|
|
|
|
 |
|
Epson Electronics America, a part of Seiko Epson Corp., is a leading global supplier of high-performance components, including integrated circuits and crystal-based electronic devices. Epson Electronics America products are known for superior quality, functionality, compactness, and energy efficiency. Epson Toyocom cultivates and combines core technologies for timing, sensing, and optical devices. Epson Integrated Circuits (ICs) features the latest in power-, space-, and time-saving technologies.
|
|
|
|
Featured Epson Product Application - Mobile Phones
|
|
Epson offers display controllers with the PAL/NTSC video encoder that enable direct outputs to TV screens, and a variety of low power microcontrollers. With these, Epson offers truly the best solution to achieve a compact and light mobile equipment with long battery life.
Recommended Devices
For more applications click here
|
|
Featured Epson Product
|
Epson Electronics America S1C17704 16-bit Microcontroller
The Epson Electronics America S1C17704 CMOS 16-bit single chip microcontroller (MCU) is a high-speed, low power device featuring on-chip ICE, large address space, and compact size. The S1C17704 features an S1C17 CPU core, 64KB Flash memory, 4KB RAM, serial interface modules for connecting various sensor modules, an LCD driver, and more. This Epson Electronics America 16-bit MCU includes an ICE function that allows on-board erasing and programming of the embedded Flash memory. The S1C7704 is ideal for battery-driven applications with sensor interfaces and up to 56 x 32-dot LCD display.
For more featured Epson products click here |
|
|
|
|
Featured Epson Products
|
Epson Electronics America S1D13781 BoosterPack LCDC Development Package
Epson’s Electronics America's S1D13781 BoosterPack LCDC Development Package is a development board package for TI’s Stellaris LM4F120 Launchpad used for evaluating and developing embedded LCD display applications using the Epson S1D13781 LCD Controller IC. The S1D13781 consists of the S5U13781R00C100 Reference Board Set and the S5U13781M00C100 Signal Adapter Board Set. The reference board has the S1D13781 LCD controller, 2Mbytes of serial flash, DC/DC converter for LED backlight, a 2x25 connector for host interface, and a 2x25 connector for LCD interface. Also included is an LCD interface board which has a 54-pin FPC (flexible printed circuit) connector to connect the LCD module and 0.1”-pitch 2x25+2x6 connectors. The signal adapter board set consists of three break-off boards that are a host interface adapter, a LCD signal adapter (40-pin), and a LCD signal adapter (54-pin).
Epson Electronics America S5U13781 Display Controller Reference Board
The Epson Electronics America S5U13781 Display Controller Reference Board is designed as an evaluation platform for the S1D13781 Display Controller. This Reference Board has a host controller connector, LCD panel connector, clock generator, SPI flash memory (16Mbit), power regulation circuit for the S1D13781 core and a DC/DC converter for the LED backlight. Features include S1D1378F00A100 display controller, host bus interface header, LCD panel header, header for FPC connector to connect an LCD panel, on-board 24 MHz crystal, on-board voltage booster for LED backlight, and on-board voltage regulator for the S1D13781.
Epson Electronics America S1D13U11 USB Interface Graphics Controller
The Epson Electronics America S1D13U11 USB Interface Graphics Controller is a color LCD graphics controller with an external SDRAM display buffer. This S1D13U11 USB Interface Graphics Controller supports a USB 2.0 high-speed device port interface while providing high performance bandwidth to the external SDRAM, allowing for fast screen updates. Epson Electronics America's S1D13U11 USB Interface Graphics Controller supports up to 800x600 @ 24bpp with added display functions such as picture-in-picture, double-buffer and display scroll. The S1D13U11 USB Interface Graphics Controller also supports I2C and two SPI serial interfaces. Epson Electronics America's S1D13U11 is the best choice of LCD controller to connect between host CPU and LCD panel via the USB port.
Epson Electronics America S1D13513 Display Controller
Epson Electronics America's S1D13513 Display Controller is highly integrated, capable of outputting to LCD or TV. With the flexibility of an external SDRAM memory interface, this S1D13513 Display Controller is a low cost, low power, device that supports a wide range of CPUs, panels, and a camera port that can be configured as 2x 8-bit ports. Epson Electronics America's S1D13513 feature set and architecture are designed to meet the requirements of embedded systems such as mobile communications, hand-held PC's, office automation, and automotive applications. The S1D13513 Display Controller, while focusing on devices targeted by the Microsoft Windows CE Operating System, the S1D13513's impartiality to CPU type or operating system makes it an ideal display solution for a wide variety of applications.
Epson Electronics America S1D13781 WQVGA Graphics Controller
Epson Electronics America's S1D13781 WQVGA Graphics Controller is a simple, multi-purpose Graphics LCD Controller with 384KByte embedded SRAM display buffer which supports both RGB interface TFT and CSTN panels. The S1D13781 WQVGA Graphics Controller supports most popular CPU interfaces in both 8/16-bit and Direct/Indirect variations. The embedded display buffer allows this Epson Electronics America S1D13781 WQVGA Graphics Controller up to 480x272 at 24bpp or 800x480 8bpp for single layer display, or 480x272 at 16bpp (Main Layer) and 480x272 at 8bpp (PIP Layer) for two layer display. The S1D13781's WQVGA Graphics Controller is a flexible, low cost, low power, single chip solution designed to meet the demands of embedded markets such as low end IP phone devices where total system cost and battery life are major concerns.
Epson Electronics America S1D13517 External SDRAM LCD Controllers
Epson Electronics America S1D13517 LCD graphics controllers with external SDRAM display buffer support an 8 / 16-bit indirect host interface while providing high-performance bandwidth to external SDRAM, allowing for fast screen updates. Epson Electronics America S1D13517 LCD controllers display up to 960x540 (QHD) @ 24bpp or 800x600 (SVGA) @ 24bpp, controlling a main window and up to two picture-in-picture windows. The S1D13517 is designed with a 2D Graphics Engine with Alpha Blending. These Epson Electronics America LCD graphics controllers use a double-buffer architecture to prevent any visual tearing during streaming video screen updates.
Epson Toyocom MC Series kHz Range Crystal Units
The Epson Toyocom MC Series kHz Range Crystal Units are SMD devices that use the piezoelectric effect to produce a constant frequency. Tuning-fork crystal
units have a U-shaped chip that oscillates from side to side to enable
them to cover frequencies in the kilohertz band, such as 32.768 kHz, which is commonly used as a clock frequency. Epson Toyocom boasts an extensive lineup of kHz-band tuning fork crystal units
for a wide range of applications such as microcomputer and small
communication devices. The product family includes everything from
cylinder-encapsulated crystals to SMD products for automated assembly.
The
Epson Toyocom MC-146 and MC-156 kHz Range Crystal Units are smaller size units with a frequency of 32.768 kHz (32 kHz to 100 kHz range), ideal for small communications devices
The
Epson Toyocom MC-306, MC-405, and MC-406 kHz Range Crystal Units are larger units with a wider frequency range and slightly better performance, ideal for clock and microcomputer applications.
Epson Electronics America S1C17704 16-bit Microcontroller
The Epson Electronics America S1C17704 CMOS 16-bit single chip microcontroller (MCU) is a high-speed, low power device featuring on-chip ICE, large address space, and compact size. The S1C17704 features an S1C17 CPU core, 64KB Flash memory, 4KB RAM, serial interface modules for connecting various sensor modules, an LCD driver, and more. This Epson Electronics America 16-bit MCU includes an ICE function that allows on-board erasing and programming of the embedded Flash memory. The S1C7704 is ideal for battery-driven applications with sensor interfaces and up to 56 x 32-dot LCD display.
|
|
|
|
|
Epson Resources
|
Epson Toyocom Circuit Design Information
|
|
|
Click here for Oscillation circuit design information for semiconductor products. This information can help you design with Texas Instruments, and Freescale, among others.
|
|
Epson Product Application Solutions
|
| Epson Toyocom / Crystal Devices Application Guides
|
Epson Semiconductors Application Guides
- Health Care
- Home & Office
- Automotive
|
|
|
|
|
|
|
|
 Epson Toyocom Corporation is a global leader in the development of high-quality crystal-based electronic devices and applied technologies. Developer of the world's first Monolithic Crystal Filter (MCF), Epson Toyocom cultivates and combines core technologies for timing, sensing, and optical devices. The crystal line includes crystals in the kHz range (tuning fork), MHz range, and SAW resonators. The Oscillator line includes crystal oscillators, VCXO, TCXO, and OCXO.
|
|
Epson Toyocom Application Notes and White Papers
|
Epson Toyocom Resources
|
|
|
|
|
Epson Toyocom Featured Products
|
Epson Toyocom MC Series kHz Range Crystal Units
The Epson Toyocom MC Series kHz Range Crystal Units are SMD devices that use the piezoelectric effect to produce a constant frequency. Tuning-fork crystal units have a U-shaped chip that oscillates from side to side to enable them to cover frequencies in the kilohertz band, such as 32.768 kHz, which is commonly used as a clock frequency. Epson Toyocom boasts an extensive lineup of kHz-band tuning fork crystal units for a wide range of applications such as microcomputer and small communication devices. The product family includes everything from cylinder-encapsulated crystals to SMD products for automated assembly.
The Epson Toyocom MC-146 and MC-156 kHz Range Crystal Units are smaller size units with a frequency of 32.768 kHz (32 kHz to 100 kHz range), ideal for small communications devices
The Epson Toyocom MC-306, MC-405, and MC-406 kHz Range Crystal Units are larger units with a wider frequency range and slightly better performance, ideal for clock and microcomputer applications.
Epson Toyocom TSX-3225 Series Miniature MHz Range Crystal Units
The Epson Toyocom TSX-3225 Series Miniature MHz Range Crystal Units are SMD that offer a frequency range of 16 MHz to 48 MHz and a minature, low profile size of 3.2 x 2.5 x 0.6 t (mm). The TSX-3225 Series offers a Fundamental overtone order and is ideal for mobile phones, Bluetooth, W-LAN ISM band ardio, and as a clock for MPU.
Epson Toyocom Real Time Clock Modules
The Epson Toyocom Real Time Clock Modules are available as Serial-interface, 4-bit, and I2C-Bus interface.
-- Simple function 3-wire Serial-interface Real Time Clock Module features a built-in frequency adjusted 32.768 kHz crystal unit with a CMOS output with control pin frequency output function. With a 2.5 V to 5.5 V operating voltage range and a 1.4 V to 5.5V wide timekeeper voltage range, the RTC-4543SA includes full calendar, timer, and low voltage detection.
-- 4-bit Real Time Clock Modules offer a built-in crystal unit to allow adjustment-free, efficient operation. The RTC-72421/23 also features a 24 h /12 h changeable and leap year automatically adjustable Gregorian calendar.
-- I2C-Bus interface Real Time Clock Module features low current consumption, built in frequency adjusted 32.768 kHz crystal unit with a CMOS output with control pin frequency output function. With a 1.8 V to 5.5 V operating voltage range and a 1.0 V to 5.5 V (-20C to +70C) timekeeper voltage range, the RTC-8564NB includes a full calendar, alarm, timer, and power supply voltage monitoring function.
|
|
|
|
 Epson ICs give designers an edge in product development with its broad selection of integrated circuits (ICs) featuring the latest in power-saving, space-saving, and time-saving technologies. EPSON ICs products provide low current leakage process technology that dramatically reduces standby current, feature system algorithms for highly efficient power utilization, and include analog IPs optimally designed for low power consumption. The advanced semiconductor technology offered by EPSON ICs allows for the quick and easy development of applications that meet the demands for more functions and better performance.
|
|
Epson Integrated Circuit Resources
|
|
|
|