noritake lcd displays factory

LCD or Vacuum Fluorescent Display? Contacts: 16-hole/slot for PC board.Overall dimensions: 3.165" wide x 1.429" deep x 0.414" high.Fluorescent Display. 2-line x 16character 5x7 dot matrix module. 5mmH characters. Single 5VDC supply.High brightness Blue/Green display. Selectable 4/8 bit M68/i80 interface. 16-hole/slot PC board is 1.4"H x 3.15"L. IND FOIL PKG"D....

Command Controlled Touch TFT Module GTWQ043C3A00PA 4.3inch TFT-LCD 2 ) Specifications Item Content Display area 95.04 x 53.86 mm (X x Y) Pin Signal Function Direction Number of pixels 480 x RGB x 272 No. UART SPI I2C Pixel pitch 0.198 x 0.198 mm (X x Y) 1 /RESET Reset Input Color 16.7M colors (24-bit color (RGB 8-8-8)) 2 - SCK SCL Serial Clock Input Display View Direction 3 RXD MOSI SDA Data Receive Input/ Output Gray Scale Inversion 4 DTR SBUSY Display Busy Output Direction 5 DSR SSEL - Host Busy Input 2 6 TXD MISO - Data Send Output (nit) FLETAS MPCT (Metallized Projective Capacitive Touch) 7 TRDY Target Ready Output Type Touch Panel supporting multi-touch. 8 VCC Power Supply (5V) - Serial interface (UART / I2C / SPI CMOS 3.3V) 9 GND Ground - Interface Other USB interface (High-speed / Full-speed) Weight Approximately 100g Pin No. Signal 1 VBUS 2 D- 3 D+ 4 ID 5 GND NOTE: Shorting JP1 enables Parameter Symbol Min. Typ. Max. Unit Condition Pin No. Signal Function power supply from VBUS. Power Supply Voltage VCC 4.75 5.00 5.25 VDC - 1 VCC Power Supply (5V) 2 NC(*TEST) No Connection *Factory test use only 3 GND Ground Symbol Parameter Min. Typ. Max. Unit Condition Please see the Hardware Specification for details. Logic output VsOH1 2.8 - - VDC IOH=1.6mA UART voltage TXD,DTR VsOL1 - - 0.4 VDC IOH=1.6mA VsOH2 2.8 - - VDC IOH=1.6mA Parameter Contents Logic output voltage TRDY, SBUSY VsOL2 - - 0.4 VDC IOH=1.6mA Operating temperature I2C I/F Storage temperature Internal pull-up Rp - 10 - - resistance SDA, SCL Operating humidity VsOH3 Logic output 2.8 - - VDC IOH=-1.6mA SPI (No condensation) voltage TXD,DTR,MISO VsOL3 - - 0.4 VDC IOL=1.6mA Logic input IiIH - - 1.0 - Vibration 10-55-10Hz, all amplitude 1mm, GPIO current IiIL - - -200 - (non-operating) 30 minutes, X-Y-Z Port Logic input ViIH 2.4 - 3.3 VDC - 392m/s2 (40G) 9ms X-Y-Z, Shock voltage ViIL 0 - 0.8 VDC - (non-operating) 3 times each direction Port Logic output ViOH 2.8 - - VDC 0,1,2,3 ViOL - - 0.4 VDC IOL=1.6mA Parameter Contents voltage Power Output voltage VpOH 3.0 - 3.6 VDC IpOHp=-20mA 1-byte(dot) 6x8, 8x16, 12x24, 16x32, International font (Single IiOHp 0 - -5 mADC - 16x16 (Japanese/Korean/SimplifiedChinese/ 2-byte(dot) port) Port IiOLp 0 - 5 mADC - TraditionalChinese), 32x32(Japanese) Output 0,1,2,3 permissible IiOHt 0 - -80 mADC include power 3.3V Outline Font Source Han Sans (Sum of current IiOLt 0 - 80 mADC - all port) Power IpOHp 0 - -20 mADC - Character display, graphic display, control command, ICC-1 - 440 570 mADC (*1) 100% Brightness display action command, window function, touch panel input, Power Supply current ICC-2 - 350 - mADC (*2) 50% Brightness general-purpose I/O port control, macro, program macro function, ICC-3 - 260 340 mADC Display power OFF character and image download function, memory SW, data storage, etc. P-1 - 2.2 2.85 W (*1) 100% Brightness Power Consumption P-2 - 1.75 - W (*2) 50% Brightness P-3 - 1.3 1.7 W Display power OFF (*1)All black display (*2)All white display All contents in this document are subject to change without prior notice. Please confirm details in the respective product specification. (C)Copyright NORITAKE ITRON CORP. 19/10X-ON Electronics Largest Supplier of Electrical and Electronic Components Click to view similar products for TFT Displays & Accessories category: Click to view products by Noritake manufacturer: Other Similar products are found below : F3ET2-005-150 HDA430T-3G1H NB7W-KBA04 NB-ATT01 NB5Q-ATT01 NB5Q-KBA04 NB-CN001 OAI-80038AA-2008-A 315- U004B15300 UMSH-8596MD-34T (REV D) TCG121WXLRXVNNANX35 EIC-LCD-1080P T-55619GD065J-LW-ABN TCG104SVLPEANN-AN30 NL6448BC33-70 NL6448BC20-30D NL10276BC16-06 NL192108AC10-01D NL12880BC20-05BD NL8060BC26-35BA NL8060BC31-50F TM070DDHG03-40 PTPW16-070WV1S02 PTPW17-070WV1S02 PTPW16-084SV1S02 MTD0300ECP06DF-1 DEM 320240T VMX-PW-N (A-TOUCH) DEM 480128B TMH-PW-N (A-TOUCH) DEM 480272P VMX-PW-N (C- TOUCH) DEM 480272Q VMX-PW-N (A-TOUCH) DEM 480272Q VMX-PW-N (C-TOUCH) DEM 640480E TMH-PW-N (A-TOUCH) DEM 800480K1 TMH-PW-N (A-TOUCH) DEM 800480K1 TMH-PW-N (C-TOUCH) DEM 800480K2 TMH-PW-N (A-TOUCH) DEM 800480K3 TMH-PW-N (C-TOUCH) DEM 800480K4 TMH-PW-N (A-TOUCH) DEM 800480K4 TMH-PW-N (C-TOUCH) 4DLCD- 35480320-CTP-IPS 4DLCD-35480320-IPS 4DLCD-35480320-RTP-IPS 4DLCD-50800480-CTP-IPS RFA6400E-AWH-DNG RFA6400E- AWH-MNN RFE430V-AZW-DNS RFF70VA2-1IW-DHS RFH700A8-AYH-MNN RFK101VF-1YH-LHG RFS390C-AIW-DNN RFS390C- AIW-DNS

With the counsel of our mentor, Mr. Ichio Yamashita, Noritake Itron Corp., has been continuously innovating its product range and creating new market trends ever since its commencement. As a reliable manufacturer and exporter, we make optimum use all the resources available to us for manufacturing and exporting our line of Electric Display Device, LCD Touch Screen Moduleand Touch TFT Moduleof unparalleled quality. With the motive of being kind to our Mother Nature, we ensure that with optimum usage of resources, we minimize the waste generation, thereby, promoting safer and better ways of manufacturing our product range. Taking benefits of challenging spirit, we have been developing products that are reliable and suffice the requirements of our customers and end-users as they have expected.

Integrating a display into your embedded system can be a tricky task. To help you keep pace, a variety of modular displays are available today in all shapes and sizes. These solutions are providing high-resolution screens with touchscreen capabilities and rich feature sets.

Over the past 12 months, display module vendors have rolled out a variety of new solutions—in sizes large and small—that feature enhanced performance, new levels of ruggedness and rich sets of interface support. Support MCU interfaces and improved e-paper displays are also part of the latest display trends.

Exemplifying these trends, among the most recent offerings from 4D Systems is its uLCD-90DT/DCT series with 9.0″ Diablo16 Integrated Display Modules designed specifically to cater to the growing demand for physically large displays. The display is part of the microLCD range of modules designed and manufactured by 4D Systems. Visually, the 9.0″ is designed to provide a pleasing aesthetic experience, with 800×480 resolution and RGB 65K true-to-life colors. This generous size makes the unit well suited across a range of projects that require increased display space, says the company.

The ULCD-90DCT module features a 9.0″ color TFT LCD display, with resistive touch (DT) or capacitive touch (DCT) (Figure 1). It is powered by the 4D Systems Diablo16 graphics processor, which offers an array of functionality and options suited for both embedded engineers and makers. Other features include touch detection, microSD memory storage, GPIO and communications, along with multiple millisecond resolution timers and audio generation.

Displays for space-constrained embedded systems must be able to work seamlessly with simple MCU-kinds of interfaces. Along just those lines, in April Newhaven Display released its 2.4″ premium line TFTs. The company enhanced its 2.4″ TFT displays with SPI to allow for more flexibility in embedded designs and faster data transfer than I2C.

These displays deliver crisp images at 240×320 resolution with a powerful LED backlight, plus a built-in controller for easy communication with any MCU, says the company (Figure 2 top). The 3.3V LCDs have a 3-line/4-line SPI interface and an FFC (flexible flat cable) connector. The unit supports MVA viewing angles (70 degrees) and boasts a high-brightness white LED backlight (850cd/ m2). These transmissive displays support wide temperature operation from -20°C to 70°C and are RoHS compliant.

In March, Newhaven Display rolled out its 4.3″ IPS TFT line of displays, with multiple versions to choose from. The displays are available in HDMI, mountable and EVE2 versions with the option for capacitive touch screens (Figure 2 bottom). According to the company, the IPS displays provide wider viewing angles and more accurate color reproduction for the most premium, high quality images on any TFT. The 4.3″ IPS TFTs deliver images in a crisp 800×480 resolution—that’s almost double the resolution of standard TFT LCDs, says Newhaven Display.

IPS (in-plane switching) technology acts on the liquid crystals inside an LCD so when voltage is applied, the liquid crystal rotates in parallel (or in-plane) allowing the light to pass through instead of turning upright. This behavior of the crystals greatly improves many viewing aspects of the display. Compared to regular TN panels, IPS is superior in color, viewing angles and these TFTs can even handle direct sunlight due to their high brightness.

The company has developed a full line of 4.3″ TFT displays with IPS technology to enhance the viewing experience of embedded applications. The 4.3″ IPS TFT is the standard edition and provides the same powerful, reliable performance with the upgraded visuals and viewing angles of in-plane switching and the option for a capacitive touch screen. The 4.3″ HDMI IPS TFT features the plug-and-play accessibility of an integrated Texas Instruments (TI) controller built in to the IPS TFT. These HDMI TFTs work seamlessly with Raspberry Pi to enable embedded developers to get started faster with Windows and Linux.

Newhaven Displays 4.3″ Mountable IPS TFT lets you safely secure your IPS TFT to any application. These mountable displays are rack height ready and compatible with standard M3 screws, so there’s no guesswork when it comes to installation. And finally, the 4.3″ EVE2 IPS TFT provides capacitive touch interaction powered by Bridgetek’s video engine and open source software.

For embedded systems displays, part of the challenge is not just the product specs themselves. It’s also about features that make it easier to do system integration and GUI development. An example along those lines is the most recent offering from Noritake. Noritake’s GTWV050C3A00PA is a command-controlled touch TFT module designed to facilitate quick embedded GUI development and reduce system costs with powerful built-in commands.

The GTWV050C3A00PA is based on Noritake VFD command sets. It has a combination of Noritake’s GU3000 ASCII-based text commands, full-color image commands and scalable-font compatibility. The module can work with a wide range of low- and high-end microcontrollers using industry standard serial interfaces (Async., I2C, SPI and USB).

Electronic paper displays (EPD) continue to evolve, with a growing range of suitable products designed for embedded needs. For example, in March, Pervasive Displays (PDi) made its full range of Aurora black and white e-paper, or E-ink, electrophoretic displays (EPD) available (Figure 4). These chip-on-glass (COG) front plane laminate (FPL) displays make use of the latest driving waveform technology to produce sharp images in a thin design that leaves plenty of room for an application’s electronic control circuitry and battery, says PDi.

EPDs have expanded the options for applications requiring monochrome displays, thanks to their bi-stable functionality. Only updating the display’s image requires power, allowing total power consumption to be kept to an absolute minimum. This makes them ideal for applications where the content of the display changes irregularly, such as digital signs, retail spaces, office automation, building navigation, reusable badges and healthcare. Such solutions can also be battery powered, allowing them to be installed in locations that lack alternative locally installed power sources, such as shelving, on doors and windows, or devices that are not fixed in place.

In an example along those lines, in February Axiomtek announced the GOT115-319, a 15″ fanless touch panel computer. It is powered by the Intel Celeron processor N3350 or Intel Pentium processor N4200 with the Intel GFX controller onboard. The GOT115-319 has an XGA TFT LCD display with 1024×768 resolution and a choice of a projected capacitive multi-touch or resistive touch touchscreen (Figure 5). It also has 300 nits of brightness and an LED backlight. It is feature-rich, flexible and rugged for use in multimedia kiosks or as a human machine interface (HMI) for smart manufacturing and retail applications.

We have vastly developed a wide range of heating techniques, from firing decorated tableware to foods, chemicals and even electronic component manufacture. We assist our numerous customers through our many years of experience and enormous success.In addition to accurate temperature control, Noritake"s heating equipment provides solutions for resolving manufacturing process issues. We hope to make additional contributions in the alternative energy sector with lithium-ion batteries and solar cells, in addition to lithium-ion batteries, and such in the near future.