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16

4. Circuit diagram

J20

WL-1-

3

P

1

2

3

R4

1005 10k

Ω

 5%

1

2

Q89Q

C23

3225 10

μ

F 25V

1

2

Q

3

2
Q

J12

WL-1-2P

1

2

Q16Q

J24

WL

W

-1-

3

PW

1

2

3

4

5

6

Q46Q

Q5

3
Q

Q20Q

Q44Q

Q28Q

R1

1005 10k

Ω

 5%

1

2

Q2Q

Q

3

7
Q

J14

WL-1-2P

1

2

R16

1608 10

Ω

 1%

1

2

CN

3

HRM-

3

00-1

3

4B(40)

1

2

3

4

5

Q2

3
Q

R1

3

1005 10k

Ω

 5%

1

2

Q88Q

Q41Q

Q90Q

C33

1005 220pF 25V

1

2

C22

3225 10

μ

F 25V

1

2

Q49Q

CN7

HIF

3

FB-26D

A-2.54D

S

A(71)

1

3

5

7

9

11

1

3

15

17

19

21

2

3

25

2

4

6

8

10

12

14

16

18

20

22

24

26

J19

WL-1-2P

1

2

Q

3

0
Q

J1

3

WL-1-2P

1

2

C3

2

1005 0.1

μ

F 25V

1

2

L1

BLM21PG600

S

N1

1

2

Q29Q

Q11Q

C12

1005 10pF 50V

1

2

Q4

3
Q

Q1

3
Q

R15

1005 1M

Ω

 5%

1

2

Q21Q

C3

1

2012 1

μ

F 16V

1

2

Q47Q

Q91Q

J21

WL-1-

3

P

1

2

3

Q6Q

C9

1005 0.01

μ

F 25V

1

2

Q4Q

R10

1005 0

Ω

1

2

R22

1005 10k

Ω

 5%

1

2

CN6

HIF

3

FB-26D

A-2.54D

S

A(71)

1

3

5

7

9

11

1

3

15

17

19

21

2

3

25

2

4

6

8

10

12

14

16

18

20

22

24

26

R2

1005 4

3

Ω

 5%

1

2

Q26Q

R17

1608 4.7

Ω

 1%

1

2

Q45Q

J9

WL-1-2P

1

2

J17

PM-1-

3

P

1

2

3

Q42Q

Q

33

Q

J16

WL-1-4P

1 
2 
3 
4

Q85Q

Q9Q

Q7Q

J5

WL-1-2P

1

2

Q40Q

Q50Q

Q19Q

C2

1005 0.1

μ

F 25V

1

2

C11

2012 4.7

μ

F 16V

1

2

C1

1005 0.1

μ

F 25V

1

2

R6

1005 470

Ω

1

2

Q

3

1
Q

C14

1005 10pF 50V

1

2

R11

1005 1M

Ω

 5%

1

2

R19

1

2

Q

3

9
Q

Q12Q

Q8Q

S

W1

CH

S

-02B

1

2

3

4

R3

1005 10k

Ω

 5%

1

2

Q84Q

J4

WL-1-2P

1

2

C29

1005 0.1

μ

F 25V

1

2

D1

RN262GT2R

1

2

K

A

R12

1005 0

Ω

1

2

J22

WL-1-2P

1

2

Q22Q

C1

3

1005 10pF 50V

1

2

J7

WL-1-

3

P

1

2

3

J10

WL-1-2P

1

2

U1

NQP

A

CK048

S

D(MB96F610)

AV

SS

1

AV

R

H

2

P06_

3

/AN

3

/PPG

3

3

P06_4/AN4/PPG4

4

P06_6/AN6/PPG6

5

P06_7/AN7/PPG7

6

P05_0/AN8/

S

IN2/INT

3

_R1

7

P05_1/AN9/

S

OT

2

8

P05_2/AN10/

S

CK2

9

P05_4/AN12/T

O

T

3

/INT2_R

10

P05_6/AN14/INT4_R

11

P07_0/AN16/INT0/NMI

12

P04_0/X0A

1

3

P04_1/X1A

14

MD

15

P17_0

16

DEB

UG I/F

17

P00_0/INT8/

S

CK7_R/PPG0_B

18

P00_1/INT9/

S

O

T7_R/PPG1_B

19

P00_2/INT10/

S

IN7_R

20

P00_4/INT12/

S

O

T8_R/PPG12_B

21

P00_5/INT1

3

/S

IN8_R/PPG14_B

22

P00_

3

/INT11/

S

CK8_R/PPG

3

_B

2

3

P01_0/TIN1/CK

O

T1/OUT0_R

24

P01_1/T

O

T1/CK

O

TX1/OUT1_R

25

P01_4/PPG4_B

26

P01_5/

S

IN2_R/INT7_R

27

P01_6/

S

O

T2_R/PPG6_B

28

P01_7/

S

CK2_R/PPG7_B

29

P02_0/PPG12/CK

O

T1_R

3

0

P02_2/ZIN0/PPG14/CK

O

T0_R

3

1

P02_4/AIN0/IN0/TTG0

3

2

R

S

TX

33

X1

3

4

X0

3

5

V

SS

3

6

VCC

3

7

C

3

8

P02_5/BIN0/IN1/TTG1/ADTG_R

3

9

P0

3

_0/AIN1/IN4/TTG4/AN24/TTG12

40

P0

3

_1/BIN1/TTG5/TTG1

3

/IN5/AN25

41

P0

3

_

3

/TX2

4

3

P0

3

_6/ZIN1/OUT6/AN

3

0

44

P0

3

_7/OUT7/AN

3

1

45

P06_0/AN0/PPG0

46

P06_1/AN1/PPG1

47

P0

3

_2/INT10_R/RX2

42

AV

C

C

48

LQFP-48  

P

a

ck

a

ge code (mold)

 

FPT

-48P-M26

Q52Q

Q

3

6
Q

Q14Q

Q51Q

Q86Q

C3

0

1005 22pF 25V

1

2

Q1Q

Q27Q

R18

1

2

J2

3

WL-1-2P

1

2

R21

1

2

Q

3

Q

Q24Q

R9

1005 1M

Ω

 5%

1

2

C3

4

2012 1

μ

F 16V

1

2

C15

1005 10pF 50V

1

2

Q10Q

J2

WL-1-2P

1

2

J11

WL-1-2P

1

2

J18

PM-1-

3

P

1

2

3

J15

WL-1-4P

1 
2 
3 
4

J8

WL-1-2P

1

2

J25

WL-1-2P

1

2

LED1

CL-190G

1

2

Q5Q

Q18Q

R14

1005 1M

Ω

 5%

1

2

Q25Q

Q87Q

R20

1005 10k

Ω

 5%

1

2

C6

1005 0.01

μ

F 25V

1

2

Q48Q

C

P05_4

DEB

UG_IF

P00_0

P00_4

P00_5

P00_

3

P01_0

P01_1

P01_4

P01_5

P02_0

P02_2

P02_4

R

S

TX

X1

X0

P02_5

P0

3

_1

P0

3

_2

P0

3

_6

P06_6

P06_7

P05_0

P05_1

P05_2

P05_6

P07_0

X0A

X1A

MD

P0

3

_

3

P0

3

_7

P06_0

P06_1

P0

3

_2

P0

3

_

3

P00_1

P00_0

P00_2

P07_0

R

S

TX

P06_1

P0

3

_1

P01_5

P01_7

P00_

3

P00_5

P06_

3

P05_6

P00_4

P06_0

P0

3

_0

P01_4

P01_6

X0

X1

P04_1

X1A

C

DEB

UG_IF

P06_4

P06_

3

P01_6

P01_7

A

VRH

P05_1

P05_0

X0A

P04_0

P17_0

P00_1

P00_2

P0

3

_0

MD

P17_0

DGND

A

VRH

A

VCC1

AV

SS

DGND

VCC

DGND

DGND

A

VCC1

AV

SS

VCC_MCU

DGND

VCC_MCU

A

VCC1

A

VCC

VCC

DGND

VCC_MCU

DGND

DGND

DGND

DGND

DGND

DGND

VCC

AV

SS

DGND

A

VRH

VCC

DGND

VCC

VCC

A

VCC

D

VCC_M

DGND

+5V0

+

3

V

3

+12V0

D

VCC_M

VCC

A

VCC

DGND

VCC_MCU

VCC

OCD

4MHz

MB96F610 MODE 

S

ET/OCD IF

MB96F610 M

a

inCLK IF

MB96F610 

Sub

CLK IF

3

2kHz

MB96F610 Monitor pin

 

(Qxx-Qyy = 2.54mm pitch)

P

o

w

er Div IF

M

a

in/

Sub

 CN

Non-Mo

u

nt

(P04_0/X0A)

(P04_1/X1A)

Non-Mou

nt

C

MB96F610 C-pin

MODE

MD

(LIN_TX0)

(LIN_N

S

LP0)

(LIN_TX1)

(CAN_TX0)

(NMI_

S

W)

(R

S

_TX0)

(R

S

_TX1)

(R

S

_RX0)

(R

S

_RX1)

(LIN_RX0)

(LIN_N

S

LP1)

(LIN_RX1)

(CAN_RX0)

(CAN_RX1)

(RE

S

ET)

(V

ol

u

me_

S

W)

(INT_

S

W1)

(INT_

S

W

3

)

(LED1)

(LED

3

)

(LED5)

(LED7)

(LED0)

(U

S

B_TX0)

(U

S

B_RX0)

(LED2)

(LED6)

(LED4)

(INT_

S

W0)

(INT_

S

W2)

Non-Mou

nt

Non-Mou

nt

(CAN_TX1)

DT

-3

8_

3

2.768kHz_

S

K

HC49

S

FWB_4MHz_

S

K

VCC

GND

Non-Mou

nt

[R18-R21]

R

S

/U

S

B_TX

R

S

/U

S

B_RX

S

ta

nd-

a

lone J22-J2

3

 s

hor

t

48pin 

s

oc

k

et type :

 NQP

A

CK048

S

D

  (S

oc

k

et He

a

d :

 HQP

A

CK048

S

D)

   

(R

S

:1pin-2pin 

s

hor

t)

(U

S

B:2pin-

3

pin 

s

hor

t)

(R

S

:1pin-2pin 

s

hor

t)

(U

S

B:2pin-

3

pin 

s

hor

t)

(CN6-2

3

,25,26pin)

(CN7-25,26pin)

+

3

V

3

+5V0

D

VCC_M

+12V0

X0A

12

3

4

56

GND

Q1

3

O

s

cill

a

tor

A

VCC

VCC_MCU

VCC_MCU

GND

A

VCC

AV

SS

A

VRH

A

VCC1

AV

SS

O

s

cill

a

tor

1

Q14

2

3

X1A

DEB

UG

MD1

Summary of Contents for MB96610 Series

Page 1: ...The following document contains information on Cypress products ...

Page 2: ...FUJITSU SEMICONDUCTOR SUPPORT SYSTEM SS704 00001 1v0 E F2 MC 16FX Family 16 BIT MICROCONTROLLER MB96610 series MB96610 Evaluation Board MB2198 761 01 E 02 E OPERATION MANUAL ...

Page 3: ...t can easily be accessed at any time while you are using the product Related Manual You should refer for following Manual as well MCU Evaluation Board MB2198 760 E OPERATION MANUAL Contents MB96610 Evaluation Board European RoHS compliance Products with an E suffix on the part number are European RoHS compliant products Notice on this document All information included in this document is current a...

Page 4: ...ct or expose the product to physical shocks Do not carry the product after the power has been turned on Doing so may cause a malfunction due to overloading or shock Damage Since the product contains many electronic components keep it away from direct sunlight high temperature and high humidity to prevent condensation Do not use or store the product where it is exposed to much dust or a strong magn...

Page 5: ...tion contained herein The products described in this document are designed developed and manufactured as contemplated for general use including without limitation ordinary industrial use general office use personal use and household use but are not designed developed and manufactured as contemplated 1 for use accompanying fatal risks or dangers that unless extremely high safety is secured could ha...

Page 6: ...1 1 Overview The MB96610 Evaluation Board provides the evaluative environment of the MB96610 series MCU Figure 1 MB96610 Evaluation Board ...

Page 7: ... function is shown as follows Figure 2 MB96610 Evaluation Board functional overview monitor land Main Sub connector solder side Sub clock OCD I F RS USB selection monitor land Main clock MCU socket External Power Supply connection pin Mode SW Main Sub connector solder side monitor land monitor land ...

Page 8: ... socket External power supply connection External power supply connection DC3 3V to 5 0V OCD connector OCD debugger MB2100 01 E Connection MODE SW MB96610 mode switch NMIX SW MB96610 pin monitor land RS USB select UART ch 0 connect to RS USB by 3pin Jumper for transmission and reception Main sub connector 26pins 2 rows 13 pins connector 2 Connect to a connector on the Main board mounted solder sid...

Page 9: ... shown below Figure 3 MB96610 Evaluation Board Block Diagram MCU MB96610 With Socket 48 4MHz MODE SW LIN ch 0 USART ch 2 RS ch 0 USB Main board DC12V DC5V DC3 3V 12V 5 0V 3 3V OCD connector CAN ch 0 Monitor LED INT SW Monitor land 32kHz USART ch 7 CAN ch 2 ...

Page 10: ...14 Figure 4 Power supply jumpers location Table 2 Power supply jumpers function Jumper Function Setting J2 VCC_MCU Power supply for VCC pin Close default ON Open OFF J14 AVRH Power supply for AVRH pin Close default ON Open OFF J4 AVCC Power supply for AVCC pin Close default ON Open OFF J5 AVSS Power supply for AVSS pin Close default ON Open OFF AVRH AVCC AVSS VCC_MCU ...

Page 11: ...cillator is not mounted in default Xtal 32 768kHz Figure 5 Sub clock jumpers location Table 3 J7 setting Table 4 J24 setting Setting X1A connection select 1 2 X1A connect to sub clock default 2 3 X1A connect to Q14 Setting X0A connection select 1 3 X0A connect to GND 3 5 X0A connect to sub clock default 3 4 X0A connect to Q13 J7 J24 1 2 3 2 4 6 1 3 5 ...

Page 12: ...UART ch 0 signal can be selected by J20 J21 These jumpers location and settings are shown below Figure 6 UART ch 0 select jumper location Table 5 J20 J21 setting Setting Function select 1 2 RS232C default 2 3 USB J21 J20 3 2 1 From right to left 1 2 3 J20 TX J21 RX ...

Page 13: ...f MCU can be set by SW1 as follows The mode switch location and settings are shown below Figure 7 Mode SW location Table 6 Mode SW setting SW1 ON OFF Mode SW setting 1 2 MB96F610 serial writer mode 1 2 MB96F610 user mode default Mode SW bit1 MD bit2 DEBUG N O 1 2 ...

Page 14: ...une for debugging by connecting Fujitsu OCD E on chip debugger The OCD connector location and settings are shown below Figure 8 OCD cable connect location Figure 9 How to connect OCD E OCD connector Please turn the coaxial cable appended to Fujitsu OCD E MB21000 01 E as shown in a left chart ...

Page 15: ... Table 7 Isolate jumpers location Jumper Signal J12 LIN I F ch 0 RX J13 LIN I F ch 0 TX J8 RS I F ch 0 USB RX J9 RS I F ch 0 USB TX J10 CAN I F ch 0 RX J11 CAN I F ch 0 TX J19 LIN_NSLP0 J2 VCC_MCU MCU power supply J4 AVCC analog power supply J5 AVSS analog ground J14 AVRH analog reference power supply ...

Page 16: ...numbers are equal to MCU pin numbers Table 8 Monitor land list Q Pin No Q Pin No Q Pin No 2 2 21 21 43 43 3 3 22 22 44 44 4 4 23 23 45 45 5 5 24 24 46 46 6 6 25 25 47 47 7 7 26 26 8 8 27 27 9 9 28 28 10 10 29 29 11 11 30 30 12 12 31 31 13 13 32 32 14 14 33 33 16 16 39 39 18 18 40 40 19 19 41 41 20 20 42 42 ...

Page 17: ... below Table 10 Interrupt switch NMI SW The correspondence of NMI SW mounted on the main board and the MCU pin number is shown below Table 11 NMI switch MONITOR LED Parts number MB96610 Pin number Pin name LED0 LED28 46 P6_0 LED1 LED29 47 P6_1 LED2 LED32 40 P3_0 LED3 LED33 41 P3_1 LED4 LED36 26 P1_4 LED5 LED37 27 P1_5 LED6 LED40 28 P1_6 LED7 LED41 29 P1_7 INT SW Parts number MB96610 Pin number Pin...

Page 18: ...n below Table 12 RESET switch Volume SW The correspondence of Volume SW mounted on the main board and the MCU pin number is shown below Table 13 Volume switch Reset SW Parts number MB96610 Pin number Pin name RESET SW2 33 RSTX Volume SW Parts number MB96610 Pin number Pin name Volume VR1 3 P06_3 AN3 ...

Page 19: ... 1 FOR TEST USE ONLY External power supply connection pin The external power supply connection position is shown as follows VCC 3 3V to 5 0V When you connect an external power supply to this pin and you use alone this board please short circuit J22 DVCC and J23 AVCC Figure 10 External power supply connection pin location GND VCC ...

Page 20: ...15 3 2 Power ON Please follow the user s manual for the Main board MB2198 760 E ...

Page 21: ...02_4 AIN0 IN0 TTG0 32 RSTX 33 X1 34 X0 35 VSS 36 VCC 37 C 38 P02_5 BIN0 IN1 TTG1 ADTG_R 39 P03_0 AIN1 IN4 TTG4 AN24 TTG12 40 P03_1 BIN1 TTG5 TTG13 IN5 AN25 41 P03_3 TX2 43 P03_6 ZIN1 OUT6 AN30 44 P03_7 OUT7 AN31 45 P06_0 AN0 PPG0 46 P06_1 AN1 PPG1 47 P03_2 INT10_R RX2 42 AVCC 48 LQFP 48 Package code mold FPT 48P M26 Q52 Q Q36 Q Q14 Q Q51 Q Q86 Q C30 1005 22pF 25V 1 2 Q1 Q Q27 Q R18 1 2 J23 WL 1 2P...

Page 22: ...the following address Fujitsu Semiconductor Europe GmbH Warehouse Disposal Monzastraße 4a 63225 Langen 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 Semiconductor Europe GmbH Warehouse Disposal Monzastraße 4a 63225 Langen ...

Page 23: ...hina 这标记是按照2006年2月28日公布的 电子信息产品污染控制管理办法 以及SJ T11364 2006 电子信 息产品污染控制标识要求 在中国销售的电子信息产品的环保使用期限 如遵守关于这产品的安全或 使用上的注意 在这期限内 从生产日期起算 不会因产品中的有害物质漏到外部 或发生突然变异 而引起环境污染和对人体或财产的重大影响 部件名称 有毒有害物质或元素 铅 Pb 汞 Hg 镉 Cd 六价铬 Cr VI 多溴联苯 PBB 多溴二苯醚 PBDE 印刷线路板 电源 表示该有毒有害物质在该部件所有均质材料中的含量均在SJ T 11363 2006规定的限量要求以下 表示该有毒有害物质至少在该部件的某一均质材料中的含量超出SJ T 11363 2006规定的限量要求 产品中有毒有害物质或元素的名称及含量 ...

Page 24: ...OR SUPPORT SYSTEM F2 MC 16FX Family 16 BIT MICROCONTROLLER MB96610 series MB96610 Evaluation Board MB2198 761 01 E 02 E OPERATION MANUAL July 2012 the first edition Published FUJITSU SEMICONDUCTOR LIMITED Edited Sales Promotion Department ...

Page 25: ......

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