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Hardware Manual(Software eValuation Tool for S1C6F632)

S5U1C6F632T1/T2(SVT6F632)

CMOS 4-BIT SINGLE CHIP MICROCOMPUTER

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© SEIKO EPSON CORPORATION 2009

Configuration of product number

Tx : Reference board

Table of Contents

S5U1C6F632T1/T2 (SVT6F632) Hardware Manual EPSON i

Table of Contents

1. Overview............................................................................................................................................ 1

1.1 Features ..................................................................................................................................... 3

1.2 Package contents ....................................................................................................................... 4

2. Component Names and Functions.................................................................................................. 5

2.1 Component names ..................................................................................................................... 5

2.2 Component functions.................................................................................................................. 7

2.3 Board dimensional diagram........................................................................................................ 9

2.3.1 Board dimensions.............................................................................................................. 9

2.3.2 LCD panel dimensions .................................................................................................... 10

2.4 Main components ..................................................................................................................... 12

3. Block Diagram................................................................................................................................. 13

4. Operating Configuration and Startup Procedure ......................................................................... 15

4.1 Standalone operation (S5U1C6F632T1) .................................................................................. 15

4.2 In-circuit emulator debugging operations (S5U1C6F632T2)..................................................... 16

5. Connecting the Ports to Peripheral Circuits................................................................................. 17

6. Switch Input (Shared Input/Output Ports)..................................................................................... 19

7. Temperature/Humidity Measurement (R/F Converter) ................................................................. 20

8. LCD Display (LCD Driver)............................................................................................................... 21

9. Pressure Sensor (Serial Interface) ................................................................................................ 22

10. Buzzer (Sound Generator) ........................................................................................................... 24

11. Illumination Sensor....................................................................................................................... 25

12. External Interface.......................................................................................................................... 26

12.1 USB-Serial on Board Writer (S5U1C88000W4) connector (CN1) ............................................ 28

12.2 Expansion connector (CN2)...................................................................................................... 29

12.3 Expansion connector implementation pattern (CN3) ................................................................ 30

12.4 ICE connector (S5U1C6F632T2).............................................................................................. 31

Appendix A Consumption Current Measurement Method............................................................ 37

1. Overview

S5U1C6F632T1/T2 (SVT6F632) Hardware Manual EPSON 1

1. Overview The S5U1C6F632T1/T2 (SVT6F632: Software eValuation Tool for S1C6F632) are evaluation boards for the S1C6F632 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 S1C6F632’s applications. The S1C6F632’s internal circuit functions can drive a 48 seg. x 32 com LCD, measure

temperature and humidity, and produce a buzzer output. Equipped with an external pressure sensor and an illumination sensor, the

S5U1C6F632T1/T2 boards provide power-saving control based on weather forecasts and illumination intensity.

The SVT6F632 comes with two types of boards: S5U1C6F632T1 and S5U1C6F632T2. The S5U1C6F632T1 is capable of

standalone operations, while the S5U1C6F632T2 can connect to the In-Circuit Emulator (ICE63: S5U1C63000H) for software

debugging. Each board is provided with an expansion connector to allow clients to connect custom boards.

Figure 1.1 External view of S5U1C6F632T1

1. Overview

2 EPSON S5U1C6F632T1/T2 (SVT6F632) Hardware Manual

Figure 1.2 External view of S5U1C6F632T2

1. Overview


1.1 Features

S5U1C6F632T1

1) CPU S1C6F632 (mask option specification: Standard Type B)

2) Input power supply voltage +3.0 V(DC), supplied by coin cell (CR2032) or external power source (+5.0 V)

3) CPU clock OSC1: 32.768 Hz (crystal oscillator), OSC3: 4 MHz (ceramic oscillator)

4) Functions/devices Reset switch

USB-Serial on Board Writer connector (CN1)

Expansion connector and board pattern (CN2, CN3)

Switch input (4 keys)

Temperature and humidity sensors

Pressure sensor

Illumination sensor

Piezo buzzer

STN LCD panel (128 seg. x 32 com, black and white)

* Effective display area: 48 seg. x 32 com

S5U1C6F632T2

1) CPU S1C6F632 (operated by ICE63)

2) Input power supply voltage +3.3 V(DC), supplied from ICE63 through I/O cable

3) CPU clock OSC1: 32.768 Hz, OSC3: 4 MHz (based on oscillation frequency adjustment on ICE63’s internal peripheral circuit board)

4) Functions/devices Reset switch

Expansion connector and board pattern (CN2, CN3)

Switch input (4 keys)

Pressure sensor

Illumination sensor

Piezo buzzer

STN LCD panel (128 seg. x 32 com, black and white)

* Effective display area: 48 seg. x 32 com

1. Overview


1.2 Package contents

The S5U1C6F632T1/T2 package contains the following items.

S5U1C6F632T1

(1) Board (main unit) ............................................................................................................. 1

(2) Coin cell (CR2032/3.0 V) ................................................................................................ 1

(3) External power cable........................................................................................................ 1

(4) Warranty card........................................................................ 1 in English & 1 in Japanese

(5) Precautions............................................................................ 1 in English & 1 in Japanese

(6) Manual download instructions .............................................. 1 in English & 1 in Japanese

S5U1C6F632T2

(1) Board (main unit, double-board configuration)................................................................ 1

(2) Warranty card........................................................................ 1 in English & 1 in Japanese

(3) Precautions............................................................................ 1 in English & 1 in Japanese

(4) Manual download instructions .............................................. 1 in English & 1 in Japanese

2. Component Names and Functions



2.1 Component names

The component names and functions are given below.

S5U1C6F632T1

Figure 2.1.1 Names of components mounted on the upper side of S5U1C6F632T1

Figure 2.1.2 Names of components mounted on the underside of the S5U1C6F632T1

(2) External power supply connector

Push-on switches

(6) Expansion connector (5) USB-Serial on Board Writer

connector

(7) Reset switch

Piezo buzzer

S1C6F632

Humidity sensor

Pressure sensor

(4) Power switch

(1) Power supply input selector switch

Temperature sensor

(8) Power supply jumper switch for S1C6F632

(9) VDD pin

Illumination sensor

LCD panel

(9) VSS pin

(6) Expansion connector implementation pattern

(3) Coin cell holder



S5U1C6F632T2

Figure 2.1.3 Names of components mounted on the upper side of S5U1C6F632T2

(3) Expansion connector implementation pattern

Pressure sensor Illumination sensor

Piezo buzzer

LCD panel Push-on switches

(2) Reset switch (3) Expansion connector

(1) ICE connectors (LCD) (1) ICE connectors (I/O)



2.2 Component functions

S5U1C6F632T1

(1) Power supply input selector switch

This jumper switch (JP2) is used to select the method of power supply. The S5U1C6F632T1 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 2.2.1 (a) Switch setting for use of coin cell Figure 2.2.1 (b) Switch setting for use of external power supply

(2) 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 (5.0 V10%).

(3) Coin cell holder

The coin cell (CR2032) holder is located on the underside of the board. See the instructions below for installing/removing the coin cell.

Figure 2.2.2 Installing the coin cell Figure 2.2.3 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.

1) Insert the coin cell. 2) Push down until you hear a click.

1) Press down on the center tab of the coin cell holder.



(4) 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.

(5) USB-Serial on Board Writer connector

This connector is used to write programs/data to the internal flash memory of the S1C6F632. Connect the USB-Serial on Board Writer (S5U1C88000W4) 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 “12. External Interface.”

(7) Reset switch

Press this switch to initialize the S1C6F632 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 S1C6F632 reset control. Do not press this Reset switch in such cases.

(8) Power supply jumper switch for S1C6F632

Remove this jumper switch (JP1) and connect an ammeter to the pins to measure the current consumed by the S1C6F632. For normal use, keep the jumper switch mounted on the board. See Appendix A for more information.

(9) VDD pin, VSS pin

These pins supply VDD and VSS power to the S1C6F632.

S5U1C6F632T2

(1) ICE connectors (I/O, LCD)

These connectors are used to connect the ICE63. Power (+3.3 V) from the ICE63 is supplied through these connectors (I/O).

(2) Reset switch

Press this switch to initialize the peripheral devices for the board and to provide an initialization signal to the connected ICE63.

(3) Expansion connector, expansion connector implementation pattern

These are used to connect custom client boards for expanded functionality. For more information, refer to “12. External Interface.”



2.3 Board dimensional diagram

2.3.1 Board dimensions

The dimensions of the boards are given below.

S5U1C6F632T1/T2

Figure 2.3.1 S5U1C6F632T1 board dimensions

S5U1C6F632T2 (interface board)

Figure 2.3.2 S5U1C6F632T2 interface board dimensions

* Note

The unit of measurement is millimeters (mm).

Component coordinate origin



2.3.2 LCD panel dimensions

The dimensions of the LCD panel mounted on the board are given below.

Figure 2.3.3 (a) LCD panel/bezel dimensions



Figure 2.3.3 (b) LCD panel dimensions

Figure 2.3.3 (c) Bezel dimensions



2.4 Main components

S5U1C6F632T1

CPU (U1)........................................................................................................... S1C6F632 (Seiko Epson)

Crystal oscillator 32.768 kHz (x 1) .................................................................... MC-306 (Epson Toyocom)

Ceramic oscillator (x 2) ..................................................................................... EFOSS4004E5 (Matsushita)

LCD (LCD1)...................................................................................................... Custom-made component

Thermistor (R7) ................................................................................................. 103KT1005 (Ishizuka)

Humidity sensor (R3) ........................................................................................ C10M53R (Shinyei Technology)

Pressure sensor (U5) .......................................................................................... SCP1000-D01 (VTI)

Illumination sensor (U4).................................................................................... TPS856 (Toshiba)

A/D converter (U2)............................................................................................ AD7466BRM (Analog Devices)

Regulator (U8)................................................................................................... LT1962EMS8-3 (Linear Technology)

Piezo buzzer (BZ1) ............................................................................................ PS1240P02AT (TDK)

Coin cell holder (BT1)....................................................................................... BA2032SM (Takachi Electric)

Connector (CN1) ............................................................................................... HIF3E-10PA-2.54DSA (71) (Hirose Electric)


Connector (CN6) ............................................................................................... B2B-XH-A (J.S.T Mfg.)

Switch (SW1, SW2, SW3, SW4, RESET)......................................................... SKHHDHA010 (Alps Electric)

Switch (POW).................................................................................................... 09 10290 01 (SECME)

Coin cell............................................................................................................. CR2032

<Accessories>

Power cable and connectors............................................................................... XHP-2 (J.S.T Mfg.)

S5U1C6F632T2

<Main board: Upper board>

LCD (LCD1)...................................................................................................... Custom-made component

Pressure sensor (U5) .......................................................................................... SCP1000-D01 (VTI)

Illumination sensor (U4).................................................................................... TPS856 (Toshiba)

A/D converter (U2)............................................................................................ AD7466BRM (Analog Devices)

Piezo buzzer (BZ1) ............................................................................................ PS1240P02AT (TDK)



Switch (SW1, SW2, SW3, SW4, RESET)......................................................... SKHHDHA010 (Alps Electric)

<Interface board: Lower board>

Connector (P1, P2, P5, P6) ................................................................................ 3432-6002LCPL (3M)

Connector (P3)................................................................................................... 3662-6002LCPL (3M)

3. Block Diagram


3. Block Diagram The block diagrams for the SVT6F632 are shown below.

S5U1C6F632T1

Figure 3.1 S5U1C6F632T1 block diagram

S1C6F632

(PQFP20-144)

Pressure sensor SCP1000

SIO

LCD

SEG

48 dots

32 dots

Crystal oscillator (32.768 Hz)

Ceramic oscillator (4 MHz)

I/O

Push-on switches

COM

SEN0

SEN1

REF0

Thermistor resistor 103KT1005

Humidity sensor C10M53R

Piezo buzzer

OSC1

OSC3

OSC2

OSC4

P10P11P12P13

P03

USB-Serial on Board Writer

S5U1C88000W4

HUD

USB

Power switch (slide switch)

Cable for writer

Illumination sensor TPS850 ADC

Provided in product package

Expansion connector

3. Block Diagram


S5U1C6F632T2

Figure 3.2 S5U1C6F632T2 block diagram

Pressure sensor SCP1000

SIO

LCD

SEG

48 dots

32 dots COM

USB

Illumination sensor TPS850

ADC

Provided in product package

Expansion connector

ICE interfaces 1) 40 pins x 2: I/O1 2) 10 pins x 1: I/O2 3) 40 pins x 2: LCD

In-circuit emulator S5U1C63000H

Push-on switches Piezo buzzer

4. Operating Configuration and Startup Procedure



4.1 Standalone operation (S5U1C6F632T1)

With the USB-Serial on Board Writer (S5U1C88000W4) connected, the S5U1C6F632T1 can write programs/data to the internal

flash EEPROM of the S1C6F632 mounted on the S5U1C6F632T1 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.

1) Connecting the USB-Serial on Board Writer

Connect the USB-Serial on Board Writer (S5U1C88000W4) to the CN1 connector on the S5U1C6F632T1 board.

Figure 4.1.1 Connecting the USB-Serial on Board Writer

Caution! Carefully check the position of Pin 1 in the CN1 connector when connecting. The connector lacks a safeguard to prevent reversed connections.

2) 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 “2. 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.

3) 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 S1C6F632 Technical Manual.

4) 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.”



4.2 In-circuit emulator debugging operations (S5U1C6F632T2)

Connecting the in-circuit emulator (ICE63: S5U1C63000H) to a PC allows use of the S5U1C6F632T2 as part of an advanced

debugging environment. The corresponding connection configurations and startup procedures are described below.

1) Connecting the in-circuit emulator

Connect the P1, P2, P5, P6, and P3 connectors, respectively, on the S5U1C6F632T2 board to the CN1-2, CN1-1, CN4-2, CN4-1, and CN3 on the in-circuit emulator (ICE63: S5U1C63000H). The names of the ICE63 connectors (CN1-1, CN1-2, CN4-1, CN4-2, CN3) are also indicated on the S5U1C6F632T2 board. Confirm these connector indications when connecting. Use the I/O cables supplied for the standard peripheral board (S5U1C63000P6) and add-on board (S5U1C6F632P2), which are designed to be used in combination with the ICE63.

Note that circuit data for S1C6F632 must be written to the standard peripheral board (S5U1C63000P6) built into the in-circuit emulator in advance. For a detailed discussion of the procedure for writing data, refer to Appendix A in the S1C6F632 Technical Manual.

Figure 4.2.1 Connecting the in-circuit emulator

2) Starting the in-circuit emulator

Turn on power for the in-circuit emulator. For operating method of the in-circuit emulator, refer to the S1C63000H6 Hardware Manual. Do not supply power to the S5U1C6F632T2 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 (S5U1C6F632P2) for S1C6F632 for software evaluations.

5. Connecting the Ports to Peripheral Circuits


5. Connecting the Ports to Peripheral Circuits Table 5.1 shows the ports on the S1C6F632 of the SVT6F632 and the peripheral circuits to which ports are connected. For

information on the expansion connector, refer to “12. External Interface.”

Table 5. 1 List of ports and connection destinations

Port Direction Multiplex Signal name Connection destination

P00 - R/F converter (ch0)

P00/RFIN0 Temperature sensor Expansion connector (CN2)*1 ICE connector (CN5 P4 P3)*2


P01/REF0 Temperature sensor Expansion connector (CN2)*1 ICE connector (CN5 P4 P3)*2


P02/SEN0 Temperature sensor Expansion connector (CN2)*1 ICE connector (CN5 P4 P3)*2

P03 O R/F converter (ch0), buzzer

P03/RFOUT/BZ Piezo buzzer Expansion connector (CN2)*1 ICE connector (CN5 P4 P3 )*2

P10 I Stopwatch P10/RUN/LAP Push-on switch (SW1) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P11 I Stopwatch P11/RUN/LAP Push-on switch (SW2) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P12 I Event counter P12/EVIN_A Push-on switch (SW3) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P13 I Programmable timer

P13/TOUT_A Push-on switch (SW4) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P20 O Serial interface

P20/SCLK SCK pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*3 ICE connector (CN5 P4 P2)*2

P21 O Serial interface

P21/SOUT MOSI pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*3 ICE connector (CN5 P4 P2)*2

P22 I Serial interface

P22/SIN MISO pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*3 ICE connector (CN5 P4 P2)*2

P23 O Serial interface, FOUT

P23/SRDY/SS/FOUT CSB pin for pressure sensor (SCP1000) (after logic inversion) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P30 O P30 PD pin for pressure sensor (SCP1000) (after logic inversion) Expansion connector (CN2) ICE connector (CN5 P2)*2


P31/TOUT_B DRDY pin for pressure sensor (SCP1000) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

5. Connecting the Ports to Peripheral Circuits


Port Direction Multiplex Signal name Connection destination

P32 I/O Programmable timer

P32/TOUT_C Expansion connector (CN2) Expansion connector (CN3)*3 ICE connector (CN5 P4 P2)*2

P33 O Programmable timer

P33/TOUT_D Illumination sensor power supply control (after logic inversion) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P40 O P40 SCLK pin for AD converter Expansion connector (CN2) ICE connector (CN5 P4 P2)*2


P41/EVIN_B SDAT pin for AD converter Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P42 O Programmable timer

P42/EVIN_C XCS pin for AD converter Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P43 I/O Programmable timer

P43/EVIN_D Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

P50 I/O P50 Expansion connector (CN2) Expansion connector (CN3)*3 ICE connector (CN5 P4 P2)*2




Caution!

*1 Connect by shorting out the solder bridge.

*2 In the case of S5U1C6F632T2

*3 Connector not provided. Board pattern only.

6. Switch Input (Shared Input/Output Ports)


6. Switch Input (Shared Input/Output Ports) Switches SW1 through SW4 provided on the SVT6F632 are connected to ports P10, P11, P12, and P13 on the S1C6F632, as shown

in Figure 6.1.

Figure 6.1 Key input connection circuit of CPU board

Input ports P10, P11, P12, and P13 on the S1C6F632 are internally added with pull-down resistors and remain at Low (input = 0)

under normal conditions. It changes to High (input = 1) when the push-on switch is pressed.

Caution!

The mask option specification for the S1C6F632 of the board is Standard Type B. For more information, refer to the S1C6F632

Technical Manual.

SW1

SW2

SW3

SW4

S1C6F632

P10

P11

P12

P13

7. Temperature/Humidity Measurement (R/F Converter)


7. Temperature/Humidity Measurement (R/F Converter)

The S5U1C6F632T1 is equipped with a temperature sensor (thermistor resistor) and a humidity sensor. Using the S1C6F632’s

internal R/F converter, the S5U1C6F632T1 can measure temperature and humidity. The S5U1C6F632T2 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 (S5U1C6F632P2), which is designed to be used in combination with the ICE63. For more

information, refer to Appendix A in the S1C6F632 Technical Manual.

Figure 7.1 Connection for temperature and humidity measurements

Caution!

The P00 to P02 ports on the S1C6F632 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 S5U1C6F632T2 is used, the temperature and humidity

sensors are connected to the add-on board inside the ICE63. This means the P00 to P02 ports can also be used as general-purpose

I/O ports by switching pin functions through software. The P00 to P02 pins can be used through the expansion board connector

(CN2). For more information, refer to “12. External Interface.”

Humidity sensor

Temperature sensor

8. LCD Display (LCD Driver)


8. LCD Display (LCD Driver) The S1C6F632 is equipped with a dot matrix LCD driver capable of driving a black-and-white LCD panel of up to 48 segments

(SEG) x 32 commons (COM). The board comes with an LCD panel of 128 segments (SEG) x 32 commons (COM), which is

connected to the SEG/COM pins of the S1C6F632, as shown below.

Figure 8.1 LCD panel connection

Although the LCD panel mounted on the SVT6F632 has 128 segments (SEG) x 32 commons (COM), the S1C6F632 is capable of

displaying up to 48 segments (SEG) x 32 commons (COM). On the SVT6F632, the display area is centered in the LCD panel, as

shown below.

Figure 8.2 SEG/COM direction of LCD panel

LCD panel

COM0 to COM31

SEG0 to SEG47

COM0 to COM31

SEG0 to SEG47

S1C6F632

COM0COM1COM2COM3

・

・

・

COM28COM29COM30COM31 S

EG

0S

EG

1

SE

G127

SE

G126

SE

G40

SE

G41

SE

G86

SE

G87

・・・・・・・・・

(SE

G47

)(S

EG

46

(SE

G1

)(S

EG

0)

LCD panel display area

SEG direction

CO

M d

irect

ion

C6F

632

9. Pressure Sensor (Serial Interface)


9. Pressure Sensor (Serial Interface) The SVT6F632 uses the S1C6F632’s built-in serial interface (clock synchronization type x 1 ch) to communicate with the pressure

sensor (SCP1000). Since the general-purpose input/output ports on the S1C6F632 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 (P30, P31) are used for pressure sensor communication-ready

control and power supply control.

Table 9.1 Serial port connection destinations

Interface Signal name (port pin) I/O Connection destination

SCLK (P20) O SCK pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*1 ICE connector (CN5 P4 P2)*2

SOUT (P21) O MOSI pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*1 ICE connector (CN5 P4 P2)*2

SIN (P22) I MISO pin for pressure sensor (SCP1000) Expansion connector (CN2) Expansion connector (CN3)*1 ICE connector (CN5 P4 P2)*2

Clock synchronization type

SS (P23) O CSB pin for pressure sensor (SCP1000) (after logic inversion) Expansion connector (CN2) ICE connector (CN5 P4 P2)*2

*1 Connector not provided. Board pattern only.

*2 In the case of S5U1C6F632T2

9. Pressure Sensor (Serial Interface)


Figure 9.1 Pressure sensor connection diagram

S1C6F632

Pressure sensor

10. Buzzer (Sound Generator)


10. Buzzer (Sound Generator) The SVT6F632 can drive a piezo buzzer using the S1C6F632’s built-in sound generator. This capability is enhanced by the

externally connected transistor.

Figure 10.1 Piezo buzzer drive circuit diagram

S1C6F632

11. Illumination Sensor


11. Illumination Sensor The SVT6F632 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 S1C6F632 uses the shared input/output ports (P40 to P42) to control the AD

converter. It also uses the shared input/output port (P33) to control the illumination sensor power supply.

Figure 11.1 Illumination sensor circuit diagram

S1C6F632

Illumination sensor

12. External Interface


12. External Interface The board is provided with an expansion connector (CN2) and an expansion connector implementation pattern (CN3) to allow

clients to connect custom boards. The S5U1C6F632T2 is also provided with ICE connectors to allow users to configure an advanced

debugging environment by connecting it to the ICE63.

S5U1C6F632T1 external interface

Figure 12.1 External interface connector (S5U1C6F632T1)

S1C6F632

CN

2(3

0pin)

Main board

R/F converter

Thermistor resistor for

temperature measurement

Buzzer circuit Piezo buzzer

P00 |

P02

P03

Input/output circuit

Push-on switches

P10 |

P13

Serial interface

P20 |

P23 P30 P31

Pressure sensor

P32P33

AD converter

P40 |

P42 P43

P50 |

P53 C

N3

(20pin)

Solder bridge

P20P21 P22 P32 P50 |

P53

Illumination sensor

LCD

CN

1(1

0pin)

DMOD DRXD DTXD DCLK

USB-Serial on Board

Writer



S5U1C6F632T2 external interface connector

Figure 12.2 External interface connector (S5U1C6F632T2)

CN

2 (30pin)

Main board

CN

5 (50pin)

Thermistor resistor for

temperature measurement

Piezo buzzer

Push-on switches

Pressure sensor

AD converter

CN

3 (20pin)

Interface board

P4 (50p

in)

P3 (10p

in)P

1(40p

in)P

2(40p

in)

Solder bridge

P20P21 P22 P32 P50 |

P53

P5 (40p

in)P

6(40p

in)

CN

4(8

0pin)

P7

(80pin)

Illumination sensor

LCD

S1C6F632

(Not mounted)

ICE

63



12.1 USB-Serial on Board Writer (S5U1C88000W4) connector (CN1)

The CN1 connector specifications and pin layout are as shown below.

Table 12.1 CN1 connector pin layout and connector diagram (CN1)

CN1 connector

Manufacturer: Hirose Electric Model: HIF3E-10PA-2.54DSA (71)

(Upper side)

No. Name I/O Function

1 VDD - Power supply pin (positive)


3 DCLK I System clock input

4 VSS - Power supply pin (negative)

5 DTXD O Serial interface data output

6 DRXD I Serial interface data input

7 RESET I Reset input

8 NC - Not connected


10 DMOD I Programming mode setting input

C6F

632

9 10

1 2

CN1



12.2 Expansion connector (CN2)

The CN2 connector specifications and pin layout are as shown below.

Table 12.2 CN2 connector pin layout and connector diagram

CN2 connector

Manufacturer: Hirose Electric Model: HIF3E-30PA-2.54DSA (71)

(Upper side)


1 P00 I/O General-purpose port*1



4 P03 - Used (buzzer)

5 P10 - Used (push-on switch (SW1))




9 P20 - Used (pressure sensor interface (SCK))

10 P21 - Used (pressure sensor interface (MOSI))

11 P22 - Used (pressure sensor interface (MISO))

12 P23 - Used (pressure sensor interface (CSB))

13 P30 - Used (pressure sensor interface (PD))

14 P31 - Used (pressure sensor interface (DRDY))

15 P32 I/O General-purpose port

16 P33 - Used (illumination sensor power supply control)

17 P40 - Used (AD converter interface (SCLK))

18 P41 - Used (AD converter interface (SDAT))

19 P42 - Used (AD converter interface (XCS))








27 RESET O Reset output (positive logic)




*1 May be used only with the S5U1C6F632T2. (Cannot be used with R/F converter ch0.) Not connected with S5U1C6F632T1.

C6F

632

1 2

29 30

CN2



12.3 Expansion connector implementation pattern (CN3)

The pin layout of the CN3 connector implementation pattern is shown below.

Table 12.3 CN3 connector implementation pattern layout

CN3 connector implementation pattern

Manufacturer: KEL Model: 8913-020-178MS-A (Not mounted)

(Upper side)




3 P22 - Used (pressure sensor interface (MISO))

4 P21 - Used (pressure sensor interface (MOSI))




8 P20 - Used (pressure sensor interface (SCK))








16 XRESET O Reset output (negative logic)





C6F

632

2 1

20 19

CN3



12.4 ICE connector (S5U1C6F632T2)

The ICE connector specifications and pin layouts are shown below.

Table 12.4.1 ICE connector pin layout and connector diagram (P1, P2, P3, P5, P6)

P1, P2, P3, P5, and P6 connectors

Manufacturer: 3M Models: 3432-6002LCPL (P1, P2, P5, P6) 3662-6002LCPL (P3)

(Upper side)

Not

mounted2

P2 (CN1-1)

P1 (CN1-2) P5 (CN4-2)

P6 (CN4-1)

P3 (CN3)



Table 12.4.2 ICE connector pin layout and connector diagram (P1)

P1 (CN1-2)







































38 RESET O Reset output to ICE (positive logic)






P2 (CN1-1)














13 P10 O Switch output (SW1)




17 P20 I Pressure sensor interface (SCK)

18 P21 I Pressure sensor interface (MOSI)

19 P22 O Pressure sensor interface (MISO)

20 P23 I Pressure sensor interface (CSB)



23 P30 I Pressure sensor interface (PD)

24 P31 O Pressure sensor interface (DRDY)


26 P33 I Illumination sensor power supply control

27 P40 I AD converter interface (SCLK)

28 P41 O AD converter interface (SDAT)

29 P42 I AD converter interface (XCS)












*1 May be used by pulling out from the CN2 connector on the main board.




P3 (CN3)







6 P03 I Buzzer

7 NC - -

8 NC - -



*1 May be used by pulling out from the CN2 connector on the main board.




P5 (CN2-2)


1 SEG24 I LCD drive waveform input (SEG)
























25 COM31 I LCD drive waveform input (COM)



















P6 (CN2-1)










































Appendix A Consumption Current Measurement Method


Appendix A Consumption Current Measurement Method

The S5U1C6F632T1 board can measure the current consumed solely by the S1C6F632. Figure A.1 shows the circuit structure of the

S5U1C6F632T1 board power supply connection. To measure the amount of current consumed just by the S1C6F632, remove the

jumper switch (JP1) and connect an ammeter to the two pins in series. Note that the ports on the S1C6F632 must be set

appropriately according to the peripheral circuits.

Figure A.1 S1C6F632 consumption current measurement circuit

S1C6F632

VDD

VDD VSS

VSS

VSS

JP1 2

1

VDD

VDD

VDD

DTXD

SEG9

SEG19

P50

SEG8

DRXD

SEG23

SEG37

SEG46

SEG27

SEG35

COM11

SEG16

SEG5

SEG2

COM12

SEG7

DCLK

COM2

P30

SEG25

P00

SEG30

SEG18

P20

SEG0

SEG17

P03

SEG38

P53

P12

SEG47

P43

SEG26

SEG12

P22SEG28

COM14

COM6

COM10

SEG42

SEG34

P42

SEG4

SEG33P40

SEG6

P52

SEG1

DMOD

COM9

P03_BZ

SEG14

SEG41

P01

COM13

P51

COM5

COM0

P32

SEG3

SEG32

SEG43

P31

SEG15

COM1

P11

SEG10

P21

SEG22SEG21

SEG11

SEG13

COM3

P13

RESET

SEG39

P10

SEG31

SEG29

P41

P33

SEG20

COM7

SEG24

COM8

P23

SEG40

COM4

SEG45

COM15

SEG44

SEG36

P02

COM20

COM25

COM23

COM19COM18

COM29

COM22

COM28COM27

COM16

COM24

COM26

COM17

COM31COM30

COM21

COM16COM17COM18COM19COM20COM21COM22COM23

COM24COM25COM26COM27COM28COM29COM30COM31COM8

COM9COM10COM11COM12COM13COM14COM15

COM0COM1COM2COM3COM4COM5COM6COM7

SEG0SEG1SEG2SEG3SEG4SEG5SEG6SEG7SEG8SEG9SEG10SEG11SEG12SEG13SEG14SEG15SEG16SEG17SEG18SEG19SEG20SEG21SEG22SEG23

SEG24SEG25SEG26SEG27SEG28SEG29SEG30SEG31SEG32SEG33SEG34SEG35SEG36SEG37SEG38SEG39SEG40SEG41SEG42SEG43SEG44SEG45SEG46SEG47

VC3VC3

VC2

VC2

Title

Size Document Number Rev

Date: Sheet of

S5U1C6F632T1100 circuit

A3

1 2Monday, April 07, 2008

Title


Date: Sheet of

S5U1C6F632T

A3


Title


Date: Sheet of


A3


for Ceramic or CR

Temperature

Humidity

RESET

PAD_APAD_A

U1

S1C6F632 ( Caution: This pin assignment is not same to for sales version. )

U1

SEG161

SEG172

SEG183

SEG194

SEG205

SEG216

SEG227

SEG238

SEG249

SEG2510

SEG2611

SEG2712

SEG2813

SEG2914

SEG3015

SEG3116

SEG3217

SEG3318

SEG3419

SEG3520

SEG3621

SEG3722

SEG3823

SEG3924

SEG4025

SEG4126

SEG4227

SEG4328

SEG4429

SEG4530

SEG4631

SEG4732

NC33

NC34

NC35

NC36

CO

M31

SE

G48

37

CO

M30

SE

G49

38

CO

M29

SE

G50

39

CO

M28

SE

G51

40

CO

M27

SE

G52

41

CO

M26

SE

G53

42

CO

M25

SE

G54

43

CO

M24

SE

G55

44

CO

M23

SE

G56

45

CO

M22

SE

G57

46

CO

M21

SE

G58

47

CO

M20

SE

G59

48

CO

M19

SE

G60

49

CO

M18

SE

G61

50

CO

M17

SE

G62

51

CO

M16

SE

G63

52

VS

S53

VD

254

CG

55

CF

56

CE

57

CD

58

CC

59

CB

60

CA

61

VC

562

VC

463

VC

364

VC

265

VC

166

VD

D67

OS

C3

68

OS

C4

69

VS

S70

OS

C1

71

OS

C2

72

VD1 73TEST1 74TEST2 75TEST3 76DMOD 77DRXD 78DTXD 79DCLK 80TEST 81

RESET 82P53 83P52 84P51 85P50 86P43 87P42 88P41 89P40 90P33 91P32 92P31 93P30 94P23 95P22 96P21 97P20 98P13 99P12 100P11 101P10 102

RFOUTP03 103VDD 104

SEN0P02 105REF0P01 106

RFIN0P00 107VSS 108

RF

IN1

109

RE

F1

110

SE

N1

111

HU

D11

2C

OM

011

3C

OM

111

4C

OM

211

5C

OM

311

6C

OM

411

7C

OM

511

8C

OM

611

9C

OM

712

0C

OM

812

1C

OM

912

2C

OM

1012

3C

OM

1112

4C

OM

1212

5C

OM

1312

6C

OM

1412

7C

OM

1512

8S

EG

012

9S

EG

113

0S

EG

213

1S

EG

313

2S

EG

413

3S

EG

513

4S

EG

613

5S

EG

713

6S

EG

813

7S

EG

913

8S

EG

1013

9S

EG

1114

0S

EG

1214

1S

EG

1314

2S

EG

1414

3S

EG

1514

4

R6 OPENR6 OPEN

X1MC-306X1MC-306

1 234

C19

0.1uF

C19

0.1uF

R80R80

C17

0.1uF

C17

0.1uF

R4 47KR4 47K

C18

0.1uF

C18

0.1uF

X2

EFOSS4004E5 4MHz

X2

EFOSS4004E5 4MHz

R9

1M

R9

1M

SW1SKHHDHA010

SW1SKHHDHA010

12

PAD7

PAD2

PAD7

PAD2

1

3

2

C9 10pFC9 10pF

R2 4.3KR2 4.3K

C16

0.1uF

C16

0.1uF

R3

C10M53R

R3

C10M53R

C15

0.1uF

C15

0.1uF

R1 10MR1 10M

C14

0.1uF

C14

0.1uF

PAD5

PAD2

PAD5

PAD2

1

3

2

C13

0.1uF

C13

0.1uF

C80.1uFC80.1uF

C4

0.1uF

C4

0.1uF

C20

0.1uF

C20

0.1uF

C1110pFC1110pF

C21

0.1uF

C21

0.1uF

C10 10pFC10 10pF

+C63.3uF

+C63.3uF

C2

1000pF

C2

1000pF

JP1DSP02JP1DSP02

C1

1000pF

C1

1000pF

PAD_APAD_A

PAD_APAD_A

PAD_APAD_A

C7 6pFC7 6pF

C5

0.1uF

C5

0.1uF

PAD_APAD_A

+C3

3.3uF

+C3

3.3uF

LCD1

LCD_PANEL

LCD1

LCD_PANEL

COM71

COM62

COM53

COM44

COM35

COM26

COM17

COM08

SEG09

SEG110

SEG211

SEG312

SEG413

SEG514

SEG615

SEG716

SEG817

SEG918

SEG1019

SEG1120

SEG1221

SEG1322

SEG1423

SEG1524

SEG1625

SEG1726

SEG1827

SEG1928

SEG2029

SEG2130

SEG2231

SEG2332

SEG2433

SEG2534

SEG2635

SEG2736

SEG2837

SEG2938

SEG3039

SEG3140

SEG3241

SEG3342

SEG3443

SEG3544

SEG3645

SEG3746

SEG3847

SEG3948

SEG4049

SEG4150

SEG4251

SEG4352

SEG4453

SEG4554

SEG4655

SEG4756

SEG4857

SEG4958

SEG5059

SEG5160

SEG5261

SEG5362

SEG5463

SEG5564

SEG5665

SEG5766

SEG5867

SEG5968

SEG6069

SEG6170

SEG6271

SEG6372

COM873

COM974

COM1075

COM1176

COM1277

COM1378

COM1479

COM1580

COM16 81

COM17 82

COM18 83

COM19 84

COM20 85

COM21 86

COM22 87

COM23 88

SEG64 89

SEG65 90

SEG66 91

SEG67 92

SEG68 93

SEG69 94

SEG70 95

SEG71 96

SEG72 97

SEG73 98

SEG74 99

SEG75 100

SEG76 101

SEG77 102

SEG78 103

SEG79 104

SEG80 105

SEG81 106

SEG82 107

SEG83 108

SEG84 109

SEG85 110

SEG86 111

SEG87 112

SEG88 113

SEG89 114

SEG90 115

SEG91 116

SEG92 117

SEG93 118

SEG94 119

SEG95 120

SEG96 121

SEG97 122

SEG98 123

SEG99 124

SEG100 125

SEG101 126

SEG102 127

SEG103 128

SEG104 129

SEG105 130

SEG106 131

SEG107 132

SEG108 133

SEG109 134

SEG110 135

SEG111 136

SEG112 137

SEG113 138

SEG114 139

SEG115 140

SEG116 141

SEG117 142

SEG118 143

SEG119 144

SEG120 145

SEG121 146

SEG122 147

SEG123 148

SEG124 149

SEG125 150

SEG126 151

SEG127 152

COM31 153

COM30 154

COM29 155

COM28 156

COM27 157

COM26 158

COM25 159

COM24 160

R7103KT1005

R7103KT1005

C12

0.1uF

C12

0.1uF

R5 10KR5 10K

PD

CSB

VDDFON

VDDFON

XRESET

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD VDDVDD_F

VDD_F

VDD

VDD_F

VDD

VDD

VDD

VDD

VDD

P22

P00

DRXD

P13

P20

P10

P22

P32P40

P13

P13

P10

P01

P42P51

P41

P31

P43

P02

P53DMOD

P23

DTXD

P21

P03P11

P30

P20

P42

P12

P50

P31

P23

P11

RESET

P52 P53

P02

P33P41

P10

P33

RESET

P03_BZ

P20

P12

P22

P01

P32

DCLK

P30

P52

P11

P12

P03

P50

P40P43

P21

P21

P51

P00

RESET

P31

P51

P20P32

P52

P50

P21

P53XRESET

P33

P30

P23 COM30

SEG4

SEG15

SEG13

SEG16

SEG19

SEG10

SEG20

SEG1

SEG14

SEG21

SEG2

SEG22

SEG0

SEG17

SEG3

SEG11SEG12

SEG23

SEG18

COM11COM10

COM15

COM13COM12

COM14

COM20

COM17

COM19COM18

COM22COM21

COM16

COM23

SEG27

SEG24

SEG41SEG42

SEG45

SEG31

SEG39

SEG35

SEG43

SEG47

SEG34

SEG29

SEG46

SEG40

SEG33SEG32

SEG38

SEG26

SEG30

SEG25

SEG37

COM27

COM25

COM29

COM26

COM24

SEG36

SEG28

SEG44

COM31

COM28

P40P41P42

RESET

COM7

COM0COM1COM2COM3COM4COM5COM6

COM8COM9

SEG5SEG6SEG7SEG8SEG9

P22

Title

Size

Date: Sheet of

A3

2 2Tuesday, April 08, 2008

Title


Date: Sheet of


A3


Title


Date: Sheet of


A3


Pressure

FlashWriter

Expansion I/O

ICE CN2

Illumination

Expansion I/O

ICE CN1

PAD8PAD8

CN6

B2B-XH-A

CN6

B2B-XH-A

12

+C34

10uF

+C34

10uF

U5

SCP1000-D01

U5

SCP1000-D01

ATST1

TRIG2

DRDY3

CLK4

DVDD5

DVSS6

DV

DD

S7

PD

8

SCK 9MOSI 10MISO 11CSB 12

AVDD 13AVSS 14

AV

SS

15

AT

ST

16

R20OPENR20OPEN

C22

0.1uF

C22

0.1uF

SW209 10290 01SW209 10290 01

2 1 3

SW4

SKHHDHA010

SW4

SKHHDHA010

12

+C26

0.47uF+

C26

0.47uF

SW6

SKHHDHA010

SW6

SKHHDHA010

12

+ C280.47uF

+ C280.47uF

R18 0R18 0

C30

0.1uF

C30

0.1uF

R13 200KR13 200K

BZ1

PS1240P02AT

BZ1

PS1240P02AT

R21100KR21100K

C25 0.01uF Only pattern, the pin No.1 and 3 for OPA2349 is connected.C25 0.01uF

TP1TP1

JP2

DSP03-003-432 G

JP2

DSP03-003-432 G

R14200K

R14200K

U7

SN74LVC2G04DCKT

U7

SN74LVC2G04DCKT

1A1

GND2

2A3 2Y 4VCC 5

1Y 6

+ C3110uF

+ C3110uF

C230.1uF

C230.1uF

TP2TP2

U6

SN74LVC2G04DCKT

U6

SN74LVC2G04DCKT

1A1

GND2

2A3 2Y 4VCC 5

1Y 6

U8

LT1962EMS8-3

U8

LT1962EMS8-3

OUT1

ADJ2

BYP3

GND4 SHDN 5NC 6NC 7IN 8

U4

TPS856

U4

TPS856

VCC1

GND2

GND3

OUT 6

GND 4

GND 5

SW5

SKHHDHA010

SW5

SKHHDHA010

12

+

C3310uF

+

C3310uF

C320.1uFC320.1uF

CN38913-020-178MS-ACN38913-020-178MS-A

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717

20 20191918 18

R10200KR10200K

R161KR161K

R15 200KR15 200K

AD7466U2 AD7466U2

XCS1

SDAT2

SCLK3GND 7

NC 5VIN 6

VCC 8

NC4

CN1HIF3E-10PA-2.54DSACN1HIF3E-10PA-2.54DSA

VDD1

VDD2

CLK_M3

GND4

RXD5

TXD6

MRESET7

NC8

GND9

DMOD10

C24

0.1uF

C24

0.1uF

CN2HIF3E-30PA-2.54DSACN2HIF3E-30PA-2.54DSA

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717

30 30292928 28272726 26252524 24232322 22212120 20191918 18

CN4

AXN1800115S

CN4

AXN1800115S

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

4141 42 42

4343 44 44

4545 46 46

4747 48 48

4949 50 50

5151 52 52

5353 54 54

5555 56 56

5757 58 58

5959 60 60

6161 62 62

6363 64 64

6565 66 66

6767 68 68

6969 70 70

7171 72 72

7373 74 74

7575 76 76

7777 78 78

7979 80 80

C29

0.1uF

C29

0.1uF

R12R121K

Q2

SSM3K02F

Q2

SSM3K02F

3

1

2

SW3

SKHHDHA010

SW3

SKHHDHA010

12

R190R190

CN5AXN1500115SCN5AXN1500115S

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717

30 30292928 28272726 26252524 24232322 22212120 20191918 18

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

4141 42 42

4343 44 44

4545 46 46

4747 48 48

4949 50 50

R170

R170

C27

0.1uF

C27

0.1uF

+

-

U3B

OPA2349

+

-

U3B

OPA2349

5

67

84

+

-

U3A

OPA2349

+

-

U3A

OPA2349

3

21

84

BT1BA2032SM

BT1BA2032SM 1

2

Q1

SSM3J02F

Q1

SSM3J02F

1

2 3

R110R110

VDDVDDVDD VDD

VDD VDD

VDD

VDDVDD

COM13

COM2

SEG9

SEG12

COM5

SEG46

SEG24

SEG1

SEG4

COM10

COM28SEG51COM27SEG52

SEG38

SEG17

SEG20

SEG41

SEG35

SEG30

COM30SEG49

COM19SEG60

COM8

SEG18

COM11

COM1

SEG28

SEG7

SEG10

COM3

COM21SEG58

SEG44

SEG23

SEG2SEG39

COM29SEG50

SEG36

SEG15

SEG37

SEG43

SEG31

COM16SEG63

COM6

SEG16

COM9

COM0

SEG26

SEG5

SEG8

COM14

COM23SEG56

SEG42

SEG21

SEG0

COM24SEG55

COM31SEG48

SEG34

SEG13


SEG29

SEG47

COM15

COM4

SEG11

SEG14

COM7SEG27SEG25

SEG3

SEG6

COM12


SEG40

SEG19

SEG22

SEG45

SEG33SEG32

COM26SEG53

COM17SEG62

P10P12P20P22

P11P13P21P23

P42P40P32P30

P41P33P31

P43

P52P50 P51

P53RESET

P01P03

P00P02

RESET

P00P01P02P03

P10P11P12P13

P20P21P22P23

P30P31P32P33

P40P41P42P43

P50P51P52P53

SEG19

SEG1

SEG20

SEG2

SEG21

SEG3

SEG22

SEG4

SEG23

SEG5

COM8

SEG6

COM9

SEG7

COM10

SEG8

COM11

SEG9

COM0

COM12

SEG10

COM13

SEG11

COM1

COM14

SEG12

COM2

COM15

SEG13

COM3

SEG14

COM4

SEG15

COM5

SEG16

COM6

SEG17

COM7

SEG18

SEG0

COM18SEG61

COM25SEG54

SEG37

COM19SEG60

COM24SEG55

SEG38

COM20SEG59

SEG39

COM21SEG58

SEG40

COM22SEG57

SEG41

COM23SEG56

SEG42

SEG24

SEG43

SEG25

SEG44

SEG26

SEG45

SEG27

SEG46

SEG28

SEG47

SEG29

COM31SEG48

SEG30SEG31

COM30SEG49

SEG32

COM29SEG50

SEG33

COM16SEG63

COM28SEG51

SEG34

COM27SEG52

SEG35

COM17SEG62

COM26SEG53

SEG36

P20

P52

P10P02

P50P42P40

P00

P12

P32P30

RESET

P22

P03

P31

P51

P41

P23

P11

P53

P33

P01

P43

P21

P13

Title


Date: Sheet of


A3

1 1Tuesday, March 11, 2008

Title


Date: Sheet of

S5U1C6F632 2100 circuit

A3


Title


Date: Sheet of

S5U1C6F632T

A3


CN 3CN1-1CN1-2

CN4-2 CN4-1

P2

3432-6002LC

P2

3432-6002LC

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

P1

3432-6002LC

P1

3432-6002LC

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

TP25P51TP25P51

TP1P00TP1P00

TP2P01TP2P01

P6

3432-6002LC

P6

3432-6002LC

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

TP3P02TP3P02

P5

3432-6002LC

P5

3432-6002LC

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

TP4P03TP4P03

TP20P20TP20P20

TP9RESETTP9RESET

TP16P40TP16P40

TP23P23TP23P23

TP19P43TP19P43

TP5P30TP5P30

TP22P22TP22P22 TP27

P53TP27P53

TP18P42TP18P42

TP12P10TP12P10

TP8P33TP8P33

TP26P52TP26P52

TP21P21TP21P21

TP17P41TP17P41

TP15P13TP15P13

TP7P32TP7P32

TP10VDDTP10VDD

TP11VSSTP11VSS

TP14P12TP14P12

TP6P31TP6P31

P3

3662-6002LC

P3

3662-6002LC

13579

2468

10

TP13P11TP13P11

P7

AXN1800115S

P7

AXN1800115S

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717 18 18

1919 20 20

2121 22 22

2323 24 24

2525 26 26

2727 28 28

2929 30 30

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

4141 42 42

4343 44 44

4545 46 46

4747 48 48

4949 50 50

5151 52 52

5353 54 54

5555 56 56

5757 58 58

5959 60 60

6161 62 62

6363 64 64

6565 66 66

6767 68 68

6969 70 70

7171 72 72

7373 74 74

7575 76 76

7777 78 78

7979 80 80

P4AXN1500115SP4AXN1500115S

11 2 2

33 4 4

55 6 6

77 8 8

99 10 10

1111 12 12

1313 14 14

1515 16 16

1717

30 30292928 28272726 26252524 24232322 22212120 20191918 18

3131 32 32

3333 34 34

3535 36 36

3737 38 38

3939 40 40

4141 42 42

4343 44 44

4545 46 46

4747 48 48

4949 50 50

TP24P50TP24P50

S5U1C6F632T1100 parts list REV1.0

F E D C B AREV.MARK

PARTS NAMEMATERIALLOCATION

STANDARD MODEL No. MAKER

1 Board SA-0804 Custom

1 Battery holder BT1 Surface mount BA2032SM TAKACHI

1 Piezo buzzer BZ1 PS1240P02AT TDK

1 Connector (pin header) CN1 HIF3E-10PA-2.54DSA(71) HIROSE

1Connector (pin header) CN2 HIF3E-30PA-2.54DSA(71) HIROSE

1 Battery CR2032 Toshiba

1 Connector CN6 B2B-XH-A J.S.T

2 Monolithic ceramic capacitor C1,C2 1000pF 2.0*1.25 GRM2195C2A102JA01D Murata

2 Tantalum capacitor C3,C6 3.3uF/16V 3.2*1.6 F931C335MAA nichicon

19 Monolithic ceramic capacitorC4,C5,C8,C12,C13,C14,C15,C16,C17,C18,C19,C20,C21,C22,C24,C27,C29,C30,C32 0.1uF 2*1.25 GRM219F11H104ZA01D Murata

1 Trimmer capacitor C7 3.0 - 10pF 2.5mm * 3.2mm TZY2Z100A001R00 Murata

3 Monolithic ceramic capacitor C9,C10,C11 10pF 1.6*0.8 GRM1882C1H100JA01D Murata

2 Tantalum capacitor C26,C28 0.47uF/35V 3.2*1.6 F931V474MAA nichicon

3 Tantalum capacitor C31,C33,C34 10uF/16V 3.2*1.6 TEESVA1C106M NEC TOKIN

1 Ceramic resonator X2 4MHｚ EFOSS4004E5 Panasonic

1 Dip short plug JP1 DSP02-002-431G KEL

1 Dip short plug JP2 DSP03-003-432G KEL

1 LCD LCD1 LCD_PANEL Custom

1Transistor Q1 SC-59 SSM3J02F Toshiba

1 Transistor Q2 SC-59 SSM3K02F Toshiba

1 Resistor R5 10K RK73H2ATTD1002F KOA

1 Humidity sensor R3 C10M53R SHINYEI


R6,R20,R14,R15,C23,C25 OPEN

1 Thermistor R7 103KT1005 ISHIZUKA

5 Resistor R8,R11,R17,R18,R19 0 Ohm RK73Z2AT KOA

1 Resistor R9 1M RK73H2ATTD1004F KOA

2 Resistor R10,R13 200K RK73H2ATTD2003F KOA



5 Switch SW1,SW3,SW4,SW5,SW6 SKHHAKA010 ALPS

1 Switch SW2 09 10290 01 SECME

1 Check pin TP1 LC-22-G red MAC8

1 Check pin TP2 LC-22-G black MAC8

1 IC U1 22 * 22 S1C6F632 EPSON

1 A/D converter U2 RM-8 AD7466BRM Analog devices

1 Illumination sensor U4 TPS856 Toshiba

1 Pressure sensor U5 SCP1000-D01 VTI

2 Inverter U6,U7 SN74LVC2G04DCKT T.I.

1 Regulator U8 LT1962EMS8-3 LINEAR

1 Resonator X1 32.768KHz MC-306 EPSON TOYOCOM

1 Resistor R1 10M RK73H2ATTD1005F KOA

1 Resistor R2 4.3K RK73H2ATTD4301F KOA

4 Screw FB-0305N Wilco

4 Stud 10mm ASB-310E HIROSUGI

2 Dip short plug socket DSP01-002-430G-9 KEL

1 Connector XHP-2 J.S.T

2 Contact SXH-001T-P0.6N J.S.T

1 Wire AWM116-24(7)-SA RED Junkosha

1 Wire AWM116-24(8)-SA BLACK Junkosha

REVISION/QUANTITY

S5U1C6F632T2100 parts list REV1.0

F E D C B AREV.MARK

PARTS NAMEMATERIALLOCATION

STANDARD MODEL No. MAKER


1 Piezo buzzer BZ1 PS1240P02AT TDK

1Connector (pin header) CN2 HIF3E-30PA-2.54DSA(71) HIROSE

1 Connector CN4 AXN1800115S Panasonic

1 Connector CN5 AXN1500115S Panasonic

7 Monolithic ceramic capacitor C4,C22,C24,C27,C29,C30 0.1uF 2*1.25 GRM219F11H104ZA01D Murata

2 Tantalum capacitor C26,C28 0.47uF/35V 3.2*1.6 F931V474MAA nichicon

1 Tantalum capacitor C31,C33,C34 10uF/16V 3.2*1.6 TEESVA1C106M NEC TOKIN

1LCD LCD1 LCD_PANEL Custom

1Transistor Q1 SC-59 SSM3J02F Toshiba

1 Transistor Q2 SC-59 SSM3K02F Toshiba

3 Resistor R8,R11,R17,R18,R19 0 Ohm RK73Z2AT KOA



R6,R20,R14,R15,C23,C25 OPEN

5 Switch SW1,SW3,SW4,SW5,SW6 SKHHAKA010 APLS

1A/D converter U2 RM-8 AD7466BRM Analog devices

1 Illumination sensor U4 TPS856 Toshiba

1 Pressure sensor U5 SCP1000-D01 VTI

2 Inverter U6,U7 SN74LVC2G04DCKT T.I.


4 Connector P1,P2,P5,P6 3432-6002LCPL 3M

1Connector P3 3662-6002LCPL 3M

1Socket P4 50pin AXN1500115S Panasonic

1 Socket P7 80pin AXN1800115S Panasonic

5 Stud 10mm ASB-310E HIROSUGI

5 Screw FB-0305N Wilco

REVISION/QUANTITY

International Sales Operations

AMERICA

EPSON ELECTRONICS AMERICA, INC. 2580 Orchard Parkway,

San Jose, CA 95131, USA

Phone: +1-800-228-3964 FAX: +1-408-922-0238

EUROPE

EPSON EUROPE ELECTRONICS GmbH Riesstrasse 15, 80992 Munich,

GERMANY

Phone: +49-89-14005-0 FAX: +49-89-14005-110

ASIA

EPSON (CHINA) CO., LTD. 7F, Jinbao Bldg., No.89 Jinbao St., Dongcheng District, Beijing 100005, CHINA Phone: +86-10-6410-6655 FAX: +86-10-6410-7320

SHANGHAI BRANCH 7F, Block B, Hi-Tech Bldg., 900 Yishan Road, Shanghai 200233, CHINA Phone: +86-21-5423-5522 FAX: +86-21-5423-5512

SHENZHEN BRANCH 12F, Dawning Mansion, Keji South 12th Road, Hi-Tech Park, Shenzhen 518057, CHINA Phone: +86-755-2699-3828 FAX: +86-755-2699-3838 EPSON HONG KONG LTD. 20/F, Harbour Centre, 25 Harbour Road, Wanchai, Hong Kong Phone: +852-2585-4600 FAX: +852-2827-4346 Telex: 65542 EPSCO HX EPSON TAIWAN TECHNOLOGY & TRADING LTD. 14F, No. 7, Song Ren Road, Taipei 110, TAIWAN Phone: +886-2-8786-6688 FAX: +886-2-8786-6660 EPSON SINGAPORE PTE., LTD. 1 HarbourFront Place,

#03-02 HarbourFront Tower One, Singapore 098633 Phone: +65-6586-5500 FAX: +65-6271-3182 SEIKO EPSON CORP. KOREA OFFICE 50F, KLI 63 Bldg., 60 Yoido-dong, Youngdeungpo-Ku, Seoul 150-763, KOREA Phone: +82-2-784-6027 FAX: +82-2-767-3677

SEIKO EPSON CORP. SEMICONDUCTOR OPERATIONS DIVISION IC Sales Dept. IC International Sales Group 421-8, Hino, Hino-shi, Tokyo 191-8501, JAPAN Phone: +81-42-587-5814 FAX: +81-42-587-5117

First Issue March 2009 in JAPAN DDocument code: 411665301

EPSON Electronic Devices Website

SEMICONDUCTOR OPERATIONS DIVISION

S5U1C6F632T1/T2

Hardware Manual(SVT6F632)

Revised February 2010 in JAPAN

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