Fujitsu Electronic Keyboard MB96300 User Manual

Fujitsu Microelectronics Europe

FMEMCU-UG-960014-10

User Guide

MB96300 SERIES

EVALUATION BOARD

SK-96370-144PMC-GDC

USER GUIDE

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SK-96370-144PMC-GDC User Guide

Warranty and Disclaimer

To the maximum extent permitted by applicable law, Fujitsu Microelectronics Europe GmbH restricts

its warranties and its liability for the SK-96370-144PMC-GDC Board and all its deliverables (e.g.

software include or header files, application examples, target boards, evaluation boards, engineering

samples of IC’s etc.), its performance and any consequential damages, on the use of the Product in

accordance with (i) the terms of the License Agreement and the Sale and Purchase Agreement under

which agreements the Product has been delivered, (ii) the technical descriptions and (iii) all

accompanying written materials. In addition, to the maximum extent permitted by applicable law,

Fujitsu Microelectronics Europe GmbH disclaims all warranties and liabilities for the performance of

the Product and any consequential damages in cases of unauthorized decompiling and/or reverse

engineering and/or disassembling. Note, the SK-96370-144PMC-GDC Board and all its

deliverables are intended and must only be used in an evaluation laboratory environment.

Fujitsu Microelectronics Europe GmbH warrants that the Product will perform substantially in

accordance with the accompanying written materials for a period of 90 days form the date of

receipt by the customer. Concerning the hardware components of the Product, Fujitsu

Microelectronics Europe GmbH warrants that the Product will be free from defects in material

and workmanship under use and service as specified in the accompanying written materials

for a duration of 1 year from the date of receipt by the customer.

Should a Product turn out to be defect, Fujitsu Microelectronics Europe GmbH´s entire liability

and the customer’s exclusive remedy shall be, at Fujitsu Microelectronics Europe GmbH´s

sole discretion, either return of the purchase price and the license fee, or replacement of the

Product or parts thereof, if the Product is returned to Fujitsu Microelectronics Europe GmbH in

original packing and without further defects resulting from the customer’s use or the transport.

However, this warranty is excluded if the defect has resulted from an accident not attributable

to Fujitsu Microelectronics Europe GmbH, or abuse or misapplication attributable to the

customer or any other third party not relating to Fujitsu Microelectronics Europe GmbH.

To the maximum extent permitted by applicable law Fujitsu Microelectronics Europe GmbH

disclaims all other warranties, whether expressed or implied, in particular, but not limited to,

warranties of merchantability and fitness for a particular purpose for which the Product is not

designated.

To the maximum extent permitted by applicable law, Fujitsu Microelectronics Europe GmbH´s

and its supplier’s liability are restricted to intention and gross negligence.

NO LIABILITY FOR CONSEQUENTIAL DAMAGES

To the maximum extent permitted by applicable law, in no event shall Fujitsu

Microelectronics Europe GmbH and its suppliers be liable for any damages whatsoever

(including but without limitation, consequential and/or indirect damages for personal

injury, assets of substantial value, loss of profits, interruption of business operation,

loss of information, or any other monetary or pecuniary loss) arising from the use of

the Product.

Should one of the above stipulations be or become invalid and/or unenforceable, the remaining

stipulations shall stay in full effect

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SK-96370-144PMC-GDC User Guide

Contents

0 Contents

REVISION HISTORY............................................................................................................ 2

WARRANTY AND DISCLAIMER ......................................................................................... 3

0 CONTENTS...................................................................................................................... 4

1 OVERVIEW...................................................................................................................... 6

1.1 Abstract................................................................................................................... 6

1.2 Features.................................................................................................................. 7

1.3 General Description................................................................................................. 8

2 INSTALLATION............................................................................................................. 10

2.1 Connection/Power-On........................................................................................... 10

2.2 Default Jumper settings for MB96370 Series......................................................... 11

2.3 Jumper Location.................................................................................................... 13

3 JUMPERS AND SWITCHES.......................................................................................... 14

3.1 Operating Mode (S1)............................................................................................. 14

3.2 Power Supply (S2, JP: 8, 15, 16, 17, 22)............................................................... 15

3.3 Subclock (JP: 1, 2) ................................................................................................ 16

3.4 Analog Power Supply Voltage (JP: 11, 12, 13, 14) ................................................ 17

3.5 Alarm Comparator (JP: 85).................................................................................... 17

3.6 Reset Generation (JP: 33, 41, 46, 47, 48) ............................................................. 18

3.7 User Buttons SW1, SW2, SW3, SW4, SW5, SW6 (JP: 3, 4, 5, 6, 7)...................... 19

3.8 I²C pull-up resistor (JP: 9, 10)................................................................................ 19

3.9 LIN / UART............................................................................................................ 20

3.10 CAN interfaces (JP: 24, 26, 34, 35) ....................................................................... 21

3.11 External Flash memory (JP: 49, 52, 56) ................................................................ 22

3.12 External SRAM memory (JP: 50, 53, 59)............................................................... 22

3.13 Graphic Display Controller interface (JP: 54, 55, 56, 57, 58, 60, 85, 86)................ 23

4 CONNECTORS.............................................................................................................. 24

4.1 Power connector (X7)............................................................................................ 24

4.2 MCU pin header connectors (X20A, X20B, X21, X22 and X23)............................. 24

4.3 LIN-UART connectors (X5, X9) ............................................................................. 24

4.4 CAN Connector (X6, X8) ....................................................................................... 25

4.5 USER-LEDs & optional LC-Display (J1) ................................................................ 26

4.6 In-Circuit-Programming Connector (X4) ................................................................ 27

4.7 Alarm Comparator Connector (J2)......................................................................... 28

4.8 External Supply Voltage Vin (J3)........................................................................... 28

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Contents

4.9 Vcc 5 Volts (J4)..................................................................................................... 28

4.10 Vcc 3.3 Volts (J5) .................................................................................................. 28

4.11 Vcc 2.5 Volts (J9) .................................................................................................. 28

4.12 Vcc 1.8 Volts (J10) ................................................................................................ 28

4.13 LIN Bus Inhibit (J6)................................................................................................ 28

4.14 LIN Bus Inhibit (J11).............................................................................................. 28

4.15 VCC Connector (J7).............................................................................................. 28

4.16 GND Connector (J8).............................................................................................. 28

5 PROGRAMMING THE INTERNAL FLASH MEMORY................................................... 29

5.1 Asynchronous Mode.............................................................................................. 29

5.2 Synchronous Mode ............................................................................................... 31

6 APPENDIX..................................................................................................................... 32

6.1 Related Products................................................................................................... 32

7 INFORMATION IN THE WWW....................................................................................... 33

8 CHINA-ROHS REGULATION........................................................................................ 34

9 RECYCLING .................................................................................................................. 36

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Chapter 1 Overview

1 Overview

1.1 Abstract

The SK-96370-144PMC-GDC is a multifunctional evaluation board for the Fujitsu 16FX

Flash microcontroller MB96370 Series.

It can be used stand-alone for software development and testing or as a simple target board

to work with the emulator system.

The board allows the designer immediately to start software development before his own

final target system is available.

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Chapter 1 Overview

1.2 Features

< Supports Fujitsu’s 16FX MB96370 Series with 144 pin PMC / M08 package

or the MB2198 Emulator System with the Probe Cable MB2198-507-E.

< 9-15V unregulated external DC power supply

< On-board 3.3V switching mode voltage regulator

< Power-LEDs for all supply voltages

< Onboard voltage supervisor monitor

< In-Circuit serial Flash programming (UART0 or UART2)

< All resources available for evaluation

< All MCU pins routed to connectors

< 4 MHz main crystal

< 32 kHz crystal for sub clock operation

< Two RS232- or LIN interfaces

< Two CAN interfaces

< 3 V capable CAN, LIN, and RS232 transceivers

< 8 User LEDs

< Optional: alphanumeric standard LC-Display connectable instead of LEDs

< Reset button, Reset LED

< 5 User buttons

< 8 MByte FLASH

< 2 MByte SRAM

< Connector for Fujitsu Graphic-Controller boards (e.g.: CREMSON-STARTERKITLIME)

< External bus interface routed to 96 pin and 48 pin DIN 41612 (VG) connectors

< Power Supply: 5V, 3.3V, 2.5V and 1.8V

This board must only be used for test applications

in an evaluation laboratory environment.

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Chapter 1 Overview

1.3 General Description

The SK-96370-144PMC-GDC supports the F²MC-16FX microcontrollers of MB96370 Series

with LQFP144-M08 (PMC) package.

It can be used as a stand-alone evaluation board or as a target board for the emulator

debugger.

1.3.1 MCU Clocks

The board is supplied with a socketed 4 MHz crystal as main oscillation source. Using the

internal PLL of the µC, internal clock rates up to 56 MHz can be achieved.

1.3.2 RS-232 and LIN

Two separate RS232 transceivers and two single-wire LIN-transceivers (TLE7259) are

available to connect two out of three on-chip UARTs to 9-pin D-Sub connectors (X5, X9).

The transceivers generate the adequate RS232 levels for the receive (RXD) and transmit

(TXD) and LIN bus lines. In RS232 mode, either the DTR line or the RTS line can be

selected with jumpers (JP23 and JP38) to generate a system reset. The RTS signal can be

shortcut to CTS using the jumpers JP19 and JP36. Each of the four D-Sub connectors can

be configured as RS232 or LIN. The LIN Vs line can be powered by the unregulated supply

input of the board, so no additional supply is needed (JP28 and JP42).

All transceivers are fully 3.3V IO compatible to enable low voltage applications.

In-circuit programming (asynchronous) can be done via LIN-UART 0 and 2 (X5, X9).

1.3.3 CAN Bus

Two high-speed CAN transceivers (TLE6250GV33) can be connected to the CAN interfaces

of the MCU to allow easy connection to CAN networks.

All transceivers are fully 3.3V IO compatible to enable low voltage applications.

1.3.4 MCU Pins

All pins of the microcontroller except the oscillator pins X0/X1 and X0A/X1A are connected

to edge connectors and are directly available to the user.

1.3.5 Power Supply

The on-board switching mode voltage regulators allow the user to connect an unregulated

DC input voltage of +9V to +15V, and supplies all voltages needed by the board and an

optional graphic sub-board. The regulators are rated with 3A (5V and 3.3V) resp. 1.5A (2.5V,

1.8V) and are thermally protected against overload.

1.3.6 User Buttons

There are six push button switches on the board, which can be connected to input ports of

the microcontroller. This allows the user to evaluate external Interrupts, external timer trigger

or Input Capture functions as well as simple input polling. One button is reserved as ‘Reset’-

button for the microcontroller, controlled by the supply monitor IC.

1.3.7 User LEDs and optional LCD

Eight user LEDs are connected to Port 09 and grounded by two 1k resistor networks (RN1,

RN2). If these LEDs are not required, these resistor networks can be removed to disconnect

the LEDs and to free the I/O port.

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Chapter 1 Overview

1.3.8 I2C Bus

Additional 10 kOhm pull-up resistors can be connected to the I²C bus lines by setting the

according jumpers. JP9 is for SDA0 and JP10 for SCL0.

1.3.9 Emulator System

If the board is used as an emulator target board, the microcontroller must be removed from

the socket and the corresponding probe cable has to be mounted:

Series

V-Chip

Probe cable

Socket

NQPACK144SD-ND

HQPACK144SD

MB96370

MB96V300B

MB2198-507-E

Table 1-1: Emulation System

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Chapter 2 Installation

2 Installation

2.1 Connection/Power-On

Carefully remove the board from the shipping carton.

First, check if there are any damages before powering up the evaluation board.

For the power supply a DC input voltage of 9V – 15V is recommended. The positive

voltage (+) must be connected to the center pin, and ground (GND) must be

connected to the shield of the connector X7!

After power-on (Switch S2 or JP22), the red power-on LEDs (LD9, LD10, LD11, and LD12)

should be lit. If the LEDs do not light up, switch off the power supply and check input polarity

and current capability of the DC supply used. Please do not look directly into the LEDs to

prevent harming your eyes.

The in-circuit programming allows the user to program own applications into the Flash

memory. The procedures for Flash programming are described in chapter 5.

If the board shall be used as an emulator target board, switch off the power supply and

remove the microcontroller from the socket. Now the probe cable can be mounted on the

socket. Take care of the pin 1 marking on the socket and fasten the probe cable with the

provided screws.

Do not use any other probe cable than MB2198-507-E only!

Connect the probe cable to the MB2198-500 emulation Adapter Board. Check all jumper

settings of the evaluation board, the Probe Cable, and the Adapter Board.

When turning on the system, be sure to use the following power-up sequence:

1. Power up the Emulator Main Unit (MB2198-01)

2. Power up the Adapter Board (MB2198-500), if needed

3. Power up the target Board (SK-96370-144PMC-GDC)

To turn off the system, switch off the components in reverse order, beginning with the target

Board.

Please refer to the corresponding user manuals and application notes for the emulator how

to set up the emulator system. After power on the ‘UVCC’-LED of the emulator must be on.

Note:

Some customers experience connectivity problems when connecting the MCU into

the socket adapter. Only the small red screwdriver available in your box should be

used to connect the cover (HQPACK) onto the socket (NQPACK).

If the four screws are not tightening equally, then it may cause a poor contact.

Do not screw the cover too tight (max 0.054 Nm). If you have connectivity problems

then please loosen the screws and tighten again the screws equally.

Do not clean NQPACK, YQPACK, and YQSOCKET with steam. Cleaning material will

contaminate inside of connector.

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Chapter 2 Installation

2.2 Default Jumper settings for MB96370 Series

The following table lists all jumpers including its default setting and location on the starterkit.

Default

Setting

Jumper

Description / Function

Type

Coordinates

JP1

JP2

X1A

X0A

Jumper 3 pin

Jumper 4 pin

Jumper 2 pin

1-2

J 10

G 6

1-2

JP3

Switch SW1 : INT0/NMI

Switch SW2 : INT5

Switch SW3 : TIN1

Switch SW4 : IN0 / TTG4/0

Switch SW5 : IN1 / TTG5/1

C pin

Closed

Open

JP4

G 6

JP5

H 6

JP6

H 6

JP7

H 6

JP8

I 14

G 15

J 16

J 15

K 15

JP9

SDA0 pull-up

SCL0 pull-up

AVCC

JP10

JP11

JP12

JP13

JP14

Open

Closed

AVRH

AVRL

AVSS

Voltage selection for MCUVCC

(3.3V only for SK-96370-144PMC-GDC with extern. memory)

2-3

Do not change!

JP15

Jumper 3 pin

J 17

JP16

JP17

JP18

JP19

JP20

JP21

JP22

JP23

JP24

JP25

JP26

JP27

JP28

JP29

JP30

JP31

JP32

JP33

JP34

JP35

JP36

JP37

JP38

JP39

JP40

JP41

MCUVCC

DVCC

Jumper 2 pin

Jumper 3 pin

Jumper 2 pin

Solder JP 3 pin

Jumper 3 pin

Jumper 2 pin

Jumper 3 pin

Jumper 2 pin

Jumper 3 pin

Jumper 2 pin

Jumper 3 pin

Jumper 2 pin

Solder JP 3 pin

Jumper 2 pin

Solder JP 3 pin

Jumper 3 pin

Jumper 2 pin

Jumper 3 pin

Closed

2-3

K 17

L 12

L 10

I 3

DVSS

Closed

1-2

UART0 : CTS / RTS

CAN0 Transceiver type

SIN0 : RS232 / LIN transceiver

Mains Switch

D 4

H 5

L 17

H 3

D 4

I 5

1-2

Open

Closed

1-2

UART0 : DTR / RTS

CAN0 RxD

SOT0 : RS232 / LIN transceiver

CAN0 TxD

Closed

1-2

D 3

I 3

UART0 : RS232 / LIN

UART0 : LIN VBat

UART0 : LIN-Enable

LIN0 Transceiver type

UART0 : LIN Master

CAN1 Transceiver type

Reset by UART 0 / 2

CAN1 RxD

Open

1-2

H 3

I 3

I 5

Open

1-2

J 3

G 4

J 5

Open

Closed

1-2

G 4

G 3

K 3

K 5

K 3

K 5

K 3

J 7

CAN1 TxD

UART2 : CTS / RTS

SIN2 : RS232 / LIN

UART2 : DTR / RTS

SOT2 : RS232 / LIN

UART2 : RS232 / LIN

UART Reset / Inverter

Open

1-2

Open

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Chapter 2 Installation

Default

Setting

Jumper

Description / Function

Type

Coordinates

JP42

JP43

JP44

JP45

JP46

JP47

JP48

JP49

JP50

JP52

JP53

JP54

JP55

JP56

JP57

JP58

JP59

JP60

JP70

JP71

JP85

UART2 : LIN VBat

UART2 : LIN-Enable

Jumper 2 pin

Solder JP 3 pin

Jumper 2 pin

Solder JP 3 pin

Jumper 2 pin

Jumper 3 pin

Solder JP 2 pin

Jumper 4 pin

Jumper 2 pin

Solder JP 2 pin

Jumper 3 pin

Solder JP 2 pin

Jumper 2 pin

Open

1-2

K 3

L 3

LIN2 Transceiver type

UART2 : LIN Master

L 5

Open

1-2

M 3

J 7

Direct Reset / Delayed

Voltage Monitor

2-3

J 8

MCU Reset

Closed

1-2

J 8

FLASH : Word / Byte access

SRAM : Word / Byte access

FLASH : 16-bit / 8-bit interface

SRAM : 16-bit / 8-bit interface

Set A24 to GND for GDC interface

Set A25 to GND for GDC interface

FLASH / LIME

D 13

F 13

D 13

F 13

C 15

C 16

E 14

C 4

1-2

Closed

2-4

Select CS3/CS2 for GDC interface

Supply 1V8 to GDC interface

SRAM

Open

Closed

2-3

E 13

C 8

External Vin

Open

Closed

Manual GDC reset (GLRST)

Manual GDC reset (FLRST)

ALARM0

C 7

L 15

Table 2-1: Jumper Settings

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Chapter 2 Installation

2.3 Jumper Location

The following picture shows the silk plot of the starter-kit with marked default jumper

settings.

Figure 2-1: Default Jumper Settings

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Chapter 3 Jumpers and Switches

3 Jumpers and Switches

This chapter describes all jumpers and switches that can be modified on the evaluation

board. The default setting is shown with a grey shaded area.

3.1 Operating Mode (S1)

This switch controls the MCU operation mode after Reset.

Please take care of the following mode settings:

DIP switch

Setting

Logical value

1 (high)

ON (closed)

OFF (open)

S1-1

(MD0)

0 (low)

ON (closed)

OFF (open)

ON (closed)

1 (high)

0 (low)

1 (high)

S1-2

(MD1)

S1-3

(MD2)

OFF (open)

ON (closed)

OFF (open)

0 (low)

Not connected

S1-4

(Not used)

Table 3-1: MCU Operating Mode

MD0 MD1 MD2 nc

DIP-Switch S1

(RUN Mode)

OFF

1 2 3 4

Figure 3-1: MCU mode switch: RUN mode (Fixed Vector Mode)

MD0 MD1 MD2 nc

DIP-Switch S1

OFF

(Programming Mode)

1 2 3 4

Figure 3-2: MCU mode switch: Flash Programming mode

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Chapter 3 Jumpers and Switches

3.2 Power Supply (S2, JP: 8, 15, 16, 17, 22)

The on-board voltage regulator provides stabilized 5V ^*1and 3.3V supplies to the MCU ^*1and

peripherals. Even though they are thermally protected against overload, care must be taken

when supplying current for additional circuitry.

The LIN Vs line can be connected directly to the input supply of the board by jumpers. In this

case, the input voltage to the board has to be suitable for the connected bus devices (mostly

around 12V). Since there is a protection diode between Vin and Vs, it is not possible to

power the board over the LIN bus.

Power Switch

JP8 Core power supply stabilization capacitor

JP15 Selects the power supply voltage for the microcontroller

For SK-96370-144PMC-GDC use only 3.3V, because of the external memory

JP16 Connects the power supply voltage to the microcontroller. An ampere meter can be

used instead for power consumption measurement.

JP17 Selects the Stepper Motor Driver Voltage (3.3V or 5V)

JP22 Jumper to override the power switch S2

Jumper

Setting

Closed

Open

Description

An external capacitor is connected

An external capacitor is not connected

JP8

(C-pin)

Power supply (VCC) for MCU is set to 5V

(Not allowed for SK-96370-144PMC-GDC)

JP15 ^*1

1 - 2

(MCUVCC)

2 - 3

1 - 2

Power supply (VCC) for MCU is set to 3V3

MCU is disconnected from VCC

JP16

(MCUVCC)

2 - 3

MCU is connected to VCC

1 - 2

SMC (DVCC) supply voltage is set to 5V

SMC (DVCC) supply voltage is set to 3.3V

Board is always switched on

JP17

(DVCC)

2 - 3

Closed

Open

JP22

(Mains)

Board power is controlled by switch S2

Table 3-2: Power Supply Configuration

By default, all Board supplies are set to 3.3V.

^*1For SK-96370-144PMC-GDC use only 3.3V, because of the external memory

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Chapter 3 Jumpers and Switches

3.3 Subclock (JP: 1, 2)

Some devices like e.g. MB96F37xRW support a 32 kHz sub-clock (X0A, X1A), other devices

like e.g. MB96F37xRS do not support a sub-clock but will offer additional port-pins (e.g.

P04_0, P04_1) instead.

Please check the related datasheet.

Pin-out JP2:

JP1: defines usage of pin 69 (X1A)

JP2: defines usage of pin 68 (X0A)

Jumper

Setting

1-4

Description

Pin 68 is connected to the 32 kHz sub-clock (X0A)

Pin 68 is used as port pin P04_0

JP2

2-4

(X0A)

Pin 68 is connected to GND (in case that subclock-

device is used, but no 32 kHz crystal is connected)

3-4

1-2

2-3

Pin 69 is connected to the 32 kHz sub-clock (X1A)

Pin 69 is used as port pin P04_1

JP1

(X1A)

Default: JP1: 1-2, JP2: 1-4

By default, the 32 kHz sub-clock-crystal is connected to the microcontroller.

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Chapter 3 Jumpers and Switches

3.4 Analog Power Supply Voltage (JP: 11, 12, 13, 14)

The power supply as well as the positive reference voltage for the A/D-converter can be

provided internally or externally.

JP11, JP14 connects analog power supply voltages (AVcc and AVss)

JP12

JP13

connects the low pass filtered analog reference voltage AVRH to AVcc

connects the low pass filtered analog reference voltage AVRL to AVss

Jumper

Setting

Closed

Open

Description

AVcc is connected to Vcc

JP11

(AVcc)

AVcc is disconnected from Vcc

AVRH is connected to AVcc

AVRH defined by resistor network^*1

AVRL is connected to AVss

AVRL defined by resistor network^*1

AVss is connected to GND

AVss is disconnected from GND

Closed

Open

JP12

(AVRH)

Closed

Open

JP13

(AVRL)

Closed

Open

JP14

(AVss)

^*1By default the resistor network (R16, R17, R20, R21) is not mounted on the board

Table 3-3: ADC Supply

Default: JP11, JP12, JP13, and JP14 are closed

By default, the A/D-converter supply and reference voltage is the same as the

microcontroller supply voltage.

Note:

If JP11 and JP14 are open, the user has to supply an adequate analog voltage supply (AVcc

and AVss) to the A/D-converter.

If JP12 and JP13 are open, the resistors R16, R17, R20, and R21 define AVRH and AVRL.

By default the resistor network (R16, R17, R20, and R21) is not mounted on the board.

3.5 Alarm Comparator (JP: 85)

Potentiometer RP2 is connected to ALARM0 in order to evaluate comparator 0 of the

microcontroller. Any voltage between VCC and GND can be set. Additionally the adjusted

voltage can be measured at connector J2.

JP78 One potentiometer can be connected to the ALARM0/AN8

Jumper

Setting

Closed

Open

Description

Pin 26 (ALRAM0/AN8) of the MCU is connected to RP2

Pin 26 (ALRAM0/AN8) of the MCU is not connected

JP85

(ALARM0)

Table 3-4: Alarm Comparator

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Chapter 3 Jumpers and Switches

3.6 Reset Generation (JP: 33, 41, 46, 47, 48)

In addition to the internal Power-On reset, the microcontroller can be reset by an external

reset circuit (Voltage Monitor) and also by a RS232 interface. Refer to the chapter ‘LIN /

UART Connectors (X5 or X9)’ for DTR / RTS selection.

JP33

JP41

Selects X5 or X9 as reset source.

The signal on the DTR/RTS line can be negated with this jumper.

Remove the jumper in order to disable the RS232 reset circuit.

JP46

JP47

JP48

Selects the mode of the reset button SW6.

A voltage supply monitor allows monitoring of 1V8 or 2V5 power supply.

Open this jumper if no external Reset shall be generated.

In this case only the internal reset is active (e.g.: power-on).

Jumper

Setting

1-2

Description

X5 (UART0) is used to generate Reset

X9 (UART2) is used to generate Reset

No polarity inversion for the DTR/RTS signal

Polarity inversion for the DTR/RTS signal

Reset is applied immediately when SW6 is pressed

Reset is applied when SW6 is pressed > 2sec

The voltage supply monitor observes 1V8

The voltage supply monitor observes 2V5

External reset generation is active

JP33

(UART RESET)

2-3

1-2

JP41

(DTR / DTRx)

2-3

1-2

JP46

(Reset imm./delayed)

2-3

1-2

JP47

(Monitor 1V8 / 2V5)

2-3

Closed

Open

JP48

(RST MCU)

No external reset generation

Table 3-5: Reset Connection

By default, the external reset is enabled and set to immediate reset while the reset by UART

is disabled.

Note:

While a reset signal is asserted the red Reset-LED LD13 is lit.

During normal operation, this LED should be off!

If JP41 (DTR/DTRx) is set, the UART RESET jumper (JP33) and the according DTR/RTS

(JP23 and JP38) jumper have to be set, too.

If the reset LED is steadily on, check the power supply input voltage and the settings for the

reset-generation by UART.

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Chapter 3 Jumpers and Switches

3.7 User Buttons SW1, SW2, SW3, SW4, SW5, SW6 (JP: 3, 4, 5, 6, 7)

Five user push buttons (SW1-SW5) can be connected to the microcontroller.

JP3, 4, 5, 6, 7 Each push button can be connected separately.

Jumper

Setting

Closed

Open

Description

Pin 139 (INT0/NMI) of the MCU is connected to “SW1”

No connection to the microcontroller

JP3

(SW1)

Closed

Open

Pin 19 (FRCK0) of the MCU is connected to “SW2”

No connection to the microcontroller

JP4

(SW2)

Closed

Open

Pin 22 (TIN1) of the MCU is connected to “SW3”

No connection to the microcontroller

JP5

(SW3)

Closed

Open

Pin 20 (IN0/TTG4/0) of the MCU is connected to “SW4”

No connection to the microcontroller

JP6

(SW4)

Closed

Open

Pin 21 (IN1/TTG5/1) of the MCU is connected to “SW5”

No connection to the microcontroller

JP7

(SW5)

Table 3-6: User Push Buttons

Default: JP3, 4, 5, 6, 7 closed

By default, all push-buttons are connected to the microcontroller.

3.8 I²C pull-up resistor (JP: 9, 10)

Two 10k pull-up resistors can be connected to the I²C signal line.

JP9, 10 10k pull-up resistors can be connected to SDA0 and SCL0

Jumper

Setting

Closed

Open

Description

A 10k pull-up resistor is connected to SDA0

No pull-up resistor is connected to SDA0

A 10k pull-up resistor is connected to SCL0

No pull-up resistor is connected to SCL0

JP9

(SDA0)

Closed

Open

JP10

(SCL0)

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Chapter 3 Jumpers and Switches

3.9 LIN / UART

There are two identical circuit blocks for LIN or RS232 connections. Each of the two D-Sub

connectors can be configured as LIN or RS232 interface. DTS or RTS can be selected as

reset source, and RTS and CTS can be connected by a jumper, since some terminals and

Flash programming tools need this connection. Pin 1 (Vs) of X5 and X9 can be connected to

the voltage input of the board by jumpers in order to supply the LIN bus.

3.9.1 LIN-UART 0 (JP: 19, 21, 23, 25, 27, 28, 29, 31)

Jumper

Setting

1-2

Description

SIN0 is connected to RS232 transceiver

SIN0 is connected to LIN transceiver

SOT0 is connected to RS232 transceiver

SOT0 is connected to LIN transceiver

X5 pin 2 is connected to RS232 transceiver

JP21

(RXD)

2-3

1-2

JP25

(TXD)

2-3

1-2

JP27

(RS232/LIN)

2-3

Closed

Open

1-2

X5 pin 2 is connected to LIN transceiver

RTS and CTS of X5 are connected

RTS and CTS of X5 are not connected

DTR signal (pin 6 of X5) is used as reset source

RTS signal (pin 7 of X5) is used as reset source

LIN transceiver is enabled

JP19

(RTS-CTS)

JP23

(DTR/RTS)

2-3

Closed

Open

Closed

Open

Closed

Open

JP29

(LIN enable)

LIN transceiver is disabled

LIN-UART0 is LIN Master

JP31

(LIN master)

LIN-UART0 is LIN Slave

LIN bus (X5 pin 1) is powered by the board

LIN bus (X5 pin 1) is not powered by the board

JP28

(LIN Vbat)

Table 3-7: UART0 Settings

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Chapter 3 Jumpers and Switches

3.9.2 LIN-UART 2 (JP: 36, 37, 38, 39, 40, 42, 43, 45)

Jumper

Setting

1-2

Description

SIN2 is connected to RS232 transceiver

SIN2 is connected to LIN transceiver

SOT2 is connected to RS232 transceiver

SOT2 is connected to LIN transceiver

X9 pin 2 is connected to RS232 transceiver

X9 pin 2 is connected to LIN transceiver

RTS and CTS of X9 are connected

RTS and CTS of X9 are not connected

DTR signal (pin 6 of X9) is used as reset source

JP37

(RXD)

2-3

1-2

JP39

(TXD)

2-3

1-2

JP40

(RS232/LIN)

2-3

Closed

Open

1-2

JP36

(RTS-CTS)

JP38

(DTR/RTS)

2-3

RTS signal (pin 7 of X9) is used as reset source

LIN transceiver for X5 is enabled

Closed

Open

JP43

(LIN enable)

LIN transceiver for X5 is disabled

LIN-UART2 is LIN Master

Closed

Open

JP45

(LIN master)

LIN-UART2 is LIN Slave

Closed

Open

LIN bus (X9 pin 1) is powered by the board

LIN bus (X9 pin 1) is not powered by the board

JP42

(LIN Vbat)

Table 3-8: UART2 Settings

3.10 CAN interfaces (JP: 24, 26, 34, 35)

Two high-speed CAN-transceivers can be connected to the microcontroller’s CAN interfaces

(CAN0 and CAN1).

Jumper

Setting

Description

JP24

(CAN0 RX)

Closed

RX0 is connected to CAN0 (X6)

JP26

(CAN0 TX)

Closed

TX0 is connected to CAN0 (X6)

RX1 is connected to CAN1 (X8)

TX1 is connected to CAN1 (X8)

JP34

(CAN1 RX)

JP35

(CAN1 TX)

Table 3-9: CAN Settings

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Chapter 3 Jumpers and Switches

3.11 External Flash memory (JP: 49, 52, 56)

The SK-96370-144PMC-GDC is equipped with an additional 8 MByte Flash memory

connected to the external bus interface.

JP49

JP52

JP56

Selects Flash data width (16 bit / 8 bit)

Selects between address A0 or data D15 based on the Flash data width

Signal sharing of A22 and CS2 for FLASH and GDC

Jumper

Setting

1-2

Description

JP49

16 bit data width

(8 / 16 bit)

2-3

8 bit data width

JP52

1-2

AD15 is connected (16 bit data width)

A0 is connected (8 bit data width)

(8 / 16 bit)

2-3

2-4

Address line A22 is connected to the FLASH

JP56

1-2

3-4

CS2 is connected to the connector (see jumper JP57), too

Address A22 of FLASH is connected to GND

(GDC/FLASH)

Table 3-10: External Flash Configuration

3.12 External SRAM memory (JP: 50, 53, 59)

The SK-96370-144PMC-GDC is equipped with an additional 2 MByte SRAM memory

connected to the external bus interface.

JP50

JP53

JP59

Selects SRAM data width (16 bit / 8 bit)

Selects between address A0 or data D15 based on the Flash data width

Enables or disables the SRAM

Jumper

Setting

1-2

Description

JP50

16 bit data width

(8 / 16 bit)

2-3

8 bit data width

JP53

1-2

AD15 is connected (16 bit data width)

A0 is connected (8 bit data width)

Connect CS3 to the SRAM

Disables the SRAM

(8 / 16 bit)

2-3

JP59

1-2

(SRAM)

2-3

Table 3-11: Flash Configuration Jumpers

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Chapter 3 Jumpers and Switches

3.13 Graphic Display Controller interface (JP: 54, 55, 56, 57, 58, 60, 85, 86)

The SK-96370-144PMC-GDC provides the external bus interface on the two connectors

X10 and X11 in order to support Graphic Display Controller sub-boards,

e.g.: CREMSON-STARTERKITLIME.

Take care of proper jumper settings, in case those external sub-boards will be connected.

Some signals, like A22, CS2 and CS3, are shared with the on-board FLASH and SRAM

memory (see also chapter 3.11 and 3.12).

JP54

JP55

JP56

JP57

JP58

JP60

Address line A24 is not supported by the microcontroller

Address line A25 is not supported by the microcontroller

Signal sharing of A22 and CS2 for FLASH and GDC

Chip selection for external sub board

1.8V power supply

Mains power supply

JP70, 71 The port P08_0 may be used e.g. to generate manual reset on the sub board.

Jumper

Setting

Open

Closed

Open

Closed

2-4

Description

JP54

(A24)

Address line A24 is floating

Address line A24 is connected to GND

Address line A25 is floating

JP55

(A25)

Address line A25 is connected to GND

Address line A22 is connected to the FLASH

JP56

1-2

3-4

CS2 is connected to the connector (see jumper JP57), too

Address A22 of FLASH is connected to GND

(GDC/FLASH)

JP57

1-2

Connect CS3 to the connector

(CS2/CS3)

2-3

Connect CS2 to the connector

JP58

(1V8)

Open

Closed

Open

Closed

Open

Closed

Open

Closed

1.8V is not supplied to connector X11B

1.8V is supplied to connector X11B

Mains is not connected to connector X11B

Mains is connected to X11B

JP60

(Mains)

JP70

P08_0 is not connected to X11A_11A

P08_0 is connected to X11A_11A

P08_0 is not connected to X11A_12A

P08_0 is connected to X11A_12A

(GLRST)

JP71

(FLRST)

Table 3-12: Graphic Display Controller interface

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Chapter 4 Connectors

4 Connectors

4.1 Power connector (X7)

The following figure shows the power connection jack X7. This connector is used to connect

an external unregulated DC power supply voltage (9V-15V DC) to the evaluation board.

Shield is connected to GND (-)

Connector X7:

Center is connected to positive voltage supply (+)

Figure 4-1: Power Connector

4.2 MCU pin header connectors (X20A, X20B, X21, X22 and X23)

All pins (except oscillator and supply pins) of the microcontroller are directly connected to pin

headers. Pin 1 of the MCU corresponds to Pin 1 of the connector. Pin 2 of the MCU

corresponds to Pin 2 of the connector, and so on.

4.3 LIN-UART connectors (X5, X9)

Two 9-pin D-Sub female connectors are used for the serial interfaces. Note that X5 and X9

are shared between the RS232- and LIN transceivers and must be configured to the desired

functionality (refer to chapter 3.9 for details).

Figure 4-2: UART Connector

Pin Number

Pin Signal

+VBat

TXD

Description

Power from / to LIN bus

RS-232 transmit output

LIN

Bi-directional LIN-interface bus

RS-232 receive input

RXD

DTR

Connected to DSR (pin 6)

Ground normally used for RS232 connection

Connected to DTR (pin 4)

Can be connected with CTS by jumper

Can be connected with RTS by jumper

Ground normally used for LIN connection

Ground

GND

DSR

RTS

CTS

LGND

GND

Shield

Table 4-1: UART Connector Signals

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Chapter 4 Connectors

4.4 CAN Connector (X6, X8)

Two 9-pin D-Sub male connectors are used for the CAN interfaces CAN0 and CAN1. Both

CAN interfaces can be used simultaneously.

Figure 4-3: CAN Connector

Pin Number

Pin Signal

Description

Not used

CANL

GND

LOW-level CAN voltage input/output

Ground

Not used

CANH

HIGH-level CAN voltage input/output

Not used

Ground

Shield

GND

Table 4-2: CAN Connector Signals

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Chapter 4 Connectors

4.5 USER-LEDs & optional LC-Display (J1)

Eight LEDs are supplied for user applications. In order to disconnect the LEDs from the

related microcontroller port (Port P09), the resistor network RN1 can be removed.

Instead of the user-LEDs, an alphanumeric LC-Display (optional) can be connected to J1.

The potentiometer RP1 can be used to adjust the contrast of the LC-Display. Pin 15 and 16

of J1 are normally not mounted. If the used LC-Display has pins for LED backlight at this

position, they can be connected here (Pin15: Vcc via 39Ω/0.5W, Pin16: GND).

The contrast of an optional LC-Display connected to J1 can be adjusted by RP1.

The following control signals are provided:

Figure 4-4: User LEDs/LCD

15^*1

9 10 11

14*

LCD

LED

LCD

GND GND VCC V0

RS R/W

DB4 DB5 DB6 DB7

LED

Port

LD1 LD2 LD3 LD4

09_0 09_1 09_2 09_3

LD5 LD6 LD7 LD8

09_4 09_5 09_6 09_7

Table 4-3: User LEDs/LCD

^*1Pin 15: Vcc via 39Ω/0.5W for LCD backlight

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Chapter 4 Connectors

4.6 In-Circuit-Programming Connector (X4)

There is a flash-programming socket on the starter-kit, which makes it possible to program

the flash MCU with a special programming adapter. Mode pin MD0 and reset signal are also

available at this connector.

Figure 4-5: In-circuit programming connector

Pin Number

Pin Signal

Description

Not used

MD0

MCU mode pin MD0

Not used

RSTX

SIN3

SOT3

SCK3

VCC

MCU reset signal

UART2 receive data

UART2 transmit data

UART2 clock

Board supply voltage

Ground

GND

Table 4-4: In-circuit programming connector

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Chapter 4 Connectors

4.7 Alarm Comparator Connector (J2)

On the Connector J2 the adjusted analog voltage of potentiometer RP2 can be measured.

This voltage is used for the alarm comparator ALARM0 or analogue input AN8 on pin 28.

4.8 External Supply Voltage Vin (J3)

This connector is connected to the external supply voltage (Vin).

4.9 Vcc 5 Volts (J4)

On this connector the VCC5V supply can be measured.

4.10 Vcc 3.3 Volts (J5)

On this connector the VCC3V3 supply can be measured.

4.11 Vcc 2.5 Volts (J9)

On this connector the VCC2V5 supply can be measured.

4.12 Vcc 1.8 Volts (J10)

On this connector the VCC1V8 supply can be measured.

4.13 LIN Bus Inhibit (J6)

To this connector the INH pin of the LIN0 transceiver is connected.

4.14 LIN Bus Inhibit (J11)

To this connector the INH pin of the LIN1 transceiver is connected.

4.15 VCC Connector (J7)

On this connector the VCC supply (see chapter 3.2) can be measured.

4.16 GND Connector (J8)

Ground reference terminal GND.

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Chapter 5 Programming the internal Flash memory

5 Programming the internal Flash memory

All Flash devices have an internal bootloader for asynchronous- as well as for synchronous-

Flash-programming:

< Asynchronous serial Flash programming via X5 or X9 (UART0 or UART2)

< Synchronous serial Flash programming via X4 (UART3)

5.1 Asynchronous Mode

This chapter describes the serial asynchronous programming of the internal Flash memory

using ‘Flash Memory Programmer 16FX’ in automatic mode.

For serial asynchronous programming SUB-D9 connectors X5 or X9, which are connected to

UART0 and UART2 respectively, can be used on the starter kit.

The following jumper settings are necessary:

5.1.1 Uart0

Programming

Jumper

Setting Description

UART

JP21

(SIN0)

UART0

1-2

SIN0 is connected to RxD of X5

JP25

(SOT0)

UART0

SOT0 is connected to TxD of X5

JP27

(RS232/LIN)

1-2

RS232 transceiver is selected for X5

X5-1 is disconnected from the power supply

JP28

(Vbat)

Open

Table 5-1: Jumper Settings for Programming via UART 0 (X5)

5.1.2 Uart2

Programming

Setting Description

UART

Jumper

JP37

(SIN2)

UART2

1-2

SIN2 is connected to RxD of X9

JP39

(SOT2)

SOT2 is connected to TxD of X9

JP40

(RS232/LIN)

1-2

RS232 transceiver is selected for X9

X9-1 is disconnected from the power supply

JP42

(Vbat)

Open

Table 5-2: Jumper Settings for Programming via UART 2 (X9)

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Chapter 5 Programming the internal Flash memory

5.1.3 Reset (optional)

Depending on the programming software a reset signal might be generated by RTS or DTR

line. In order to use this optional feature additional jumper have to be set:

Jumper

Programming Setting Description

UART

1-2

2-3

1-2

2-3

1-2

2-3

1-2

2-3

JP23

DTR signal of X5 is used as reset source

RTS signal of X5 is used as reset source

DTR signal of X9 is used as reset source

RTS signal of X9 is used as reset source

LIN-UART 0 (X5) is used to generate reset

LIN-UART 2 (X9) is used to generate reset

No negation for the DTR/RTS signal

DTR/RTS signal is negated

UART0

UART2

(DTR/RTS)

JP38

(DTR/RTS)

JP33

UART0 or

UART2

(RESET A/B)

JP41

UART0 or

UART2

(DTR / DTRx)

Table 5-3: Jumper Settings for reset signal

5.1.4 Flash Programming

1) Configure the microcontroller mode:

MD0 MD1 MD2 nc

DIP-Switch S1

OFF

(Programming Mode)

1 2 3 4

2) Connect the configured UART (see above) to your serial PC communication port.

A straight 1:1 cable connection has to be used.

3) Start the tool “Fujitsu Flash MCU Programmer” software and make the settings:

Set Device Type

Select COM Port

MB96F379R/Y

4 MHz

Select Crystal

Open Source

(MHX-File)

Application.MHX

Start

programming

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Chapter 5 Programming the internal Flash memory

4) After programming the Flash-device, switch off the power supply and set back the

mode according to the usage of the application, e.g.:

MD0 MD1 MD2 nc

DIP-Switch S1

(RUN Mode)

OFF

1 2 3 4

5) Power on the board. The user application is started directly.

5.2 Synchronous Mode

In order to program the Flash-ROM synchronously special third-party soft- and hardware has

to be used, e.g. GALEP-4 from www.conitec.de. This tool is not available for free.

A dedicated Flash programming socket (X4) is provided on the evaluation-board for direct

connection to this programmer.

n/c 1

MD0 3

RST 5

SOT3 7

VCC 9

2 n/c

4 n/c

X4: Flash programming socket

6 SIN3

8 SCK3

10 GND

Figure 5-1: Flash Programming Socket

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Chapter 6 Appendix

6 Appendix

6.1 Related Products

< SK-96370-144PMC-GDC

Evaluation board for the MB96F37xxxPMC MCU

in FPT-144P-M08 (LQFP-144) package

including external memory and GDC connector

< SK-96370-144PMC

Evaluation board for the MB96F37xxxPMC MCU

in FPT-144P-M08 (LQFP-144) package

< MB2198-01

< MB2198-500

Emulator debugger main unit

Emulation Pod

NQPACK144SD-ND

Socket for package FPT-144P-M08 (LQFP-144)

(Tokyo Eletech Corp. www.tetc.co.jp/e_tet.htm)

HQPACK144SD

Socket header for package FPT-144P-M08 (LQFP-144)

(Tokyo Eletech Corp. www.tetc.co.jp/e_tet.htm)

< MB2198-507-E

< MB96300 Series

< MB96V300

Emulator probe cable for MB96F37x MCU

MB96300 Series Evaluation chip

Flash MCU (Single Clock)

Flash MCU (Dual Clock)

< MB96F37xRS

< MB96F37xRW

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Chapter 7 Information in the WWW

7 Information in the WWW

Information about FUJITSU MICROELECTRONICS Products

can be found on the following Internet pages:

Microcontrollers (8-, 16- and 32bit), Graphics Controllers

Datasheets and Hardware Manuals, Support Tools (Hard- and Software)

http://mcu.emea.fujitsu.com/

Power Management Products

http://www.fujitsu.com/emea/services/microelectronics/powerman/

Media Products: SAW filters, acoustic resonators and VCOs

http://www.fujitsu.com/emea/services/microelectronics/saw/

For more information about FUJITSU MICROELECTRONICS

http://www.fujitsu.com/emea/services/microelectronics/

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Chapter 8 China-RoHS regulation

8 China-RoHS regulation

Evaluation Board幓↿㨎

Emulation Board ↎䦮㨎

㫈㗽SJ/T11364-2006

ᇵ䟄⷟≰㋾ℶ❐㻰㩢㘶Ⓟ㪖幕尐㻑ᇶ䔈㙟∪Ⱁₚ㦘␂㻰㩢㘶Ⓟ㡈槱䤓≰㋾ᇭ

The following product pollution control information is provided according to SJ/T11364-2006

Marking for Control of Pollution caused by Electronic Information Products.

1᧪䟄⷟≰㋾ℶ❐㻰㩢㘶Ⓟ㪖㉦広㢝 Explanation of Pollution Control Label

年㪖㉦嫷㢝㦻ℶ❐⚺㦘怔扖₼⦌㪖⑕SJ/T11363-2006

ᇵ䟄⷟≰㋾ℶ❐₼㦘㹡㦘⹂䓸德䤓棟摞尐㻑ᇶ₼棟摞䤓㦘㹡㦘⹂䓸德ᇭ㪖㉦₼䤓㟿ⷦ⃉㦻ℶ❐

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䞷㦻ℶ❐ₜ↩⺈䘾⬒抯㒟₴摜㻰㩢㒥⺈␅ⅉ愺ᇬ徱ℶ抯㒟₴摜㗮⹂䤓㦮棟᧨◤⇜⃉㄃ᇭ

⃉≬幐㓏䟂㢝䤓䘾≬∎䞷㦮棟᧨ㄣ㖘ℶ❐㓚␛₼㓏屓⸩䤓䘾⬒㧰ↅ✛㡈㽤扪嫛㷲デ∎䞷᧨ㄅ₴

㫋挄⸗ℶ❐冃≽㓚␛₼屓⸩䤓⸩㦮冃≽✛≬␊尐㻑ᇭ

ℶ❐₼䤓䀗劦ↅ✛㩟K榅捷ↅ♾厌㦘␅◤䕻䤓䘾≬∎䞷㦮棟㪖㉦᧨ㄅ₣␅䘾≬∎䞷㦮棟㦘♾厌

㹣㠃₹ℶ❐㦻愺䤓䘾≬∎䞷㦮棟䩼ᇭㄣⒿ㦮㖘ℶ❐冃≽䲚ㄞ㦃㗱挲K䀗劦ↅ✛榅捷ↅ᧨ⅴ≬幐

㓏䟂㢝䤓㠃₹ℶ❐䤓䘾≬∎䞷㦮棟ᇭ

㦻ℶ❐⦷∎䞷⺎✌兢㧮㢅ₜ♾⇫⃉㣽抩䞮㿊⨒⧍⮓䚕᧨ㄣ嬺◤䕻㟅楕ⰴ⠓⮓䚕ᇭ

庆㽷㎞᧶䘾≬∎䞷㦮棟ꢀꢁ㄃䤓㖖⸩ₜ㢾₝ℶ❐䤓功⃔┪᧨∎䞷㦮棟㒥↊⇤㕔≬尐㻑䷘⚛䤓ᇭ

This symbol to be added to all EIO sold to China, indicates the product contains hazardous

materials in excess of the limits established by the Chinese standard SJ/T11363-2006

Requirements for Concentration Limits for Certain Hazardous Substances in Electronic

Information Products. The number in the symbol is the Environment-friendly Use Period

(EFUP), which indicates the period, starting from the manufacturing date, during which the

toxic or hazardous substances or elements contained in electronic information products will

not leak or mutate under normal operating conditions so that the use of such electronic

information products will not result in any severe environmental pollution, any bodily injury or

damage to any assets, the unit of the period is “Year”.

FMEMCU-UG-960014-10

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Chapter 8 China-RoHS regulation

In order to maintain the declared EFUP, the product shall be operated normally according to

the instructions and environmental conditions as defined in the product manual, and periodic

maintenance schedules specified in Product Maintenance Procedures shall be followed

strictly.

Consumables or certain parts may have their own label with an EFUP value less than the

product. Periodic replacement of those consumables or parts to maintain the declared EFUP

shall be done in accordance with the Product Maintenance Procedures.

This product must not be disposed of as unsorted municipal waste, and must be collected

separately and handled properly after decommissioning.

Please note: The designation of 10 years EFUP is not to be equated with the durability, use-

duration or any warranty-claims of the product.

ℶ❐₼㦘㹡㦘⹂䓸德㒥⏒侯䤓⚜䱿♙⚺摞

Table of hazardous substances name and concentration

㦘㹡㦘⹂䓸德㒥⏒侯

捷ↅ⚜䱿

Hazardous substances name

Component Name

杔

㻭

柘

⏼ↆ杻

⮩䅃勣啾

⮩䅃ℛ啾搩

(Pb)

(Hg)

(Cd)

(Cr(VI))

(PBB)

(PBDE)

SK-96370-144PMC-GDC

O: 嫷䯉年㦘㹡㦘⹂䓸德⦷年捷ↅ㓏㦘⧖德㧟㠨₼䤓⚺摞⧖⦷SJ/T11363-2006 㪖⑕屓⸩䤓棟摞尐㻑ⅴₚ

X: 嫷䯉年㦘㹡㦘⹂䓸德咂⺠⦷年捷ↅ䤓㩟₏⧖德㧟㠨₼䤓⚺摞怔⒉SJ/T11363-2006 㪖⑕屓⸩䤓棟摞尐㻑

•

㷳嫷㓏⒦㟿㗽⃉♠を㢅㓏厌噆㈦䤓㦏∂≰㋾

䟀ℝ凉⺠兞㿝ₙ㒥㔏㦾ₙ⚗䚕♾嫛䤓㦎ⅲ䓸德㒥㡈㫗᧨㷳◊䠦幍⮖扟䞷ⅴₙ₏K㦘㹡㦘⹂䓸德㧴⸭䘿幍⮖䤓欓㦮

⃃ㄙ┮厌᧨㒥全ⅉ⛧㒥䘾⬒㙟∪㦃Ⰼ䤓≬㔳㟗㨫ᇭ

O: Indicates that this toxic or hazardous substance contained in all of the homogeneous

materials for this part is below the limit requirement in SJ/T11363-2006.

X: Indicates that this toxic or hazardous substance contained in at least one of the

homogeneous materials used for this part is above the limit requirement in SJ/T11363-2006.

•

Data listed in the table represents best information available at the time of publication

- 35 -

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Chapter 9 Recycling

9 Recycling

Gültig für EU-Länder:

Gemäß der Europäischen WEEE-Richtlinie und deren Umsetzung in landesspezifische

Gesetze nehmen wir dieses Gerät wieder zurück.

Zur Entsorgung schicken Sie das Gerät bitte an die folgende Adresse:

Fujitsu Microelectronics Europe GmbH

Warehouse/Disposal

Monzastraße 4a

63225 Langen

Valid for European Union Countries:

According to the European WEEE-Directive and its implementation into national laws we

take this device back.

For disposal please send the device to the following address:

Fujitsu Microelectronics Europe GmbH

Warehouse/Disposal

Monzastraße 4a

63225 Langen

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