S5U1C6F632T1/T2 (SVT6F632)

Transcription

1 CMOS -BIT SINGLE CHIP MICROCOMPUTER SUC6F6T/T (SVT6F6) Hardware Manual (Software evaluation Tool for SC6F6)

2 NOTICE No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson does not assume any liability of any kind arising out of any inaccuracies contained in this material or due to its application or use in any product or circuit and, further, there is no representation that this material is applicable to products requiring high level reliability, such as medical products. Moreover, no license to any intellectual property rights is granted by implication or otherwise, and there is no representation or warranty that anything made in accordance with this material will be free from any patent or copyright infringement of a third party. This material or portions thereof may contain technology or the subject relating to strategic products under the control of the Foreign Exchange and Foreign Trade Law of Japan and may require an export license from the Ministry of Economy, Trade and Industry or other approval from another government agency. Windows 000 and Windows XP are registered trademarks of Microsoft Corporation, U.S.A. PC/AT and IBM are registered trademarks of International Business Machines Corporation, U.S.A. All other product names mentioned herein are trademarks and/or registered trademarks of their respective owners. SEIKO EPSON CORPORATION 009

3 Configuration of product number Tx : Reference board

4 Table of Contents Table of Contents. Overview.... Features.... Package contents.... Component Names and Functions.... Component names.... Component functions Board dimensional diagram Board dimensions LCD panel dimensions Main components.... Block Diagram.... Operating Configuration and Startup Procedure.... Standalone operation (SUC6F6T).... In-circuit emulator debugging operations (SUC6F6T) Connecting the Ports to Peripheral Circuits Switch Input (Shared Input/Output Ports) Temperature/Humidity Measurement (R/F Converter) LCD Display (LCD Driver) Pressure Sensor (Serial Interface) Buzzer (Sound Generator).... Illumination Sensor.... External Interface USB-Serial on Board Writer (SUC88000W) connector (CN) Expansion connector (CN) Expansion connector implementation pattern (CN) ICE connector (SUC6F6T)... Appendix A Consumption Current Measurement Method... 7 SUC6F6T/T (SVT6F6) Hardware Manual EPSON i

5 . Overview. Overview The SUC6F6T/T (SVT6F6: Software evaluation Tool for SC6F6) are evaluation boards for the SC6F6 single-chip microcomputer made by Seiko Epson. These boards feature a circuit structure designed for the Weather Center, which is an example of one of SC6F6 s applications. The SC6F6 s internal circuit functions can drive a 8 seg. x com LCD, measure temperature and humidity, and produce a buzzer output. Equipped with an external pressure sensor and an illumination sensor, the SUC6F6T/T boards provide power-saving control based on weather forecasts and illumination intensity. The SVT6F6 comes with two types of boards: SUC6F6T and SUC6F6T. The SUC6F6T is capable of standalone operations, while the SUC6F6T can connect to the In-Circuit Emulator (ICE6: SUC6000H) for software debugging. Each board is provided with an expansion connector to allow clients to connect custom boards. Figure. External view of SUC6F6T SUC6F6T/T (SVT6F6) Hardware Manual EPSON

6 . Overview Figure. External view of SUC6F6T EPSON SUC6F6T/T (SVT6F6) Hardware Manual

7 . Overview. Features SUC6F6T ) CPU SC6F6 (mask option specification: Standard Type B) ) Input power supply voltage +.0 V(DC), supplied by coin cell (CR0) or external power source (+.0 V) ) CPU clock OSC:.768 Hz (crystal oscillator), OSC: MHz (ceramic oscillator) ) Functions/devices Reset switch SUC6F6T USB-Serial on Board Writer connector (CN) Expansion connector and board pattern (CN, CN) Switch input ( keys) Temperature and humidity sensors Pressure sensor Illumination sensor Piezo buzzer STN LCD panel (8 seg. x com, black and white) * Effective display area: 8 seg. x com ) CPU SC6F6 (operated by ICE6) ) Input power supply voltage +. V(DC), supplied from ICE6 through I/O cable ) CPU clock OSC:.768 Hz, OSC: MHz (based on oscillation frequency adjustment on ICE6 s internal peripheral circuit board) ) Functions/devices Reset switch Expansion connector and board pattern (CN, CN) Switch input ( keys) Pressure sensor Illumination sensor Piezo buzzer STN LCD panel (8 seg. x com, black and white) * Effective display area: 8 seg. x com SUC6F6T/T (SVT6F6) Hardware Manual EPSON

8 . Overview. Package contents The SUC6F6T/T package contains the following items. SUC6F6T () Board (main unit)... () Coin cell (CR0/.0 V)... () External power cable... () Warranty card... in English & in Japanese () Precautions... in English & in Japanese (6) Manual download instructions... in English & in Japanese SUC6F6T () Board (main unit, double-board configuration)... () Warranty card... in English & in Japanese () Precautions... in English & in Japanese () Manual download instructions... in English & in Japanese EPSON SUC6F6T/T (SVT6F6) Hardware Manual

9 . Component Names and Functions. Component Names and Functions. Component names The component names and functions are given below. SUC6F6T () Power supply input selector switch (7) Reset switch (9) pin () Power switch () External power supply connector (6) Expansion connector Temperature sensor () USB-Serial on Board Writer connector Piezo buzzer Humidity sensor (8) Power supply jumper switch for SC6F6 (9) VSS pin LCD panel Push-on switches SC6F6 Pressure sensor (6) Expansion connector implementation pattern Illumination sensor Figure.. Names of components mounted on the upper side of SUC6F6T () Coin cell holder Figure.. Names of components mounted on the underside of the SUC6F6T SUC6F6T/T (SVT6F6) Hardware Manual EPSON

10 . Component Names and Functions SUC6F6T () ICE connectors (LCD) () Reset switch () Expansion connector () ICE connectors (I/O) Piezo buzzer LCD panel Push-on switches () Expansion connector implementation pattern Pressure sensor Illumination sensor Figure.. Names of components mounted on the upper side of SUC6F6T 6 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

11 . Component Names and Functions. Component functions SUC6F6T () Power supply input selector switch This jumper switch (JP) is used to select the method of power supply. The SUC6F6T board can operate on a coin cell or external power supply. When a coin cell is used, set this switch to B. To use an external power source, set the switch to E. Figure.. (a) Switch setting for use of coin cell Figure.. (b) Switch setting for use of external power supply () External power supply connector This connector is used to provide a stabilized power supply from an external source. Use the provided power cable to supply power (.0 V 0%). () Coin cell holder The coin cell (CR0) holder is located on the underside of the board. See the instructions below for installing/removing the coin cell. ) Insert the coin cell. ) Push down until you hear a click. ) Press down on the center tab of the coin cell holder. Figure.. Installing the coin cell Figure.. Removing the coin cell Caution! Make sure that the positive side of the coin cell faces up when installing it into the coin cell holder located on the underside of the board. SUC6F6T/T (SVT6F6) Hardware Manual EPSON 7

12 . Component Names and Functions () Power switch Slide this switch to supply power to the board. When the power supply input selector switch is set to external power supply, the board receives power from the external power supply connector. When the selector is set to coin cell, the board receives power from the coin cell. () USB-Serial on Board Writer connector This connector is used to write programs/data to the internal flash memory of the SC6F6. Connect the USB-Serial on Board Writer (SUC88000W) to this connector and transfer programs/data from a PC. Caution! When writing programs/data to the flash memory, provide an external stabilized power supply, if at all possible. While it is possible to write programs/data to flash memory using the coin cell as the power source, this may result in write errors if the voltage of the coin cell drops below required levels. (6) Expansion connector, expansion connector implementation pattern These are used to connect custom client boards for expanded functionality. For more information, refer to. External Interface. (7) Reset switch Press this switch to initialize the SC6F6 and peripheral devices for the board. Caution! If a PC is connected via the USB-Serial on Board Writer, the writer software in the PC is used for SC6F6 reset control. Do not press this Reset switch in such cases. (8) Power supply jumper switch for SC6F6 Remove this jumper switch (JP) and connect an ammeter to the pins to measure the current consumed by the SC6F6. For normal use, keep the jumper switch mounted on the board. See Appendix A for more information. (9) pin, VSS pin These pins supply and VSS power to the SC6F6. SUC6F6T () ICE connectors (I/O, LCD) These connectors are used to connect the ICE6. Power (+. V) from the ICE6 is supplied through these connectors (I/O). () Reset switch Press this switch to initialize the peripheral devices for the board and to provide an initialization signal to the connected ICE6. () Expansion connector, expansion connector implementation pattern These are used to connect custom client boards for expanded functionality. For more information, refer to. External Interface. 8 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

13 . Component Names and Functions. Board dimensional diagram.. Board dimensions The dimensions of the boards are given below. SUC6F6T/T Figure.. SUC6F6T board dimensions SUC6F6T (interface board) Component coordinate origin Figure.. SUC6F6T interface board dimensions * Note The unit of measurement is millimeters (mm). SUC6F6T/T (SVT6F6) Hardware Manual EPSON 9

14 . Component Names and Functions.. LCD panel dimensions The dimensions of the LCD panel mounted on the board are given below. Figure.. (a) LCD panel/bezel dimensions 0 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

15 . Component Names and Functions Figure.. (b) LCD panel dimensions Figure.. (c) Bezel dimensions SUC6F6T/T (SVT6F6) Hardware Manual EPSON

16 . Component Names and Functions. Main components SUC6F6T CPU (U)... SC6F6 (Seiko Epson) Crystal oscillator.768 khz (x )... MC-06 (Epson Toyocom) Ceramic oscillator (x )... EFOSS00E (Matsushita) LCD (LCD)... Custom-made component Thermistor (R7)... 0KT00 (Ishizuka) Humidity sensor (R)... C0MR (Shinyei Technology) Pressure sensor (U)... SCP000-D0 (VTI) Illumination sensor (U)... TPS86 (Toshiba) A/D converter (U)... AD766BRM (Analog Devices) Regulator (U8)... LT96EMS8- (Linear Technology) Piezo buzzer (BZ)... PS0P0AT (TDK) Coin cell holder (BT)... BA0SM (Takachi Electric) Connector (CN)... HIFE-0PA-.DSA (7) (Hirose Electric) Connector (CN)... HIFE-0PA-.DSA (7) (Hirose Electric) Connector (CN6)... BB-XH-A (J.S.T Mfg.) Switch (SW, SW, SW, SW, RESET)... SKHHDHA00 (Alps Electric) Switch (POW) (SECME) Coin cell... CR0 <Accessories> Power cable and connectors... XHP- (J.S.T Mfg.) SUC6F6T <Main board: Upper board> LCD (LCD)... Custom-made component Pressure sensor (U)... SCP000-D0 (VTI) Illumination sensor (U)... TPS86 (Toshiba) A/D converter (U)... AD766BRM (Analog Devices) Piezo buzzer (BZ)... PS0P0AT (TDK) Connector (CN)... HIFE-0PA-.DSA (7) (Hirose Electric) Connector (CN)... HIFE-0PA-.DSA (7) (Hirose Electric) Switch (SW, SW, SW, SW, RESET)... SKHHDHA00 (Alps Electric) <Interface board: Lower board> Connector (P, P, P, P6) LCPL (M) Connector (P) LCPL (M) EPSON SUC6F6T/T (SVT6F6) Hardware Manual

17 . Block Diagram. Block Diagram The block diagrams for the SVT6F6 are shown below. SUC6F6T Illumination sensor TPS80 Provided in product package ADC Pressure sensor SCP000 SIO SC6F6 (PQFP0-) SEG COM LCD 8 dots dots Thermistor resistor 0KT00 Humidity sensor C0MR SEN0 REF0 HUD SEN P0 P P P I/O Push-on switches Crystal oscillator (.768 Hz) Ceramic oscillator ( MHz) OSC OSC OSC OSC P0 Piezo buzzer Expansion connector Power switch (slide switch) Cable for writer USB USB-Serial on Board Writer SUC88000W Figure. SUC6F6T block diagram SUC6F6T/T (SVT6F6) Hardware Manual EPSON

18 . Block Diagram SUC6F6T Provided in product package 8 dots Illumination sensor TPS80 ADC SEG LCD Pressure sensor SCP000 SIO COM dots Push-on switches Piezo buzzer Expansion connector ICE interfaces ) 0 pins x : I/O ) 0 pins x : I/O ) 0 pins x : LCD USB In-circuit emulator SUC6000H Figure. SUC6F6T block diagram EPSON SUC6F6T/T (SVT6F6) Hardware Manual

19 . Operating Configuration and Startup Procedure. Operating Configuration and Startup Procedure. Standalone operation (SUC6F6T) With the USB-Serial on Board Writer (SUC88000W) connected, the SUC6F6T can write programs/data to the internal flash EEPROM of the SC6F6 mounted on the SUC6F6T board. Once a program/data is written, the board can run from a coin cell for standalone operations. The corresponding connection configurations and startup procedures are described below. ) Connecting the USB-Serial on Board Writer Connect the USB-Serial on Board Writer (SUC88000W) to the CN connector on the SUC6F6T board. Figure.. Connecting the USB-Serial on Board Writer Caution! Carefully check the position of Pin in the CN connector when connecting. The connector lacks a safeguard to prevent reversed connections. ) Selecting the power supply Set the power supply input selector switch correctly. When using a coin cell, set the jumper switch to B. When using an external power supply, set the switch to E. For more information, refer to. Component Names and Functions. Caution! When writing programs/data to the flash memory, use an external stabilized power supply, if at all possible. While it is possible to write programs/data to the flash memory by using the coin cell as the power source, this may result in write errors if the voltage of the coin cell drops below required levels. ) Writing programs/data using the USB-Serial on Board Writer Write programs/data to the flash EEPROM by referring to Appendix B PROM Programming in the SC6F6 Technical Manual. ) Operation After writing programs/data, turn off the power to the board, disconnect the USB-Serial on Board Writer, then turn on power once again. When an external power supply is used to write programs/data and the coin cell is used for board operations, switch the power supply input selector from E to B. SUC6F6T/T (SVT6F6) Hardware Manual EPSON

20 . Operating Configuration and Startup Procedure. In-circuit emulator debugging operations (SUC6F6T) Connecting the in-circuit emulator (ICE6: SUC6000H) to a PC allows use of the SUC6F6T as part of an advanced debugging environment. The corresponding connection configurations and startup procedures are described below. ) Connecting the in-circuit emulator Connect the P, P, P, P6, and P connectors, respectively, on the SUC6F6T board to the CN-, CN-, CN-, CN-, and CN on the in-circuit emulator (ICE6: SUC6000H). The names of the ICE6 connectors (CN-, CN-, CN-, CN-, CN) are also indicated on the SUC6F6T board. Confirm these connector indications when connecting. Use the I/O cables supplied for the standard peripheral board (SUC6000P6) and add-on board (SUC6F6P), which are designed to be used in combination with the ICE6. Note that circuit data for SC6F6 must be written to the standard peripheral board (SUC6000P6) built into the in-circuit emulator in advance. For a detailed discussion of the procedure for writing data, refer to Appendix A in the SC6F6 Technical Manual. Figure.. Connecting the in-circuit emulator ) Starting the in-circuit emulator Turn on power for the in-circuit emulator. For operating method of the in-circuit emulator, refer to the SC6000H6 Hardware Manual. Do not supply power to the SUC6F6T board. The power needed will be provided from the in-circuit emulator through the I/O cables. Caution! The sensors (temperature sensor, humidity sensor) for R/F converter use variable resistors in pseudo mode. Mount variable resistors and other components to the in-circuit emulator s internal add-on board (SUC6F6P) for SC6F6 for software evaluations. 6 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

21 . Connecting the Ports to Peripheral Circuits. Connecting the Ports to Peripheral Circuits Table. shows the ports on the SC6F6 of the SVT6F6 and the peripheral circuits to which ports are connected. For information on the expansion connector, refer to. External Interface. Table. List of ports and connection destinations Port Direction Multiplex Signal name Connection destination P00 - R/F converter (ch0) P0 - R/F converter (ch0) P0 - R/F converter (ch0) P0 O R/F converter (ch0), buzzer P00/RFIN0 P0/REF0 P0/SEN0 P0/RFOUT/BZ Temperature sensor Expansion connector (CN) * ICE connector (CN P P) * Temperature sensor Expansion connector (CN) * ICE connector (CN P P) * Temperature sensor Expansion connector (CN) * ICE connector (CN P P) * Piezo buzzer Expansion connector (CN) * ICE connector (CN P P ) * P0 I Stopwatch P0/RUN/LAP Push-on switch (SW) Expansion connector (CN) ICE connector (CN P P) * P I Stopwatch P/RUN/LAP Push-on switch (SW) Expansion connector (CN) ICE connector (CN P P) * P I Event counter P/EVIN_A Push-on switch (SW) Expansion connector (CN) ICE connector (CN P P) * P I Programmable timer P0 O Serial interface P O Serial interface P I Serial interface P O Serial interface, FOUT P/TOUT_A P0/SCLK P/SOUT P/SIN P/SRDY/SS/FOUT Push-on switch (SW) Expansion connector (CN) ICE connector (CN P P) * SCK pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * MOSI pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * MISO pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * CSB pin for pressure sensor (SCP000) (after logic inversion) Expansion connector (CN) ICE connector (CN P P) * P0 O P0 PD pin for pressure sensor (SCP000) (after logic inversion) Expansion connector (CN) ICE connector (CN P) * P I Programmable timer P/TOUT_B DRDY pin for pressure sensor (SCP000) Expansion connector (CN) ICE connector (CN P P) * SUC6F6T/T (SVT6F6) Hardware Manual EPSON 7

22 . Connecting the Ports to Peripheral Circuits Port Direction Multiplex Signal name Connection destination P I/O Programmable timer P O Programmable timer P/TOUT_C P/TOUT_D Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * Illumination sensor power supply control (after logic inversion) Expansion connector (CN) ICE connector (CN P P) * P0 O P0 SCLK pin for AD converter Expansion connector (CN) ICE connector (CN P P) * P I Programmable timer P/EVIN_B SDAT pin for AD converter Expansion connector (CN) ICE connector (CN P P) * P O Programmable timer P/EVIN_C XCS pin for AD converter Expansion connector (CN) ICE connector (CN P P) * P I/O Programmable timer P/EVIN_D Expansion connector (CN) ICE connector (CN P P) * P0 I/O P0 Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * P I/O P Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * P I/O P Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * P I/O P Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * Caution! * Connect by shorting out the solder bridge. * In the case of SUC6F6T * Connector not provided. Board pattern only. 8 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

23 6. Switch Input (Shared Input/Output Ports) 6. Switch Input (Shared Input/Output Ports) Switches SW through SW provided on the SVT6F6 are connected to ports P0, P, P, and P on the SC6F6, as shown in Figure 6.. SC6F6 P0 P P P SW SW SW SW Figure 6. Key input connection circuit of CPU board Input ports P0, P, P, and P on the SC6F6 are internally added with pull-down resistors and remain at Low (input = 0) under normal conditions. It changes to High (input = ) when the push-on switch is pressed. Caution! The mask option specification for the SC6F6 of the board is Standard Type B. For more information, refer to the SC6F6 Technical Manual. SUC6F6T/T (SVT6F6) Hardware Manual EPSON 9

24 7. Temperature/Humidity Measurement (R/F Converter) 7. Temperature/Humidity Measurement (R/F Converter) The SUC6F6T is equipped with a temperature sensor (thermistor resistor) and a humidity sensor. Using the SC6F6 s internal R/F converter, the SUC6F6T can measure temperature and humidity. The SUC6F6T lacks the resistor or capacitor necessary for such measurements. For software evaluations, variable resistors and other functions are connected in pseudo mode to the platform on the add-on board (SUC6F6P), which is designed to be used in combination with the ICE6. For more information, refer to Appendix A in the SC6F6 Technical Manual. Humidity sensor Temperature sensor Figure 7. Connection for temperature and humidity measurements Caution! The P00 to P0 ports on the SC6F6 are shared with the R/F converter. These ports are used as R/F converter pins by the board and serve as dedicated R/F converter connection pins. However, when the SUC6F6T is used, the temperature and humidity sensors are connected to the add-on board inside the ICE6. This means the P00 to P0 ports can also be used as general-purpose I/O ports by switching pin functions through software. The P00 to P0 pins can be used through the expansion board connector (CN). For more information, refer to. External Interface. 0 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

25 8. LCD Display (LCD Driver) 8. LCD Display (LCD Driver) The SC6F6 is equipped with a dot matrix LCD driver capable of driving a black-and-white LCD panel of up to 8 segments (SEG) x commons (COM). The board comes with an LCD panel of 8 segments (SEG) x commons (COM), which is connected to the SEG/COM pins of the SC6F6, as shown below. SC6F6 COM0 to COM COM0 to COM COM0 COM COM COM COM8 COM9 COM0 COM SEG0 SEG SEG SEG0 LCD panel SEG87 SEG86 SEG7 SEG6 SEG0 to SEG7 SEG0 to SEG7 (SEG7) (SEG6 (SEG) (SEG0) Figure 8. LCD panel connection Although the LCD panel mounted on the SVT6F6 has 8 segments (SEG) x commons (COM), the SC6F6 is capable of displaying up to 8 segments (SEG) x commons (COM). On the SVT6F6, the display area is centered in the LCD panel, as shown below. SEG direction COM direction C6F6 LCD panel display area Figure 8. SEG/COM direction of LCD panel SUC6F6T/T (SVT6F6) Hardware Manual EPSON

26 9. Pressure Sensor (Serial Interface) 9. Pressure Sensor (Serial Interface) The SVT6F6 uses the SC6F6 s built-in serial interface (clock synchronization type x ch) to communicate with the pressure sensor (SCP000). Since the general-purpose input/output ports on the SC6F6 also serve as serial ports, the functions of these ports must be switched by software if they are to be used as serial ports. Input/output signals from the serial ports are also connected to the expansion connector. Furthermore, the shared input/output ports (P0, P) are used for pressure sensor communication-ready control and power supply control. Table 9. Serial port connection destinations Interface Signal name (port pin) I/O Connection destination Clock synchronization type * Connector not provided. Board pattern only. * In the case of SUC6F6T SCLK (P0) O SCK pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * SOUT (P) O MOSI pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * SIN (P) I MISO pin for pressure sensor (SCP000) Expansion connector (CN) Expansion connector (CN) * ICE connector (CN P P) * SS (P) O CSB pin for pressure sensor (SCP000) (after logic inversion) Expansion connector (CN) ICE connector (CN P P) * EPSON SUC6F6T/T (SVT6F6) Hardware Manual

27 9. Pressure Sensor (Serial Interface) Pressure sensor SC6F6 Figure 9. Pressure sensor connection diagram SUC6F6T/T (SVT6F6) Hardware Manual EPSON

28 0. Buzzer (Sound Generator) 0. Buzzer (Sound Generator) The SVT6F6 can drive a piezo buzzer using the SC6F6 s built-in sound generator. This capability is enhanced by the externally connected transistor. SC6F6 Figure 0. Piezo buzzer drive circuit diagram EPSON SUC6F6T/T (SVT6F6) Hardware Manual

29 . Illumination Sensor. Illumination Sensor The SVT6F6 is equipped with an illumination sensor and an AD converter. The AD converter processes the voltage output from the illumination sensor for illumination detection. The SC6F6 uses the shared input/output ports (P0 to P) to control the AD converter. It also uses the shared input/output port (P) to control the illumination sensor power supply. SC6F6 Illumination sensor Figure. Illumination sensor circuit diagram SUC6F6T/T (SVT6F6) Hardware Manual EPSON

30 . External Interface. External Interface The board is provided with an expansion connector (CN) and an expansion connector implementation pattern (CN) to allow clients to connect custom boards. The SUC6F6T is also provided with ICE connectors to allow users to configure an advanced debugging environment by connecting it to the ICE6. SUC6F6T external interface Main board SC6F6 R/F converter Buzzer circuit P00 P0 P0 Thermistor resistor for temperature measurement Piezo buzzer Solder bridge CN (0pin) Push-on switches Input/output circuit Serial interface P0 P P0 P P0 P P P Pressure sensor Illumination sensor USB-Serial on Board Writer CN (0pin) DMOD DRXD DTXD DCLK P0 P P P0 P AD converter P0 P P P P0 P CN (0pin) LCD Figure. External interface connector (SUC6F6T) 6 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

31 . External Interface SUC6F6T external interface connector Main board Interface board SC6F6 (Not mounted) Thermistor resistor for temperature measurement Piezo buzzer Solder bridge CN (0pin) Push-on switches Pressure sensor Illumination sensor AD converter CN (0pin) P (0pin) P (0pin) P (0pin) P (0pin) ICE6 LCD P0 P P P P0 P CN (0pin) CN (80pin) P7 (80pin) P (0pin) P6 (0pin) Figure. External interface connector (SUC6F6T) SUC6F6T/T (SVT6F6) Hardware Manual EPSON 7

32 . External Interface. USB-Serial on Board Writer (SUC88000W) connector (CN) The CN connector specifications and pin layout are as shown below. CN connector Table. CN connector pin layout and connector diagram (CN) Manufacturer: Hirose Electric Model: HIFE-0PA-.DSA (7) 9 CN 0 C6F6 (Upper side) No. Name I/O Function - Power supply pin (positive) - Power supply pin (positive) DCLK I System clock input VSS - Power supply pin (negative) DTXD O Serial interface data output 6 DRXD I Serial interface data input 7 RESET I Reset input 8 NC - Not connected 9 VSS - Power supply pin (negative) 0 DMOD I Programming mode setting input 8 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

33 . External Interface. Expansion connector (CN) The CN connector specifications and pin layout are as shown below. CN connector Table. CN connector pin layout and connector diagram Manufacturer: Hirose Electric Model: HIFE-0PA-.DSA (7) 9 0 CN C6F6 (Upper side) No. Name I/O Function P00 I/O General-purpose port * P0 I/O General-purpose port * P0 I/O General-purpose port * P0 - Used (buzzer) P0 - Used (push-on switch (SW)) 6 P - Used (push-on switch (SW)) 7 P - Used (push-on switch (SW)) 8 P - Used (push-on switch (SW)) 9 P0 - Used (pressure sensor interface (SCK)) 0 P - Used (pressure sensor interface (MOSI)) P - Used (pressure sensor interface (MISO)) P - Used (pressure sensor interface (CSB)) P0 - Used (pressure sensor interface (PD)) P - Used (pressure sensor interface (DRDY)) P I/O General-purpose port 6 P - Used (illumination sensor power supply control) 7 P0 - Used (AD converter interface (SCLK)) 8 P - Used (AD converter interface (SDAT)) 9 P - Used (AD converter interface (XCS)) 0 P I/O General-purpose port P0 I/O General-purpose port P I/O General-purpose port P I/O General-purpose port P I/O General-purpose port - Power supply pin (positive) 6 - Power supply pin (positive) 7 RESET O Reset output (positive logic) 8 VSS - Power supply pin (negative) 9 VSS - Power supply pin (negative) 0 VSS - Power supply pin (negative) * May be used only with the SUC6F6T. (Cannot be used with R/F converter ch0.) Not connected with SUC6F6T. SUC6F6T/T (SVT6F6) Hardware Manual EPSON 9

34 . External Interface. Expansion connector implementation pattern (CN) The pin layout of the CN connector implementation pattern is shown below. CN connector implementation pattern Table. CN connector implementation pattern layout Manufacturer: KEL Model: MS-A (Not mounted) CN C6F6 0 9 (Upper side) No. Name I/O Function NC - Not connected NC - Not connected P - Used (pressure sensor interface (MISO)) P - Used (pressure sensor interface (MOSI)) VSS - Power supply pin (negative) 6 P I/O General-purpose port 7 VSS - Power supply pin (negative) 8 P0 - Used (pressure sensor interface (SCK)) 9 VSS - Power supply pin (negative) 0 P0 I/O General-purpose port VSS - Power supply pin (negative) P I/O General-purpose port VSS - Power supply pin (negative) P I/O General-purpose port VSS - Power supply pin (negative) 6 XRESET O Reset output (negative logic) 7 P I/O General-purpose port 8 NC - Not connected 9 - Power supply pin (positive) 0 - Power supply pin (positive) 0 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

35 . External Interface. ICE connector (SUC6F6T) The ICE connector specifications and pin layouts are shown below. P, P, P, P, and P6 connectors Table.. ICE connector pin layout and connector diagram (P, P, P, P, P6) Manufacturer: M Models: -600LCPL (P, P, P, P6) LCPL (P) P (CN-) P6 (CN-) P (CN-) P (CN-) P (CN) Not mounted (Upper side) SUC6F6T/T (SVT6F6) Hardware Manual EPSON

36 . External Interface Table.. ICE connector pin layout and connector diagram (P) P (CN-) No. Name I/O Function - Power supply pin (positive) - Power supply pin (positive) NC - Not connected NC - Not connected NC - Not connected 6 NC - Not connected 7 NC - Not connected 8 NC - Not connected 9 NC - Not connected 0 NC - Not connected VSS - Power supply pin (negative) VSS - Power supply pin (negative) NC - Not connected NC - Not connected NC - Not connected 6 NC - Not connected 7 NC - Not connected 8 NC - Not connected 9 NC - Not connected 0 NC - Not connected - Power supply pin (positive) - Power supply pin (positive) NC - Not connected NC - Not connected NC - Not connected 6 NC - Not connected 7 NC - Not connected 8 NC - Not connected 9 NC - Not connected 0 NC - Not connected VSS - Power supply pin (negative) VSS - Power supply pin (negative) NC - Not connected NC - Not connected NC - Not connected 6 NC - Not connected 7 NC - Not connected 8 RESET O Reset output to ICE (positive logic) 9 VSS - Power supply pin (negative) 0 VSS - Power supply pin (negative) EPSON SUC6F6T/T (SVT6F6) Hardware Manual

37 . External Interface Table.. ICE connector pin layout and connector diagram (P) P (CN-) No. Name I/O Function - Power supply pin (positive) - Power supply pin (positive) NC - Not connected NC - Not connected NC - Not connected 6 NC - Not connected 7 NC - Not connected 8 NC - Not connected 9 NC - Not connected 0 NC - Not connected VSS - Power supply pin (negative) VSS - Power supply pin (negative) P0 O Switch output (SW) P O Switch output (SW) P O Switch output (SW) 6 P O Switch output (SW) 7 P0 I Pressure sensor interface (SCK) 8 P I Pressure sensor interface (MOSI) 9 P O Pressure sensor interface (MISO) 0 P I Pressure sensor interface (CSB) - Power supply pin (positive) - Power supply pin (positive) P0 I Pressure sensor interface (PD) P O Pressure sensor interface (DRDY) P I/O General-purpose port * 6 P I Illumination sensor power supply control 7 P0 I AD converter interface (SCLK) 8 P O AD converter interface (SDAT) 9 P I AD converter interface (XCS) 0 P I/O General-purpose port * VSS - Power supply pin (negative) VSS - Power supply pin (negative) P0 I/O General-purpose port * P I/O General-purpose port * P I/O General-purpose port * 6 P I/O General-purpose port * 7 NC - Not connected 8 NC - Not connected 9 VSS - Power supply pin (negative) 0 VSS - Power supply pin (negative) * May be used by pulling out from the CN connector on the main board. SUC6F6T/T (SVT6F6) Hardware Manual EPSON

38 . External Interface Table.. ICE connector pin layout and connector diagram (P) P (CN) No. Name I/O Function - Power supply pin (positive) - Power supply pin (positive) P00 I/O General-purpose port * P0 I/O General-purpose port * P0 I/O General-purpose port * 6 P0 I Buzzer 7 NC NC VSS - Power supply pin (negative) 0 VSS - Power supply pin (negative) * May be used by pulling out from the CN connector on the main board. EPSON SUC6F6T/T (SVT6F6) Hardware Manual

39 . External Interface Table.. ICE connector pin layout and connector diagram (P) P (CN-) No. Name I/O Function SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG6 I LCD drive waveform input (SEG) SEG7 I LCD drive waveform input (SEG) SEG8 I LCD drive waveform input (SEG) 6 SEG9 I LCD drive waveform input (SEG) 7 SEG0 I LCD drive waveform input (SEG) 8 SEG I LCD drive waveform input (SEG) 9 SEG I LCD drive waveform input (SEG) 0 SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG6 I LCD drive waveform input (SEG) SEG7 I LCD drive waveform input (SEG) SEG8 I LCD drive waveform input (SEG) 6 SEG9 I LCD drive waveform input (SEG) 7 SEG0 I LCD drive waveform input (SEG) 8 SEG I LCD drive waveform input (SEG) 9 SEG I LCD drive waveform input (SEG) 0 SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG6 I LCD drive waveform input (SEG) SEG7 I LCD drive waveform input (SEG) COM I LCD drive waveform input (COM) 6 COM0 I LCD drive waveform input (COM) 7 COM9 I LCD drive waveform input (COM) 8 COM8 I LCD drive waveform input (COM) 9 COM7 I LCD drive waveform input (COM) 0 COM6 I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) 6 COM0 I LCD drive waveform input (COM) 7 COM9 I LCD drive waveform input (COM) 8 COM8 I LCD drive waveform input (COM) 9 COM7 I LCD drive waveform input (COM) 0 COM6 I LCD drive waveform input (COM) SUC6F6T/T (SVT6F6) Hardware Manual EPSON

40 . External Interface Table..6 ICE connector pin layout and connector diagram (P6) P6 (CN-) No. Name I/O Function COM0 I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) 6 COM I LCD drive waveform input (COM) 7 COM6 I LCD drive waveform input (COM) 8 COM7 I LCD drive waveform input (COM) 9 COM8 I LCD drive waveform input (COM) 0 COM9 I LCD drive waveform input (COM) COM0 I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) COM I LCD drive waveform input (COM) 6 COM I LCD drive waveform input (COM) 7 SEG0 I LCD drive waveform input (SEG) 8 SEG I LCD drive waveform input (SEG) 9 SEG I LCD drive waveform input (SEG) 0 SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG6 I LCD drive waveform input (SEG) SEG7 I LCD drive waveform input (SEG) SEG8 I LCD drive waveform input (SEG) 6 SEG9 I LCD drive waveform input (SEG) 7 SEG0 I LCD drive waveform input (SEG) 8 SEG I LCD drive waveform input (SEG) 9 SEG I LCD drive waveform input (SEG) 0 SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG I LCD drive waveform input (SEG) SEG6 I LCD drive waveform input (SEG) SEG7 I LCD drive waveform input (SEG) SEG8 I LCD drive waveform input (SEG) 6 SEG9 I LCD drive waveform input (SEG) 7 SEG0 I LCD drive waveform input (SEG) 8 SEG I LCD drive waveform input (SEG) 9 SEG I LCD drive waveform input (SEG) 0 SEG I LCD drive waveform input (SEG) 6 EPSON SUC6F6T/T (SVT6F6) Hardware Manual

41 Appendix A Consumption Current Measurement Method Appendix A Consumption Current Measurement Method The SUC6F6T board can measure the current consumed solely by the SC6F6. Figure A. shows the circuit structure of the SUC6F6T board power supply connection. To measure the amount of current consumed just by the SC6F6, remove the jumper switch (JP) and connect an ammeter to the two pins in series. Note that the ports on the SC6F6 must be set appropriately according to the peripheral circuits. SC6F6 JP VSS VSS VSS Figure A. SC6F6 consumption current measurement circuit SUC6F6T/T (SVT6F6) Hardware Manual EPSON 7

42 DTXD SEG9 SEG9 P0 SEG8 DRXD SEG SEG7 SEG6 SEG7 SEG COM SEG6 SEG SEG COM SEG7 DCLK COM P0 SEG P00 SEG0 SEG8 P0 SEG0 SEG7 P0 SEG8 P P SEG7 P SEG6 SEG P SEG8 COM COM6 COM0 SEG SEG P SEG SEG P0 SEG6 P SEG DMOD COM9 P0_BZ SEG SEG P0 COM P COM COM0 P SEG SEG SEG P SEG COM P SEG0 P SEG SEG SEG SEG COM P RESET SEG9 P0 SEG SEG9 P P SEG0 COM7 SEG COM8 P SEG0 COM SEG COM SEG SEG6 P0 COM0 COM COM COM9 COM8 COM9 COM COM8 COM7 COM6 COM COM6 COM7 COM COM0 COM COM6 COM7 COM8 COM9 COM0 COM COM COM COM COM COM6 COM7 COM8 COM9 COM0 COM COM8 COM9 COM0 COM COM COM COM COM COM0 COM COM COM COM COM COM6 COM7 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 VC VC VC VC Title Size Document Number Rev Date: Sheet of SUC6F6T00 circuit A Monday, April 07, 008 Title Size Document Number Rev Date: Sheet of SUC6F6T A Monday, April 07, 008 Title Size Document Number Rev Date: Sheet of SUC6F6T00 circuit A Monday, April 07, 008 for Ceramic or CR Temperature Humidity RESET PAD_A PAD_A U SC6F6 ( Caution: This pin assignment is not same to for sales version. ) U SEG6 SEG7 SEG8 SEG9 SEG0 SEG 6 SEG 7 SEG 8 SEG 9 SEG 0 SEG6 SEG7 SEG8 SEG9 SEG0 SEG 6 SEG 7 SEG 8 SEG 9 SEG 0 SEG6 SEG7 SEG8 SEG9 SEG0 SEG 6 SEG 7 SEG 8 SEG 9 SEG 0 SEG6 SEG7 NC NC NC NC 6 COMSEG8 7 COM0SEG9 8 COM9SEG0 9 COM8SEG 0 COM7SEG COM6SEG COMSEG COMSEG COMSEG6 COMSEG7 6 COMSEG8 7 COM0SEG9 8 COM9SEG60 9 COM8SEG6 0 COM7SEG6 COM6SEG6 VSS VD CG CF 6 CE 7 CD 8 CC 9 CB 60 CA 6 VC 6 VC 6 VC 6 VC 6 VC OSC 68 OSC 69 VSS 70 OSC 7 OSC 7 VD 7 TEST 7 TEST 7 TEST 76 DMOD 77 DRXD 78 DTXD 79 DCLK 80 TEST 8 RESET 8 P 8 P 8 P 8 P0 86 P 87 P 88 P 89 P0 90 P 9 P 9 P 9 P0 9 P 9 P 96 P 97 P0 98 P 99 P 00 P 0 P0 0 RFOUTP0 0 0 SEN0P0 0 REF0P0 06 RFIN0P00 07 VSS 08 RFIN 09 REF 0 SEN HUD COM0 COM COM COM 6 COM 7 COM 8 COM6 9 COM7 0 COM8 COM9 COM0 COM COM COM 6 COM 7 COM 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 0 SEG SEG SEG SEG R6 OPEN R6 OPEN X MC-06 X MC-06 C9 0.uF C9 0.uF R8 0 R8 0 C7 0.uF C7 0.uF R 7K R 7K C8 0.uF C8 0.uF X EFOSS00E MHz X EFOSS00E MHz R9 M R9 M SW SKHHDHA00 SW SKHHDHA00 PAD7 PAD PAD7 PAD C9 0pF C9 0pF R.K R.K C6 0.uF C6 0.uF R C0MR R C0MR C 0.uF C 0.uF R 0M R 0M C 0.uF C 0.uF PAD PAD PAD PAD C 0.uF C 0.uF C8 0.uF C8 0.uF C 0.uF C 0.uF C0 0.uF C0 0.uF C 0pF C 0pF C 0.uF C 0.uF C0 0pF C0 0pF + C6.uF + C6.uF C 000pF C 000pF JP DSP0 JP DSP0 C 000pF C 000pF PAD_A PAD_A PAD_A PAD_A PAD_A PAD_A C7 6pF C7 6pF C 0.uF C 0.uF PAD_A PAD_A + C.uF + C.uF LCD LCD_PANEL LCD LCD_PANEL COM7 COM6 COM COM COM COM 6 COM 7 COM0 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 0 SEG SEG SEG SEG SEG6 SEG7 6 SEG8 7 SEG9 8 SEG0 9 SEG 60 SEG 6 SEG 6 SEG 6 SEG 6 SEG6 6 SEG7 66 SEG8 67 SEG9 68 SEG60 69 SEG6 70 SEG6 7 SEG6 7 COM8 7 COM9 7 COM0 7 COM 76 COM 77 COM 78 COM 79 COM 80 COM6 8 COM7 8 COM8 8 COM9 8 COM0 8 COM 86 COM 87 COM 88 SEG6 89 SEG6 90 SEG66 9 SEG67 9 SEG68 9 SEG69 9 SEG70 9 SEG7 96 SEG7 97 SEG7 98 SEG7 99 SEG7 00 SEG76 0 SEG77 0 SEG78 0 SEG79 0 SEG80 0 SEG8 06 SEG8 07 SEG8 08 SEG8 09 SEG8 0 SEG86 SEG87 SEG88 SEG89 SEG90 SEG9 6 SEG9 7 SEG9 8 SEG9 9 SEG9 0 SEG96 SEG97 SEG98 SEG99 SEG00 SEG0 6 SEG0 7 SEG0 8 SEG0 9 SEG0 0 SEG06 SEG07 SEG08 SEG09 SEG0 SEG 6 SEG 7 SEG 8 SEG 9 SEG 0 SEG6 SEG7 SEG8 SEG9 SEG0 SEG 6 SEG 7 SEG 8 SEG 9 SEG 0 SEG6 SEG7 COM COM0 COM9 COM8 6 COM7 7 COM6 8 COM 9 COM 60 R7 0KT00 R7 0KT00 C 0.uF C 0.uF R 0K R 0K

43 Date: Tuesday, April 08, 008 Sheet of C 0.uF _F FON Illumination U VCC GND GND TPS86 8 OUT 6 GND GND R0 00K _F R K Q SSMJ0F R 0 R 00K R 00K _F C 0.uF PAD8 UA + - OPA9 8 R 00K P P P0 U AD766 XCS VCC 8 SDAT GND 7 SCLK VIN 6 NC NC C 0.0uF Only pattern, the pin No. and for OPA9 is connected. C 0.uF DCLK DTXD DRXD RESET DMOD CN HIFE-0PA-.DSA CLK_M FlashWriter GND RXD 6 TXD 7 MRESET 8 NC 9 GND 0 DMOD ICE CN P00 P0 P0 P P0 P P0 P P0 P P0 P RESET P P CN HIFE-0PA-.DSA CN MS-A P0 P0 P P P P P P P P P P Expansion I/O P P P0 P0 P P XRESET P0_BZ R9 0 R0 OPEN UB OPA9 C 0.uF R8 0 R6 K U8 LT96EMS8- OUT IN 8 ADJ NC 7 BYP NC 6 GND SHDN + C 0uF BZ PS0P0AT Q SSMK0F JP + C 0uF DSP0-00- G TP TP CN6 BB-XH-A P P0 P P P P0 R 00K SW C + 0uF R7 0 C0 0.uF U7 A Y 6 GNDVCC A Y SN7LVCG0DCKT PD CSB 6 Pressure ATST TRIG DRDY CLK D 6 DVSS + C8 0.7uF SCP000-D0 ATST DS 7 C9 0.uF PD 8 SW SKHHDHA00 AVSS U AVSS A CSB MISO MOSI 0 SCK 9 C6 0.7uF + SW SKHHDHA00 SW SKHHDHA00 COM7 COM6 COM COM COM COM COM COM0 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG COM8 COM9 COM0 COM COM COM COM COM CN AXN800S SW6 SKHHDHA00 P COM6 COM7 COM8 COM9 COM0 COM COM COM SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 SEG8 SEG9 SEG0 SEG SEG SEG SEG SEG SEG6 SEG7 COM COM0 COM9 COM8 COM7 COM6 COM COM RESET P P0 P P0 P P0 P P0 P P0 P0 P00 P RESET Expansion I/O FON C7 0.uF U6 A Y 6 GNDVCC XRESET A Y SN7LVCG0DCKT CN AXN00S ICE CN P P P 6 6 P P P P 6 6 P P P P0 6 6 P BA0SM BT P P P0 Title SUC6F6T00 circuit Size Document Number Rev A

44 COM COM SEG9 SEG COM SEG6 SEG SEG SEG COM0 COM8SEG COM7SEG SEG8 SEG7 SEG0 SEG SEG SEG0 COM0SEG9 COM9SEG60 COM8 SEG8 COM COM SEG8 SEG7 SEG0 COM COMSEG8 SEG SEG SEG SEG9 COM9SEG0 SEG6 SEG SEG7 SEG SEG COM6SEG6 COM6 SEG6 COM9 COM0 SEG6 SEG SEG8 COM COMSEG6 SEG SEG SEG0 COMSEG COMSEG8 SEG SEG COM0SEG9 COM8SEG6 SEG9 SEG7 COM COM SEG SEG COM7 SEG7 SEG SEG SEG6 COM COMSEG7 COMSEG SEG0 SEG9 SEG SEG SEG SEG COM6SEG COM7SEG6 P0 P P0 P P P P P P P0 P P0 P P P P P P0 P P RESET P0 P0 P00 P0 RESET P00 P0 P0 P0 P0 P P P P0 P P P P0 P P P P0 P P P P0 P P P SEG9 SEG SEG0 SEG SEG SEG SEG SEG SEG SEG COM8 SEG6 COM9 SEG7 COM0 SEG8 COM SEG9 COM0 COM SEG0 COM SEG COM COM SEG COM COM SEG COM SEG COM SEG COM SEG6 COM6 SEG7 COM7 SEG8 SEG0 COM8SEG6 COMSEG SEG7 COM9SEG60 COMSEG SEG8 COM0SEG9 SEG9 COMSEG8 SEG0 COMSEG7 SEG COMSEG6 SEG SEG SEG SEG SEG SEG6 SEG SEG7 SEG6 SEG8 SEG7 SEG9 COMSEG8 SEG0 SEG COM0SEG9 SEG COM9SEG0 SEG COM6SEG6 COM8SEG SEG COM7SEG SEG COM7SEG6 COM6SEG SEG6 P0 P P0 P0 P0 P P0 P00 P P P0 RESET P P0 P P P P P P P P0 P P P Title Size Document Number Rev Date: Sheet of SUC6F6T00 circuit A Tuesday, March, 008 Title Size Document Number Rev Date: Sheet of SUC6F6 00 circuit A Tuesday, March, 008 Title Size Document Number Rev Date: Sheet of SUC6F6T A Tuesday, March, 008 CN CN- CN- CN- CN- P -600LC P -600LC P -600LC P -600LC TP P TP P TP P00 TP P00 TP P0 TP P0 P6-600LC P6-600LC TP P0 TP P0 P -600LC P -600LC TP P0 TP P0 TP0 P0 TP0 P0 TP9 RESET TP9 RESET TP6 P0 TP6 P0 TP P TP P TP9 P TP9 P TP P0 TP P0 TP P TP P TP7 P TP7 P TP8 P TP8 P TP P0 TP P0 TP8 P TP8 P TP6 P TP6 P TP P TP P TP7 P TP7 P TP P TP P TP7 P TP7 P TP0 TP0 TP VSS TP VSS TP P TP P TP6 P TP6 P P LC P LC TP P TP P P7 AXN800S P7 AXN800S P AXN00S P AXN00S TP P0 TP P0

45 SUC6F6T00 parts list REV.0 REVISION/QUANTITY F E D C B A REV. MARK PARTS NAME MATERIAL LOCATION STANDARD MODEL No. MAKER Board SA-080 Custom Battery holder BT Surface mount BA0SM TAKACHI Piezo buzzer BZ PS0P0AT TDK Connector (pin header) CN HIFE-0PA-.DSA(7) HIROSE Connector (pin header) CN HIFE-0PA-.DSA(7) HIROSE Battery CR0 Toshiba Connector CN6 BB-XH-A J.S.T Monolithic ceramic capacitor C,C 000pF.0*. GRM9CA0JA0D Murata Tantalum capacitor C,C6.uF/6V.*.6 F9CMAA nichicon C,C,C8,C,C,C,C,C6,C7,C8,C9,C0,C,C, 9 Monolithic ceramic capacitor C,C7,C9,C0,C 0.uF *. GRM9FH0ZA0D Murata Trimmer capacitor C7.0-0pF.mm *.mm TZYZ00A00R00 Murata Monolithic ceramic capacitor C9,C0,C 0pF.6*0.8 GRM88CH00JA0D Murata Tantalum capacitor C6,C8 0.7uF/V.*.6 F9V7MAA nichicon Tantalum capacitor C,C,C 0uF/6V.*.6 TEESVAC06M NEC TOKIN Ceramic resonator X MHz EFOSS00E Panasonic Dip short plug JP DSP0-00-G KEL Dip short plug JP DSP0-00-G KEL LCD LCD LCD_PANEL Custom Transistor Q SC-9 SSMJ0F Toshiba Transistor Q SC-9 SSMK0F Toshiba Resistor R 0K RK7HATTD00F KOA Humidity sensor R C0MR SHINYEI Resistor R 7K RK7HATTD70F KOA R6,R0,R,R,C,C OPEN Thermistor R7 0KT00 ISHIZUKA Resistor R8,R,R7,R8,R9 0 Ohm RK7ZAT KOA Resistor R9 M RK7HATTD00F KOA Resistor R0,R 00K RK7HATTD00F KOA Resistor R6,R K RK7HATTD00F KOA Resistor R 00K RK7HATTD00F KOA Switch SW,SW,SW,SW,SW6 SKHHAKA00 ALPS Switch SW SECME Check pin TP LC--G red MAC8 Check pin TP LC--G black MAC8 IC U * SC6F6 EPSON A/D converter U RM-8 AD766BRM Analog devices Illumination sensor U TPS86 Toshiba Pressure sensor U SCP000-D0 VTI Inverter U6,U7 SN7LVCG0DCKT T.I. Regulator U8 LT96EMS8- LINEAR Resonator X.768KHz MC-06 EPSON TOYOCOM Resistor R 0M RK7HATTD00F KOA Resistor R.K RK7HATTD0F KOA Screw FB-00N Wilco Stud 0mm ASB-0E HIROSUGI Dip short plug socket DSP0-00-0G-9 KEL Connector XHP- J.S.T Contact SXH-00T-P0.6N J.S.T Wire AWM6-(7)-SA RED Junkosha Wire AWM6-(8)-SA BLACK Junkosha

46 SUC6F6T00 parts list REV.0 REVISION/QUANTITY F E D C B A REV. MARK PARTS NAME MATERIAL LOCATION STANDARD MODEL No. MAKER Board SA-080 Custom Piezo buzzer BZ PS0P0AT TDK Connector (pin header) CN HIFE-0PA-.DSA(7) HIROSE Connector CN AXN800S Panasonic Connector CN AXN00S Panasonic 7 Monolithic ceramic capacitor C,C,C,C7,C9,C0 0.uF *. GRM9FH0ZA0D Murata Tantalum capacitor C6,C8 0.7uF/V.*.6 F9V7MAA nichicon Tantalum capacitor C,C,C 0uF/6V.*.6 TEESVAC06M NEC TOKIN LCD LCD LCD_PANEL Custom Transistor Q SC-9 SSMJ0F Toshiba Transistor Q SC-9 SSMK0F Toshiba Resistor R8,R,R7,R8,R9 0 Ohm RK7ZAT KOA Resistor R0,R 00K RK7HATTD00F KOA Resistor R6,R K RK7HATTD00F KOA R6,R0,R,R,C,C OPEN Switch SW,SW,SW,SW,SW6 SKHHAKA00 APLS A/D converter U RM-8 AD766BRM Analog devices Illumination sensor U TPS86 Toshiba Pressure sensor U SCP000-D0 VTI Inverter U6,U7 SN7LVCG0DCKT T.I. Board SA-080 Custom Connector P,P,P,P6-600LCPL M Connector P LCPL M Socket P 0pin AXN00S Panasonic Socket P7 80pin AXN800S Panasonic Stud 0mm ASB-0E HIROSUGI Screw FB-00N Wilco

47 International Sales Operations AMERICA EPSON ELECTRONICS AMERICA, INC. 80 Orchard Parkway, San Jose, CA 9, USA Phone: FAX: EUROPE EPSON EUROPE ELECTRONICS GmbH Riesstrasse, 8099 Munich, GERMANY Phone: FAX: ASIA EPSON (CHINA) CO., LTD. 7F, Jinbao Bldg., No.89 Jinbao St., Dongcheng District, Beijing 0000, CHINA Phone: FAX: SHANGHAI BRANCH 7F, Block B, Hi-Tech Bldg., 900 Yishan Road, Shanghai 00, CHINA Phone: FAX: SHENZHEN BRANCH F, Dawning Mansion, Keji South th Road, Hi-Tech Park, Shenzhen 807, CHINA Phone: FAX: EPSON HONG KONG LTD. 0/F, Harbour Centre, Harbour Road, Wanchai, Hong Kong Phone: FAX: Telex: 6 EPSCO HX EPSON TAIWAN TECHNOLOGY & TRADING LTD. F, No. 7, Song Ren Road, Taipei 0, TAIWAN Phone: FAX: EPSON SINGAPORE PTE., LTD. HarbourFront Place, #0-0 HarbourFront Tower One, Singapore 0986 Phone: FAX: SEIKO EPSON CORP. KOREA OFFICE 0F, KLI 6 Bldg., 60 Yoido-dong, Youngdeungpo-Ku, Seoul 0-76, KOREA Phone: FAX: SEIKO EPSON CORP. SEMICONDUCTOR OPERATIONS DIVISION IC Sales Dept. IC International Sales Group -8, Hino, Hino-shi, Tokyo 9-80, JAPAN Phone: FAX:

48 SUC6F6T/T (SVT6F6) Hardware Manual SEMICONDUCTOR OPERATIONS DIVISION EPSON Electronic Devices Website Document code: 660 First Issue March 009 in JAPAN D Revised February 00 in JAPAN