety equipment (i.e. aircraft, trains, automobiles, etc.) Traffic signals leakage sensor breakers Alarm equipment Various safety devices, etc. SHARP devices shall used connection with equipment that requires extremely high level reliability safety such Military aerospace applications Telecommunication equipment (trunk lines) Nuclear power control equipment Medical other life support equipment (e.g., scuba) SHARP devices listed publication fall within scope strategic products described Foreign Exchange Foreign Trade Japan, necessary obtain approval export such SHARP devices. This publication proprietary product SHARP copyrighted, with rights reserved. Under copyright laws, part this publication reproduced transmitted form means, electronic mechanical purpose, whole part, without express written permission SHARP. Express written permission also required before this publication made third party. Contact consult with SHARP representative there questions about contents this publication.
Ref. 330C
SHARP CORP. AUG. 2002. A3EI Printed Japan

AUG. 2002 LSIs LCDs Meeting Many Needs Wide-ranging Applicat

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