background image

5

5

4

4

3

3

2

2

1

1

D

D

C

C

B

B

A

A

M VERF

XT AL O

HW-RS T

PCM _ A[1 4 :0 ]

PCM _ D[7 :0 ]

PWM 1

PWM 0

CI_ IRQA_ N

CI_ CE _ N

CI_ WA IT _ N

CI_ RE G_ N

CI_ RE SET

PCM _ CD_ N

CI_ A9

RX O2 +

RX O2 -

RX O0 -

RX O1 -
RX O1 +

RX O0 +

RX OC-

RX O3 +

RX O3 -

RX OC+

CI_ D6

CI_ A7

CI_ A6

CI_ A5

CI_ A4

CI_ A3

CI_ A2

CI_ A1

CI_ A0

T S_ M OST ART 0

T S_ M OVAL 0

T S_ CL K

T S_ D7

T S_ D6

T S_ D5

T S_ D4

T S_ D3

T S_ D2

T S_ D1

T S_ D0

CI_ D3

CI_ D7

CI_ D0

CI_ D4

CI_ A8

XT AL I

CI_ D1

CI_ D5

CI_ D2

KEY0

FL ASH_ WP

PWM 0
PWM 1

UA RT -T X

UA RT -RX

IR_ SYNC

HW-RS T

CI_ A1 4

CI_ A1 3

CI_ A1 2

CI_ A1 1

T S_ M DI2

T S_ M DI7

T S_ M DI5

T S_ M DI6

T S_ M DI4
T S_ M DI3

T S_ M DI0

T S_ M DI1

T S1 _ ST ART

T S1 _ VL D

T S1 _ CK

T _ SCL

T _ SDA

# IF_ OUT

IF_ OUT

SPI-CSNI
SPI-S CK I
SPI-S DII
SPI-S DO I

KEY1

SDA

SCL

CI_ IO WR_ N

CI_ WE _ N

CI_ IO RD_ N

CI_ OE_ N

T S1 _ D0
T S1 _ D1

T S1 _ D7

T S1 _ D6

T S1 _ D5

T S1 _ D4

T S1 _ D3

T S1 _ D2

M VERF

I2 S_ OUT _ M CK

I2 S_ OUT _ SD

I2 S_ OUT _ BCK

L VA0 P
L VA0 N

L VA1 N

L VA1 P

L VA2 N

L VA2 P

L VACN

L VACP

L VA3 N

L VA3 P

L VB1 P
L VB1 N
L VB2 P
L VB2 N
L VBCP
L VBCN

L VB3 N

L VB3 P

L VB0 P
L VB0 N

L VB1 N
L VB1 P
L VB2 N
L VB2 P
L VBCN
L VBCP
L VB3 N
L VB3 P

L VB0 N
L VB0 P

CI_ A1 0

AUV RM

AUV RP
AUV AG

I2 S_ OUT _ SD

I2 S_ OUT _ M CK

I2 S_ OUT _ BCK

CV BS_ OUT

PCM _ A1 1

CI_ A8

CI_ A1 4

CI_ IO WR_ N

CI_ CE _ N

PCM _ A1 3

PCM _ CE _ N

CI_ OE_ N

PCM _ IO WR_ N

CI_ A1 1

PCM _ A8

PCM _ OE_ N

CI_ A1 3

PCM _ A1 4

M IUA_ A1 3

M IUA_ DQ 0
M IUA_ DQ 1

M IUA_ BA0
M IUA_ BA1

M IUA_ DQ 2

M IUA_ BA2

M IUA_ DQ 3
M IUA_ DQ 4
M IUA_ DQ 5
M IUA_ DQ 6
M IUA_ DQ 7

M IUA_ ODT

M IUA_ DQ 8
M IUA_ DQ 9
M IUA_ DQ 1 0
M IUA_ DQ 1 1
M IUA_ DQ 1 2
M IUA_ DQ 1 3
M IUA_ DQ 1 4
M IUA_ DQ 1 5

M IUA_ A[0 :1 3 ]

M IUA_ DQ [0 :1 5 ]

M IUA_ DQ S0
M IUA_ DQ S0 B
M IUA_ DQ S1
M IUA_ DQ S1 B

M IUA_ DQ M 0
M IUA_ DQ M 1

M IUA_ M CL K
M IUA_ M CL KZ
M IUA_ M CK E

M IUA_ A0
M IUA_ A1
M IUA_ A2
M IUA_ A3
M IUA_ A4
M IUA_ A5
M IUA_ A6
M IUA_ A7
M IUA_ A8
M IUA_ A9
M IUA_ A1 0
M IUA_ A1 1
M IUA_ A1 2

M IUA_ WE Z
M IUA_ RA SZ
M IUA_ CA SZ

M IUB_ A6
M IUB_ A7
M IUB_ A8
M IUB_ A9
M IUB_ A1 0
M IUB_ A1 1
M IUB_ A1 2
M IUB_ A1 3

M IUB_ DQ 0
M IUB_ DQ 1
M IUB_ DQ 2
M IUB_ DQ 3
M IUB_ DQ 4
M IUB_ DQ 5
M IUB_ DQ 6
M IUB_ DQ 7
M IUB_ DQ 8
M IUB_ DQ 9
M IUB_ DQ 1 0
M IUB_ DQ 1 1
M IUB_ DQ 1 2
M IUB_ DQ 1 3
M IUB_ DQ 1 4
M IUB_ DQ 1 5

M IUB_ DQ [0 :1 5 ]

M IUB_ A[0 :1 3 ]

M IUB_ WE Z
M IUB_ RA SZ
M IUB_ CA SZ
M IUB_ BA0
M IUB_ BA1
M IUB_ BA2
M IUB_ ODT

M IUB_ DQ S0
M IUB_ DQ S0 B
M IUB_ DQ S1
M IUB_ DQ S1 B

M IUB_ DQ M 0
M IUB_ DQ M 1

M IUB_ M CL K
M IUB_ M CL KZ
M IUB_ M CK E

M IUB_ A0
M IUB_ A1
M IUB_ A2
M IUB_ A3
M IUB_ A4
M IUB_ A5

SPI-S DI
SPI-S DO

SPI-CSN
SPI-S CK

DV DD_ NO DIE

T S_ M OCL K

T S_ M DO 4
T S_ M DO 5
T S_ M DO 6
T S_ M DO 7

T S_ M DO [7 :0 ]

T S_ M DO 0
T S_ M DO 1
T S_ M DO 2
T S_ M DO 3

T S_ M OST ART
T S_ M OVAL

CI_ A1 2

T S1 _ D6

T S1 _ D0

T S1 _ D1
T S1 _ D2

T S1 _ D3

T S1 _ CK
T S1 _ D4

T S_ D5

T S_ D6

T S_ D7

T S_ D0

CI_ D1

T S_ D2

CI_ D3

CI_ A7

T S_ M OVAL 0

T S_ M OST ART 0

T SCL K
T SVAL ID
T SST ART

T S1 _ ST ART

T S1 _ D5

PCM _ IRQA_ N

PCM _ OE_ N

PCM _ IO RD_ N

PCM _ CE _ N

PCM _ WA IT _ N

PCM _ RE G_ N

PCM _ RE SET

PCM _ IO WR_ N

PCM _ WE _ N

CI_ D6

CI_ D7

CI_ D0

CI_ D4

T S_ D1

T S_ D3

CI_ D2

PCM _ D0

T S_ M DO 1

PCM _ D2

PCM _ D4

T S_ M DO 3

PCM _ D6

PCM _ D7

T S_ CL K

CI_ A6

CI_ A5

CI_ A4
CI_ RE G_ N

CI_ A2

CI_ A1

CI_ A0

PCM _ A0

PCM _ A1

PCM _ A2

PCM _ RE G_ N

PCM _ A4

PCM _ A5

PCM _ A6

T S_ M OCL K

T S1 _ D7

CI_ RE SET

CI_ A9

T S_ M DI7

PCM _ A9

PCM _ RE SET

CI_ A1 0

CI_ WA IT _ N

CI_ IO RD_ N

PCM _ A1 0

PCM _ WA IT _ N

PCM _ A3

PCM _ IO RD_ N

T S_ M DO 5

T S_ M DO 6

T S_ M DO 7

T S_ M DO 0

PCM _ D1

T S_ M DO 2

PCM _ D3

T S_ M OVAL

T S_ M OST ART

T S_ M DI5

T SST ART

T S_ M DI2

PCM _ A1 2

T S_ M DI4

T S_ M DI3

T S_ M DI0

T S_ M DI1

CI_ A3

CI_ D5

PCM _ D5

PCM _ WE _ N

CI_ WE _ N

PCM _ IRQA_ N

CI_ IRQA_ N

T S1 _ VL D

T SVAL ID

ADC1

KEY0

ADC0

IR_ SYNC

SCL
SDA

UA RT -T X

IS P-T XD

UA RT -RX

IS P-RX D

FL ASH_ WP

SPI-CSN

SPI-S DI

SPI-S DO

SPI-S CK

RX E2 -

RX O2 -

RX E0 +

RX O1 -

RX E1 -

RX E3 +

RX O3 +

RX O0 +

RX E0 -

RX O0 -

RX E3 -

RX EC+

RX O3 -

RX OC+

RX EC-

RX OC-

RX O2 +

RX E2 +

RX E1 +

RX O1 +

L VB4 N
L VB4 P

RX O4 -
RX O4 +

L ED

SCL
SDA

T S_ M DI6

PCM _ A7

T S_ D4

T S_ M DO 4

L VB4 P
L VB4 N

L VA4 P
L VA4 N

RX E4 +

RX E4 -
RX O4 -

RX O4 +

RX E3 +

RX E3 -

L VA3 N
L VA3 P
L VA4 N
L VA4 P

RX E4 -
RX E4 +

L VA2 P

L VA1 P

L VACN

L VA2 N

L VACP

L VA1 N

RX EC-

RX E1 +

RX EC+

RX E2 -
RX E2 +

RX E1 -

RX E0 -
RX E0 +

L VA0 N
L VA0 P

SDA

SCL

L ED

L ED

ADC0
ADC1

KEY1

T SCL K

1 .8 VA

3 .3 VU

3 .3 VA

5 V_ T u n e r

5 V_ T u n e r

5 V_ T u n e r

1 .3 2 V

2 .5 VA

3 .3 VU

3 .3 VA

1 .8 VA

3 .3 VA

3 .3 VU

5 VS

3 .3 VU

3 .3 VA

3 .3 VA

3 .3 VU

VCC-Pa n e l

3 .3 VA

3 .3 VU

3 .3 VU

3 .3 VU

5 VS

PCM _ A[1 4 :0 ]

SCH6

PCM _ D[7 :0 ]

SCH6

PCM _ CD_ N

SCH6

SV-YIN

SCH8

PCM _ WA IT _ N

SCH6

PCM _ IRQA_ N

SCH6

RF_ AGC_ SEL

SCH5

ADJ-PWM

SCH2

HO T PL UG B

SCH7

AUO UT R0

SCH9

AUO UT L 0

SCH9

T S_ M DI[7 :0 ]

SCH6

T _ SDA SCH5
T _ SCL SCH5

RF_ AGC

SCH5

VIFP

SCH5

VIFM

SCH5

IF_ OUT

SCH5

# IF_ OUT

SCH5

IF_ AGC

SCH5

RG B0 _ RIN+

SCH8

RG B0 _ GIN-

SCH8

RG B0 _ BIN-

SCH8

RG B0 _ BIN+

SCH8

RG B0 _ GIN+

SCH8

RG B0 -SOG

SCH8

RG B0 _ RIN-

SCH8

RX BCL KN

SCH7

RX BCL KP

SCH7

RX B0 N

SCH7

RX B0 P

SCH7

RX B1 N

SCH7

RX B1 P

SCH7

RX B2 P

SCH7

RX B2 N

SCH7

DDCB SDA

SCH7

DDCB SCL

SCH7

RG B1 _ G-

SCH8

RG B1 _ G+

SCH8

RG B1 _ R+

SCH8

RG B1 _ R-

SCH8

RG B1 _ B+

SCH8

RG B1 _ B-

SCH8

RG B1 _ SOG

SCH8

US B_ DP

SCH8

US B_ DM

SCH8

DDCA SCL

SCH7

RX ACL KN

SCH7

RX ACL KP

SCH7

RX A0 N

SCH7

RX A0 P

SCH7

HO T PL UG A

SCH7

RX A1 N

SCH7

RX A1 P

SCH7

DDCA SDA

SCH7

RX A2 P

SCH7

RX A2 N

SCH7

VGA-Li n SCH8
VGA-Ri n

SCH8

AV1 -Li n SCH8
AV1 -Ri n

SCH8

CV BS_ OUT

SCH8

ON_ PANE L

SCH2

PWR-ON/OFF

SCH2

DV D_ ON/OFF

SCH2

M UT E-AM P SCH9

M IUA_ BA0

SCH4

M IUA_ BA1

SCH4

M IUA_ BA2

SCH4

M IUA_ ODT

SCH4

M IUA_ A[0 :1 3 ]

SCH4

M IUA_ DQ [0 :1 5 ]

SCH4

M IUA_ DQ S0

SCH4

M IUA_ DQ S0 B

SCH4

M IUA_ DQ S1

SCH4

M IUA_ DQ S1 B

SCH4

M IUA_ DQ M 0

SCH4

M IUA_ DQ M 1

SCH4

M IUA_ M CL K

SCH4

M IUA_ M CL KZ

SCH4

M IUA_ M CK E

SCH4

M IUA_ WE Z

SCH4

M IUA_ RA SZ

SCH4

M IUA_ CA SZ

SCH4

M IUB_ CA SZ

SCH4

M IUB_ BA0

SCH4

M IUB_ DQ [0 :1 5 ]

SCH4

M IUB_ BA1

SCH4

M IUB_ DQ S0

SCH4

M IUB_ BA2

SCH4

M IUB_ ODT

SCH4

M IUB_ DQ S0 B

SCH4

M IUB_ DQ S1

SCH4

M IUB_ DQ S1 B

SCH4

M IUB_ DQ M 0

SCH4

M IUB_ DQ M 1

SCH4

M IUB_ A[0 :1 3 ]

SCH4

M IUB_ M CL K

SCH4

M IUB_ M CL KZ

SCH4

M IUB_ M CK E

SCH4

M IUB_ WE Z

SCH4

M IUB_ RA SZ

SCH4

ON_ PBACK

SCH2

SC1 _ FB

SCH8

VGA_ VSYNC

SCH8

VGA_ HS YNC

SCH8

T S_ M DO [7 :0 ]

SCH6

T S_ M OCL K SCH6
T S_ M OST ART SCH6
T S_ M OVAL SCH6

T SST ART SCH6

T SCL K SCH6
T SVAL ID

SCH6

PCM _ IRQA_ N

SCH6

PCM _ IO RD_ N

SCH6

PCM _ OE_ N

SCH6

PCM _ CE _ N

SCH6

PCM _ RE SET

SCH6

PCM _ WA IT _ N

SCH6

PCM _ RE G_ N

SCH6

PCM _ WE _ N

SCH6

PCM _ IO WR_ N

SCH6

SC1 _ FS

SCH8

HDM I-CEC

SCH7

US B1 _ DP

SCH8

US B1 _ DM

SCH8

ST B_ AM P SCH9

AUO UT L 1

SCH8

AUO UT R1

SCH8

RG B2 _ R-

SCH8

RG B2 _ R+

SCH8

RG B2 _ G-

SCH8

RG B2 _ G+

SCH8

RG B2 _ B-

SCH8

RG B2 _ B+

SCH8

RG B2 _ SOG

SCH8

AV2 -Vi n + SCH8

DV D-L i n

SCH8

DV D-Ri n

SCH8

HD-Li n

SCH8

HD-Ri n

SCH8

SIFP

SCH5

SIFM SCH5

SIF_ CT L

SCH5

IS P-RX D

SCH8

IS P-T XD SCH8

T UNER-A NT

SCH5

DV D_ IR

SCH8

PCM _ PWR_ CT L

SCH6

SPDIFO

SCH8

DV D_ T X SCH8

SV-CIN

SCH8

AV1 -Vi n + SCH8

SCL

SDA

DDCCSCL

SCH7

RX CCL KN

SCH7

RX CCL KP

SCH7

RX C0 N

SCH7

RX C0 P

SCH7

HO T PL UG C

SCH7

RX C1 N

SCH7

RX C1 P

SCH7

DDCCSDA

SCH7

RX C2 P

SCH7

RX C2 N

SCH7

AV3 -Vi n + SCH8

DV D_ RX

SCH8

PH-IN-S W

SCH9

T i tl e

Si ze

Do cu m e n t  Nu m b e r

Re v

Da te :

Sh e e t

o f

MSD309 V7.0-A

<02:msd309px>

深圳市鼎科实业有限公司

Cu sto m

3

9

Fri d a y, Ju l y 1 6 ,  2 0 1 0

T i tl e

Si ze

Do cu m e n t  Nu m b e r

Re v

Da te :

Sh e e t

o f

MSD309 V7.0-A

<02:msd309px>

深圳市鼎科实业有限公司

Cu sto m

3

9

Fri d a y, Ju l y 1 6 ,  2 0 1 0

T i tl e

Si ze

Do cu m e n t  Nu m b e r

Re v

Da te :

Sh e e t

o f

MSD309 V7.0-A

<02:msd309px>

深圳市鼎科实业有限公司

Cu sto m

3

9

Fri d a y, Ju l y 1 6 ,  2 0 1 0

close to MSD309PX

LVDS CONNECTOR

RESET

DEBUG PORT

KEYBOARD

Mode Selection

MSD309PX

LED

PCMCIA IO

close to MSD309PX

close to MSD309PX

TS to CI

TS back from CI

close to MSD309PX

SERIAL FLASH

EEPROM

0R

C8 6
1 n

C8 6
1 n

1

1

2

2

3

3

4

4

5

5

6

6

CN5

CO N6 -DIP/2 .0 M M

CO N6 /2 .0 /W

CN5

CO N6 -DIP/2 .0 M M

CO N6 /2 .0 /W

C6 1
1 5 0 p F

C6 1
1 5 0 p F

R7 8

4 .7 K

R7 8

4 .7 K

R5 9

2 2 R

R5 9

2 2 R

1
2
3
4

8
7
6
5

RN1
2 2 R

RN1
2 2 R

R6 7

2 2 R

R6 7

2 2 R

1

2

CN3

CO N2 -DIP/2 .0 M M

CN3

CO N2 -DIP/2 .0 M M

R5 5

4 .7 K

R5 5

4 .7 K

C5 8

NC

C5 8

NC

PADA_OUTN_CH[6](PAD_R_ODD[6])

AC25

PADA_OUTP_CH[6](PAD_R_ODD[7])

AC24

PADA_OUTN_CH[7](PAD_R_ODD[4])

AD25

PADA_OUTP_CH[7](PAD_R_ODD[5])

AD24

PADA_OUTN_CH[8](PAD_R_ODD[2])

AC23

PADA_OUTP_CH[8](PAD_R_ODD[3])

AE24

PADA_OUTN_CH[10](PAD_G_ODD[6])

AC22

PADA_OUTP_CH[10](PAD_G_ODD[7])

AE22

PADA_OUTN_CH[9](PAD_R_ODD[0])

AD23

PADA_OUTP_CH[9](PAD_R_ODD[1])

AE23

PADA_OUTN_CH[11](PAD_G_ODD[4])

AD22

PADA_OUTP_CH[11](PAD_G_ODD[5])

AC21

PADA_OUTN_CH[12](PAD_G_ODD[2])

AD21

PADA_OUTP_CH[12](PAD_G_ODD[3])

AC20

PADA_OUTN_CH[13](PAD_G_ODD[0])

AD20

PADA_OUTP_CH[13](PAD_G_ODD[1])

AE20

PADA_OUTN_CH[14](PAD_B_ODD[6])

AC19

PADA_OUTP_CH[14](PAD_B_ODD[7])

AE19

PADA_OUTN_CH[15](PAD_B_ODD[4])

AD19

PADA_OUTP_CH[15](PAD_B_ODD[5])

AC18

PADA_OUTN_CH[16](PAD_B_ODD[2])

AD18

PADA_OUTP_CH[16](PAD_B_ODD[3])

AC17

PADA_OUTN_CH[17](PAD_B_ODD[0])

AD17

PADA_OUTP_CH[17](PAD_B_ODD[1])

AE17

PAD_PWM0

AB25

PAD_PWM1

AB24

PAD_PWM2

E6

PAD_PWM3

D6

PAD_SAR0

J5

PAD_SAR1

G4

PAD_SPI_CK

A2

PAD_SPI_DI

B3

PAD_SPI_DO

A3

DDCA_CK

P6

DDCA_DA

N6

PAD_DDCR_CK

AA23

PAD_DDCR_DA

AA24

PAD_TESTPIN

E11

PAD_GPIO1(AMP_RST)

C7

PAD_GPIO2(INV_CTL)

F4

PAD_GPIO3(PANEL_CTL)

E4

PAD_GPIO4(USB_CTL)

C3

PAD_GPIO_PM0(5V_HDMI_3)

AB8

PAD_GPIO_PM4(POWER_ON_OFF)

C5

PAD_GPIO_PM11(DSUB_DET)

L5

PAD_GPIO_PM6(BOOT_FLASH_CS)

C4

PAD_SPI_CZ(BACKUP_FLASH_CS)

A4

PAD_GPIO_PM8(FLASH_WP)

B2

PAD_IRIN

G5

PAD_XTAL_IN

AD1

PAD_XTAL_OUT

AE2

PAD_RESET

E5

PAD_GND_EFUSE

F11

PAD_TCON0

AA10

PAD_TCON4

AA9

PAD_TCON1(SC1_RE1)

T5

PAD_TCON3(TUNER_RESET)

AB7

PAD_TCON10(HP_DET)

Y8

PAD_DP_P0

C2

PAD_DM_P0

B1

PAD_TCON9(COMP_DET)

R6

PAD_TCON11(HP_MUTE)

Y9

PAD_TCON2(FE_ANT5V_MONITOR)

AB10

PAD_TCON5(SC1_MUTE)

V5

PAD_GPIO_PM12(EDID_WP)

M6

PAD_GPIO_PM5(5V_HDMI_2)

K4

PAD_GPIO5(ERROR_OUT)

D4

PAD_GPIO_PM1(5V_HDMI_1)

H5

PAD_SAR2(POWER_DET)

B4

PAD_GPIO0(NTP_MUTE)

A7

PAD_GPIO12(AMD_SCL)

F6

PAD_GPIO13(AMP_SDA)

F5

PAD_TCON15(SC1_DET)

T4

PAD_TCON7(SIDE_AV_DET)

AA8

PAD_TCON6(PCM_5V_CTL)

AC11

PAD_SAR3

AA7

PAD_DP_P1

AD11

PAD_DM_P1

AE11

P W M

S A R

S P I

U A R T /I 2 C S

I 2 C M

G P I O

L V D S

G P I O _P M

I R

X T A L

R ESET

G PI O _T C O N

U SB

U7 D

M SD3 0 9 PX

P W M

S A R

S P I

U A R T /I 2 C S

I 2 C M

G P I O

L V D S

G P I O _P M

I R

X T A L

R ESET

G PI O _T C O N

U SB

U7 D

M SD3 0 9 PX

C6 2

0 .1 u _ X

C6 2

0 .1 u _ X

R9 9

NC/1 0 K

R9 9

NC/1 0 K

R8 5

1 0 k

R8 5

1 0 k

C5 7
2 .2 u

C5 7
2 .2 u

1

3

2

Q9
3 9 0 6

Q9
3 9 0 6

R5 3

6 8 R

R5 3

6 8 R

C8 2
0 .1 u

C8 2
0 .1 u

R4 9

2 .2 K

R4 9

2 .2 K

C6 0

0 .1 u _ X

C6 0

0 .1 u _ X

C8 0

1 0 0 p F

C8 0

1 0 0 p F

R5 4

4 .7 K

R5 4

4 .7 K

1
2
3
4

8
7
6
5

RN1 5
0 R

RN1 5
0 R

C7 7
3 9 P

C7 7
3 9 P

R6 3
1 0 0 K

R6 3
1 0 0 K

R6 4

2 2 R

R6 4

2 2 R

L 9

FB 2 2 0 /1 0 0 m A

L 9

FB 2 2 0 /1 0 0 m A

1
2
3
4

8
7
6
5

RN6
2 2 R

RN6
2 2 R

R8 0

1 0 0 K

R8 0

1 0 0 K

R4 8

2 .2 K

R4 8

2 .2 K

A0

1

A1

2

A2

3

GND

4

SDA

5

SCL

6

WP

7

VCC

8

U9

2 4 C3 2 /NC

U9

2 4 C3 2 /NC

1
2
3
4

8
7
6
5

RN2
2 2 R

RN2
2 2 R

R7 6
1 0 k

R7 6
1 0 k

L 1 0

1 2 0 n H

L 1 0

1 2 0 n H

1
2
3
4

8
7
6
5

RN9
2 2 R

RN9
2 2 R

R7 3

1 0 K/NC

R7 3

1 0 K/NC

1
2
3
4

8
7
6
5

RN1 0
2 2 R

RN1 0
2 2 R

R6 0

2 2 R

R6 0

2 2 R

1

2

D4
ESD-0 4 0 2

D4
ESD-0 4 0 2

PAD_PCM_D[0]

W21

PAD_PCM_D[1]

U21

PAD_PCM_D[2]

U19

PAD_PCM_D[3]

AD12

PAD_PCM_D[4]

AC12

PAD_PCM_D[5]

AD13

PAD_PCM_D[6]

Y12

PAD_PCM_D[7]

AA11

PAD_PCM_A[0]

Y24

PAD_PCM_A[1]

Y22

PAD_PCM_A[2]

AB22

PAD_PCM_A[3]

AA22

PAD_PCM_A[4]

AA20

PAD_PCM_A[5]

Y21

PAD_PCM_A[6]

AA18

PAD_PCM_A[12]

AA17

PAD_PCM_A[8]

AA16

PAD_PCM_A[9]

AA14

PAD_PCM_A[11]

Y15

PAD_PCM_A[13]

AA15

PAD_PCM_A[10]

AA12

PAD_PCM_A[7]

AA19

PAD_TS1_CLK

Y18

PAD_TS1_SYNC

AB16

PAD_TS1_VLD

AE16

PAD_TS1_D[0]

Y16

PAD_TS1_D[1]

AD14

PAD_TS1_D[2]

AD15

PAD_TS1_D[3]

AC15

PAD_TS1_D[4]

AC16

PAD_TS1_D[5]

Y17

PAD_TS1_D[6]

AB17

PAD_TS1_D[7]

AB19

PAD_TS0_CLK

Y19

PAD_TS0_SYNC

W20

PAD_TS0_VLD

Y23

PAD_TS0_D[0]

U20

PAD_TS0_D[1]

V20

PAD_TS0_D[2]

R19

PAD_TS0_D[3]

AE13

PAD_TS0_D[4]

AC13

PAD_TS0_D[5]

Y11

PAD_TS0_D[6]

AB11

PAD_TS0_D[7]

AB13

PAD_IP

AA3

PAD_IM

AA2

PAD_QP

Y3

PAD_QM

Y2

PAD_TGPIO0(RF_AGC_CTRL)

AC4

PAD_TGPIO1(DEMOD_RESET)

AD2

PAD_TGPIO2(TUNER_SCL)

AD4

PAD_TGPIO3(TUNER_SDA)

AE4

PAD_IFAGC

AD3

PAD_VIFP

AB1

PAD_VIFM

AA1

PAD_RFAGC_TAGC

AE3

PAD_SIFM

AB3

PAD_SIFP

AB2

PAD_PCM_RESET

Y20

PAD_PCM_A[14]

AE14

PAD_PCM_IRQA_N

AD16

PAD_PCM_OE_N

Y13

PAD_PCM_IORD_N

Y14

PAD_PCM_CE_N

AA13

PAD_PCM_WE_N

AC14

PAD_PCM_CD_N

AB23

PAD_PCM_WAIT_N

AB20

PAD_PCM_IOWR_ N

AB14

PAD-PCM_REG_N

AA21

PAD_PF_ALE

T21

PAD_PF_AD[15]

T19

PAD_PF_CE0Z

P21

PAD_PF_CE1Z

P20

PAD_PF_OEZ

R20

PAD_PF_WEZ

T20

PAD_F_RBZ

P19

PAD_PCM2_CE_N

Y25

T S1

T S0

PC M C I A

N A N D   F L A SH

F R O N T   EN D

U7 B

M SD3 0 9 PX

T S1

T S0

PC M C I A

N A N D   F L A SH

F R O N T   EN D

U7 B

M SD3 0 9 PX

C7 4
1 0 0 n F

C7 4
1 0 0 n F

R4 7

1 0 0 R

R4 7

1 0 0 R

C5 9
NC

C5 9
NC

3

1

2

D5
BAV9 9

D5
BAV9 9

C8 5
2 .2 u

C8 5
2 .2 u

R5 7

2 2 R

R5 7

2 2 R

C6 9

4 7 n

C6 9

4 7 n

C5 6
2 .2 u

C5 6
2 .2 u

R5 8

2 2 R

R5 8

2 2 R

1

2

D3
ESD-0 4 0 2

D3
ESD-0 4 0 2

HOLD

1

VCC

2

NC1

3

NC2

4

NC3

5

NC4

6

SO16-CS

7

DO

8

WP/Vpp

9

VSS

10

NC5

11

NC6

12

NC7

13

NC8

14

DI

15

CLK

16

S

OP

8-CS

17

S

OP

8-DO

18

S

OP

8-W

P

/V

pp

19

V

S

S

20

S

OP

8-DI

21

S

OP

8-CLK

22

S

OP

8-HO

LD

23

S

OP

8-V

CC

24

SOIC8
208mil

U8

M X2 5 L 3 2 0 5 DM 2 I-1 2 G

SOIC8
208mil

U8

M X2 5 L 3 2 0 5 DM 2 I-1 2 G

R4 2

0 R

R4 2

0 R

R5 0
1 K

R5 0
1 K

C8 4

0 .1 u

C8 4

0 .1 u

C8 3

1 0 0 n F

C8 3

1 0 0 n F

1

2

3

4

CN6

CO N4 -2.0 m m

De b u g    Po rt

CN6

CO N4 -2.0 m m

De b u g    Po rt

R8

6

1

0

K

R8

6

1

0

K

R8 1

1 0 K

R8 1

1 0 K

1
2
3
4

8
7
6
5

RN4
2 2 R

RN4
2 2 R

1
2
3
4

8
7
6
5

RN3
2 2 R

RN3
2 2 R

T P8

T P8

R7 7
1 0 k

R7 7
1 0 k

C6 3
0 .1 u

C6 3
0 .1 u

R7 2

1 0 K/NC

R7 2

1 0 K/NC

C6 7

2 2 PF/NC C6 7

2 2 PF/NC

R6 5

2 2 R

R6 5

2 2 R

R9 3

1 0 K

R9 3

1 0 K

R8 2

NC/1 0 K

R8 2

NC/1 0 K

R9 0

1 0 K

R9 0

1 0 K

C7 3
2 2 p F/NC

C7 3
2 2 p F/NC

R7 5

3 3 0

R7 5

3 3 0

R8 7

4 .7 K

R8 7

4 .7 K

R6 8

4 .7 K

R6 8

4 .7 K

R9 4

1 0 K

R9 4

1 0 K

R7 4

3 3 0

R7 4

3 3 0

1
2
3
4

8
7
6
5

RN1 8
0 R

RN1 8
0 R

C6 6

4 7 n

C6 6

4 7 n

T P1 0

T P1 0

T P1 1

T P1 1

PAD_LINEIN_L0

R4

PAD_LINEIN_R0

R5

PAD_LINEIN_L1

T6

PAD_LINEIN_R1

U6

PAD_LINEIN_L2

V6

PAD_LINEIN_R2

U5

PAD_LINEIN_L5

AD6

PAD_LINEIN_R5

AC6

PAD_RX0N_A

G2

PAD_RX0P_A

H3

PAD_RX1N_A

H2

PAD_RX1P_A

J3

PAD_RX2N_A

J2

PAD_RX2P_A

J1

PAD_RXCN_A

G3

PAD_RXCP_A

G1

DDCDA_CK

M4

DDCDA_DA

M5

PAD_HOTPLUGA

K6

PAD_RX0N_B

D2

PAD_RX0P_B

E3

PAD_RX1N_B

E2

PAD_RX1P_B

F3

PAD_RX2N_B

F2

PAD_RX2P_B

F1

PAD_RXCN_B

D3

PAD_RXCP_B

D1

DDCDB_CK

J6

DDCDB_DA

L6

HOTPLUGB

J4

PAD_RX0N_C

AC8

PAD_RX0P_C

AD9

PAD_RX1N_C

AC9

PAD_RX1P_C

AD10

PAD_RX2N_C

AE10

PAD_RX2P_C

AC10

PAD_RXCN_C

AE8

PAD_RXCP_C

AD8

DDCDC_CK

AE7

DDCDC_DA

AD7

PAD_HOTPLUGC

AC7

PAD_CEC

K5

PAD_LINEOUT_L0

V1

PAD_LINEOUT_R0

V2

PAD_EARPHONE_OUTL

AD5

PAD_EARPHONE_OUTR

AE5

PAD_VRP

AB4

PAD_VAG

AB5

AVSS_VRM_ADC_DAC

AC3

PAD_I2S_OUT_MCK

A6

PAD_I2S_OUT_SD

B5

PAD_I2S_OUT_WS

B6

PAD_I2S_IN_BCK(USB_OCD)

C1

PAD_I2S_IN_SD(LED_ON)

H6

PAD_I2S_IN_WS(WARM_LED_ON)

G6

PAD_SPDIF_OUT

P5

PAD_I2S_OUT_BCK

C6

PAD_LINEOUT_L3

AA6

PAD_LINEOUT_R3

Y5

H D M I

A U D I O

I 2 S

S P D I F

U7 C

M SD3 0 9 PX

H D M I

A U D I O

I 2 S

S P D I F

U7 C

M SD3 0 9 PX

C7 8
3 3 p F

C7 8
3 3 p F

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

26

24

22

28
30

21
23
25
27
29
31

32

33

34

CN4

3 4 Pi n -PDIP/2 .0 M M _ L VDS

CN4

3 4 Pi n -PDIP/2 .0 M M _ L VDS

L 1 2

FB /1 2 0 o h m /0 .2 A

L 1 2

FB /1 2 0 o h m /0 .2 A

R4 3
1 0 k

R4 3
1 0 k

AVDD_DDRA

F18

AVDD_DDRB

J16

AVDD_DVI

E9

AVDD_DVI

E10

VDDC1.2V

E22

VDDC1.2V

F22

VDDC1.2V

E21

AVDD2P5_ADC

M9

AVDD_AU25

R9

AVDD_AU33

K9

AVDD_EAR33

J9

AVDD25_REF

N8

AVDD25_PGA

T8

AVDD_DDRA

E17

AVDD_DDRB

G16

VDDP

E19

AVDD25_MOD

P8

AVDD_DDRA

E18

AVDD_DDRB

H16

AVDD_DDRA

F17

AVDD_DDRB

H17

AVDD25_MOD

P9

AVDD1P2

J21

VDDP

F19

AVDD2P5_ADC

M8

DVDD_MIUA

H20

DVDD_MIUB

J20

AVDD_LPLL_MEMPLL

G18

AVSS_PGA

U8

AVDD_DDRA

G17

AVDD_DDRB

J17

VDDC1.2V

F21

VDDC1.2V

G21

VDDC1.2V

H21

VDDC1.2V

E20

VDDC1.2V

F20

VDDC1.2V

G20

VDDC1.2V

G22

AVDD25_REF

N9

DVDD_NODIE

L10

AVDD_DVI

F9

AVDD_DVI

F10

AVDD_DVI

G9

AVDD_DMPLL

G10

AVDD3P3_ADC

H9

AVDD3P3_ADC

H10

GND

V7

GND

W7

GND

V8

GND

W8

GND

V9

GND

W9

GND

J10

GND

K10

GND

M10

GND

N10

GND

P10

GND

R10

GND

T10

GND

U10

GND

V10

GND

W10

GND

D11

GND

G11

GND

H11

GND

J11

GND

K11

GND

L11

GND

M11

GND

N11

GND

P11

GND

R11

GND

T11

GND

U11

GND

V11

GND

W11

GND

D12

GND

E12

GND

F12

GND

G12

GND

H12

GND

J12

GND

K12

GND

L12

GND

M12

GND

N12

GND

P12

GND

R12

GND

T12

GND

U12

GND

V12

GND

W12

GND

D13

GND

E13

GND

F13

GND

H13

GND

J13

GND

K13

GND

L13

GND

M13

GND

N13

GND

P13

GND

R13

GND

T13

GND

U13

GND

D14

GND

E14

GND

F14

GND

G14

GND

H14

GND

J14

GND

K14

GND

L14

GND

M14

GND

N14

GND

P14

GND

R14

GND

T14

GND

U14

GND

D15

GND

E15

GND

F15

GND

G15

GND

H15

GND

J15

GND

K15

GND

L15

GND

M15

GND

N15

GND

P15

GND

R15

GND

T15

GND

U15

GND

D16

GND

E16

GND

F16

GND

K16

GND

L16

GND

M16

GND

N16

GND

P16

GND

R16

GND

T16

GND

U16

GND

K17

GND

L17

GND

M17

GND

N17

GND

P17

GND

R17

GND

T17

GND

U17

GND

K18

GND

L18

GND

M18

GND

N18

GND

P18

GND

R18

GND

T18

GND

U18

GND

K19

GND

L19

GND

M19

GND

N19

GND

N20

GND

M20

GND

L20

GND

K20

GND

N21

GND

M21

GND

L21

GND

K21

GND

N22

GND

M22

GND

L22

GND

K22

GND

J22

GND

H22

GND

Y10

GND

AC2

GND

AE1

U7 F

M SD3 0 9 PX

U7 F

M SD3 0 9 PX

C6 8
4 7 n

C6 8
4 7 n

R6 9

1 K

R6 9

1 K

1
2
3
4

8
7
6
5

RN1 3
0 R

RN1 3
0 R

PADA_BIN0M

K1

PADA_GIN0P

L3

PADA_GIN0M

L2

PADA_SOGIN0

K2

PADA_RIN0M

M2

PAD_HSYNC0

N4

PAD_VSYNC0

N5

PADA_BIN1M

N3

PADA_GIN1P

N2

PADA_SOGIN1

N1

PADA_RIN1M

R3

PAD_HSYNC1

W6

PAD_VSYNC1

Y6

PADA_BIN2M

R1

PADA_GIN2M

T2

PADA_RIN2M

U2

PADA_SOGIN2

T3

PAD_HSYNC2

V4

PADA_RIN0P

M3

PADA_BIN0P

K3

PADA_RIN1P

P2

PADA_GIN1M

P3

PADA_BIN1P

M1

PADA_RIN2P

U3

PADA_GIN2P

T1

PADA_BIN2P

R2

PADA_CVBS0

AC5

PADA_CVBS4

W2

PADA_CVBS5

W3

PADA_CVBS_OUT1

V3

PADA_VCOM

W1

PADA_CVBS1

W4

PADA_CVBS2

W5

PADA_CVBS_OUT2

AA4

PADA_CVBS3

AA5

R G B

C V B S

U7 E

M SD3 0 9 PX

R G B

C V B S

U7 E

M SD3 0 9 PX

C7 5

2 .2 u

C7 5

2 .2 u

1
2
3
4

8
7
6
5

RN7
2 2 R

RN7
2 2 R

C8 1

1 0 0 p F

C8 1

1 0 0 p F

1

2

3

Y1

2 4 M HZ

Y1

2 4 M HZ

R9 1

NC/1 0 K

R9 1

NC/1 0 K

C6 4

0 .1 u

C6 4

0 .1 u

T P9

T P9

R8 8
4 .7 K

R8 8
4 .7 K

C7 2

2 2 PF/NC C7 2

2 2 PF/NC

1
2
3
4

8
7
6
5

RN1 2
2 2 R

RN1 2
2 2 R

1
2
3
4

8
7
6
5

RN1 7
0 R

RN1 7
0 R

R8

3

1

0

K

R8

3

1

0

K

R5 2 1 0 k

R5 2 1 0 k

1
2
3
4

8
7
6
5

RN8
2 2 R

RN8
2 2 R

R5 6

2 2 R

R5 6

2 2 R

R9 8

1 0 K

R9 8

1 0 K

R6 6

2 2 R

R6 6

2 2 R

L 1 1

FB /1 2 0 o h m /0 .2 A

L 1 1

FB /1 2 0 o h m /0 .2 A

1

2

D2
ESD-0 4 0 2

D2
ESD-0 4 0 2

R7 0
1 M

R7 0
1 M

C6 5

0 .1 u

C6 5

0 .1 u

R5 1

1 0 K

R5 1

1 0 K

R6 2
1 0 0 K/NC

R6 2
1 0 0 K/NC

C7 0

0 .1 u

C7 0

0 .1 u

R4 6

1 K/NC

R4 6

1 K/NC

T P2 8

T P2 8

1
2
3
4

8
7
6
5

RN1 4
0 R

RN1 4
0 R

C7 6

3 3 p F

C7 6

3 3 p F

R7 1

0 R

R7 1

0 R

R4 4

0 R

R4 4

0 R

R4 5

1 0 0 R

R4 5

1 0 0 R

R9 5

NC/1 0 K

R9 5

NC/1 0 K

1
2
3
4

8
7
6
5

RN1 1
2 2 R

RN1 1
2 2 R

R9 6

2 2 R

R9 6

2 2 R

T P3 0

T P3 0

R9 7

1 0 0 R

R9 7

1 0 0 R

R7 9

4 .7 K

R7 9

4 .7 K

C7 1
1 0 0 n F_ X

C7 1
1 0 0 n F_ X

1
2
3
4

8
7
6
5

RN1 6
0 R

RN1 6
0 R

T P2 3

T P2 3

C7 9

1 u F C7 9

1 u F

R6 1

2 2 R

R6 1

2 2 R

1
2
3
4

8
7
6
5

RN5
2 2 R

RN5
2 2 R

PAD_IO[8](A_A0)

C10

PAD_IO[41](A_A1)

A22

PAD_IO[5](A_A2)

A9

PAD_IO[44](A_A3)

B23

PAD_IO[3](A_A4)

B9

PAD_IO[43](A_A5)

A23

PAD_IO[6](A_A6)

C9

PAD_IO[45](A_A7)

C23

PAD_IO[4](A_A8)

B8

PAD_IO[46](A_A9)

A24

PAD_IO[42](A_A10)

B22

PAD_IO[2](A_A11)

C8

PAD_IO[35](A_A12)

B24

PAD_IO[14](A_DQ0)

C13

PAD_IO[32(A_DQ1)

A19

PAD_IO[15](A_DQ2)

A12

PAD_IO[33](A_DQ3)

B19

PAD_IO[34](A_DQ4)

C20

PAD_IO[13](A_DQ5)

B12

PAD_IO[31](A_DQ6]

C19

PAD_IO[17](A_DQ7)

A13

PAD_IO[18](A_DQ8)

B14

PAD_IO[29](A_DQ9)

C18

PAD_IO[19](A_DQ10)

C14

PAD_IO[30](A_DQ11)

A18

PAD_IO[28](A_DQ12)

B18

PAD_IO[16](A_DQ13)

B13

PAD_IO[27](A_DQ14)

B17

PAD_IO[20](A_DQ15)

C15

PAD_IO[23](A_DQS0)

A16

PAD_IO[24](A_DQS0B)

C16

PAD_IO[21](A_DQS1)

A15

PAD_IO[22](A_DQS1B)

B15

MVREF

D22

PAD_IO[26](A_DQM0)

B16

PAD_IO[25](A_DQM1)

C17

PAD_IO[12](A_MCLK)

C12

PAD_IO[10](A_MCLKZ)

B11

PAD_IO[37](A_CKE)

C21

PAD_IO[36](A_WEZ)

B20

PAD_IO[9](A_RASZ)

B10

PAD_IO[7](A_CASZ)

A10

PAD_IO[39](A_BA0)

A21

PAD_IO[38](A_BA1)

B21

PAD_IO[40](A_BA2)

C22

PAD_IO[11](A_ODT)

C11

PAD_IO[55](B_A0)

E23

PAD_IO[88](B_A1)

U24

PAD_IO[52](B_A2)

D24

PAD_IO[91](B_A3)

V25

PAD_IO[50](B_A4)

D25

PAD_IO[90](B_A5)

V24

PAD_IO[53](B_A6)

D23

PAD_IO[92](B_A7)

W25

PAD_IO[51](B_A8)

C25

PAD_IO[93](B_A9)

W24

PAD_IO[89](B_A10)

V23

PAD_IO[49](B_A11)

C24

PAD_IO[82](B_A12)

W23

PAD_IO[61](B_DQ0)

H23

PAD_IO[79](B_DQ1)

P24

PAD_IO[62](B_DQ2)

G24

PAD_IO[80](B_DQ3)

R23

PAD_IO[81](B_DQ4)

R24

PAD_IO[60](B_DQ5)

G25

PAD_IO[78](B_DQ6)

P23

PAD_IO[64](B_DQ7)

H24

PAD_IO[65](B_DQ8)

J25

PAD_IO[76](B_DQ9)

N23

PAD_IO[66](B_DQ10)

J24

PAD_IO[77](B_DQ11)

N24

PAD_IO[75](B_DQ12)

N25

PAD_IO[63](B_DQ13)

J23

PAD_IO[74](B_DQ14)

M25

PAD_IO[67](B_DQ15)

K23

PAD_IO[70](B_DQS0)

L24

PAD_IO[71](B_DQS0B)

L23

PAD_IO[68](B_DQS1)

K24

PAD_IO[69](B_DQS1B)

K25

PAD_IO[73](B_DQM0)

M23

PAD_IO[72](B_DQM1)

M24

PAD_IO[59](B_MCLK)

G23

PAD_IO[57](B_MCLKZ)

F25

PAD_IO[84](B_CKE)

T23

PAD_IO[83](B_WEZ)

R25

PAD_IO[56](B_RASZ)

F23

PAD_IO[54](B_CASZ)

E24

PAD_IO[86](B_BA0)

T24

PAD_IO[85](B_BA1)

T25

PAD_IO[87](B_BA2)

U23

PAD_IO[58](B_ODT)

F24

PAD_IO[0](A_A13)

B7

PAD_IO[47](B_A13)

B25

M I U A

M I U B

U7 A

M SD3 0 9 PX

M I U A

M I U B

U7 A

M SD3 0 9 PX

R8 4

NC/1 0 K

R8 4

NC/1 0 K

R9 2

2 2 R

R9 2

2 2 R

R1 0 0
1 0 0 K

R1 0 0
1 0 0 K

R8 9
1 0 K

R8 9
1 0 K

1
2
3
4
5
6
7

SHIEL D-8 0 X1

CO N7
SHIEL D-8 0 X1

CO N7

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Содержание STV-24LEDGR7

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Страница 8: ...ESET LOW GPIO_AB24 S2 MODER CONTOL LED STATE PM6 GPIO_AC4 RF_AGC switch o RF AGC control At the DVB Please set hight ATV set low for RF AGC DVD TXD O communications I control ANT POWER ANT POWER 0 Low Off 1 HIGT ON GPIO_K4 GPIO_AC11 GPIO_AB7 O AMP STB Control amp STBl DIGITAL AUDIO OUT PUT GPIO_P5 SPDIF O GPIO_T4 SEL_DVD YPBPR O I DVD RXD DVD communications GPIO_E6 SYSTEM POWER System PWR ON O 0 T...

Страница 9: ...P 2 0MM CON8 2 0 W CN2 CON8 DIP 2 0MM CON8 2 0 W C221 2 2uF C0805 C221 2 2uF C0805 R3 12R R0402 R3 12R R0402 C22 0 1u C0402 C22 0 1u C0402 R18 10K 0402 5 R0402 R18 10K 0402 5 R0402 R28 1K R0402 R28 1K R0402 C1 100nF X7R C0402 C1 100nF X7R C0402 R37 2k R0402 R37 2k R0402 C12 100nF C0402 C12 100nF C0402 C32 0 1u C0402 C32 0 1u C0402 R31 10K R0402 R31 10K R0402 R5 100K R0402 R5 100K R0402 C9 100nF C0...

Страница 10: ...R80 100K R80 100K R48 2 2K R48 2 2K A0 1 A1 2 A2 3 GND 4 SDA 5 SCL 6 WP 7 VCC 8 U9 24C32 NC U9 24C32 NC 1 2 3 4 8 7 6 5 RN2 22R RN2 22R R76 10k R76 10k L10 120nH L10 120nH 1 2 3 4 8 7 6 5 RN9 22R RN9 22R R73 10K NC R73 10K NC 1 2 3 4 8 7 6 5 RN10 22R RN10 22R R60 22R R60 22R 1 2 D4 ESD 0402 D4 ESD 0402 PAD_PCM_D 0 W21 PAD_PCM_D 1 U21 PAD_PCM_D 2 U19 PAD_PCM_D 3 AD12 PAD_PCM_D 4 AC12 PAD_PCM_D 5 AD...

Страница 11: ...RPS0402 1 2 3 4 8 7 6 5 RN33 22R RP0402 RN33 22R RP0402 R108 100R R0402 R108 100R R0402 1 2 3 4 8 7 6 5 RN34 22R RPS0402 RN34 22R RPS0402 1 2 3 4 8 7 6 5 RN37 75R RPS0402 RN37 75R RPS0402 Vdd A1 NC A2 Vss A3 DQ14 B1 VssQ B2 UDM B3 A4 N8 A6 N7 Vdd M9 A0 M8 A2 M7 CS L8 CAS L7 ODT K9 CLK K8 RAS K7 Vdd J9 CLK J8 VssDL J7 DQ5 H9 VssQ H8 DQ2 H7 VddQ G9 DQ0 G8 VddQ G7 DQ7 F9 VssQ F8 LDQS F7 VddQ E9 LDQS ...

Страница 12: ...UF C163 10UF C115 1000pF C115 1000pF C143 56pF C143 56pF C107 100nF_X7R C107 100nF_X7R E14 470uF 16V NC E14 470uF 16V NC C146 1000pF C146 1000pF R125 4 7K R125 4 7K C91 0 1u C91 0 1u C161 1000pF C161 1000pF C102 1uF Y5V 16V 0603 C102 1uF Y5V 16V 0603 ANT_VDD 1 RF_AGC 3 NC 7 SCL 4 SDA 5 5VB2 6 5VB1 2 AS 8 IF_AGC 9 PIF 10 PIF 11 IF ATV 12 GND 13 GND 14 GND 15 GND 16 TN1 LG NC TN1 LG NC C97 47n C97 4...

Страница 13: ... July 13 2010 Title Size Document Number Rev Date Sheet of MSD309 V7 0 A 05 pcmcia 深圳市鼎科实业有限公司 B 6 9 Tuesday July 13 2010 Title Size Document Number Rev Date Sheet of MSD309 V7 0 A 05 pcmcia 深圳市鼎科实业有限公司 B 6 9 Tuesday July 13 2010 PWR CTRL DVB T2 TUNER Optional C164 0 1u C164 0 1u R159 100R R159 100R C165 NC 100nF C165 NC 100nF R164 NC 1K R164 NC 1K R162 NC 10k R162 NC 10k TP27 TP27 TP25 TP25 TP24 ...

Страница 14: ...K R207 0R R207 0R D34 ESD 0402 D34 ESD 0402 R189 10K R189 10K R186 10K R186 10K R175 0R R175 0R R212 10K R212 10K D21 ESD 0402 D21 ESD 0402 D9 ESD 0402 D9 ESD 0402 R204 0R R204 0R D27 ESD 0402 D27 ESD 0402 R190 1K R190 1K D18 ESD 0402 D18 ESD 0402 D12 ESD 0402 D12 ESD 0402 D15 ESD 0402 D15 ESD 0402 D23 ESD 0402 D23 ESD 0402 R202 0R R202 0R R171 0R R171 0R R193 10K R193 10K R177 0R R177 0R Q20 MMBT...

Страница 15: ...200ma 2 4 6 8 10 12 14 16 18 20 1 3 5 7 9 11 13 15 17 19 21 24 25 CN14 SCART NC SCART_0 CN14 SCART NC SCART_0 T9 T9 R215 0R R215 0R R289 10K DVD R289 10K DVD C175 200pF C175 200pF C188 47n C188 47n R255 68R R255 68R D52 ESD 0402 D52 ESD 0402 C181 1uF 10V C181 1uF 10V ZD2 ESD ZD2 ESD TP33 TP33 C202 47n C202 47n R235 68R R235 68R D67 NC ESD 0402 D67 NC ESD 0402 1 2 D69 ESD 0402 D69 ESD 0402 C192 47n...

Страница 16: ...T8 B1 3_5mm_8v ia C235 1uF 16V 0603 X AMP C235 1uF 16V 0603 X AMP C242 100NF C242 100NF E21 220uF 16V E21 220uF 16V R359 220R 0603 R359 220R 0603 R332 4 7K R332 4 7K 4 5 6 7 9 1 2 3 8 MT8 B2 3_5mm_8v ia MT8 B2 3_5mm_8v ia 1 2 R348 22K R348 22K R307 0R R307 0R 1 2 3 Q27 MMBT3904 Q27 MMBT3904 1 2 R342 22K R342 22K E19 470uF 16V 1517 E19 470uF 16V 1517 R354 4 7K R354 4 7K C241 1uF 16V 0603 X AMP C241...

Страница 17: ...e 8 to 10 Circuit Diagram page 11 to 18 Main IC Specifications page 19 to 131 PCB Information page 132 to 143 Software Upgrade page 144 to 148 MSD306 Factory Menu page 149 to 152 This manual is the latest at the time of printing and does not include the modification which may be made after the printing by the constant improvement of product Page 1 of 152 ...

Страница 18: ...ian should open the case of the LCD TV monitor adapter z Never use your LCD TV monitor adapter if the power cord has been damaged Do not allow anything to reston the power cord and keep the cord away from place where people can trip over it z Be sure to hold the plug not the cord when disconnecting the adapter from an electric socket z Openings in the LCD TV monitor adapter cabinet are provided fo...

Страница 19: ...rect sunlight and keep it away from heaters stoves fireplaces and other sources of heat z Unplug the DC adapter when it is going to be left unused for an extended period of time z To reduce the risk of fire or electric shock and annoying interference use the recommended accessories only z IF the LCD TV monitor is broken do not try to repair it yourself Contact qualified service personnel z Unplug ...

Страница 20: ...BY REVISIONS ISSUED DATE DESCRIPTION RAISED BY SPECIFICATION AGREED SIGNATURE DATE R D DEPARTMENT COMMERCIAL DEPARTMENT PRODUCTION DEPARTMENT Q A DEPARTMENT CUSTOMER SPECIFICATION APPROVED SIGNATURE DATE NOTE Only documents stamped Controlled Document to be used for manufacture of production parts Page 4 of 152 ...

Страница 21: ...58 NTSC4 43 Yes VHF L E2 S10 48 25 168 25MHz VHF H E5 S41 175 25 463 25MHz Analog Channel Coverage For SECAM BG DK PAL BG DK I UHF E21 E69 471 25 855 25MHz Yes VHF L FA F 47 75 164 75MHz VHF H F1 Q 176 00 296 75MHz Analog Channel Coverage For SECAM L UHF 21 69 471 25 855 25MHz Yes DVB T Channel Coverage VHF L VHF H UHF 174MHZ 862MHZ Yes PAL BG I DK SECAM BG DK L 38 9MHZ SECAM L 33 95MHZ Picture I ...

Страница 22: ...et Optional Connector Interface Headphone Φ3 5 Jack Yes Audio AMP Output Power Max 7 0W 2 Number of Speaker 2 NICAM A2 STEREO Yes Audio Tone with base Treble Balance Yes VHF 48dB Yes Video sensitivity at 30dB S N UHF 51dB Yes FM for BG DK I 35dB Yes Sound sensitivity at 30dB S N Am for L L 39dB Yes Synchronizing Sensitivity 35dB Yes Color Sensitivity 38dB Yes Teletext Sensitivity 50dB Yes NICAM Th...

Страница 23: ...at PAL or SECAM CVBS S Video 16 9 4 3 Mode Yes Main Electrical Specification For DVB T Section Audio Format MPEG 1 MPEG 2 Layer Ⅰ Ⅱ Yes On working 60W Max Power Consumption Standby 0 5W TELETEXT 750 Pages for Western Eastern Europe Yes Operating Temperature Range 0 TO 40 Dimension mm TBA Net Weight Gross Weigh TBA Packing TBA Accessories User Manual Remote Control Power line Specification are subj...

Страница 24: ...lock 5V 3 3V 5V 3 3V 2 5V 1 8V 5V 3 3V 1 32V 5V 5V 12V 12V P MOS DVD POWER AUDIO AMP VIF AMP P MOS LDO PANNEL MSD306 DC DC MSD306 DC DC LDO IN4001 MSD306 DDR MSD306 LDO MAX3543 DVD MAIN BOARD 12V DC DC DC DC DC P MOS Page 8 of 152 ...

Страница 25: ...TOR REMOTE INSTRUCTION BACK LIGHT CONNECTOR SPDIF C I 2 MSD306 SCART DDR 1 FLASH LVDS CONTOLLOR CONNECTOR ADDRESS CONTROLLOR CI PCMICA TUNER MAX3543 SAW SAW HDMI HDMI VGA YPBPR AV Earphone USB DATA AUDIO L R MUTE AUDIO AMP R2A15120 SPEAKER R L VIF AIF DIF DIF Page 9 of 152 ...

Страница 26: ...BLOCK DIAGRAM DVD System Block Diagram Page 10 of 152 ...

Страница 27: ...c FB 0 1uF BC26 0 1uF BC26 0 1uF BC13 0 1uF BC13 TP6c F TP6c F BC16 0 1u BC16 0 1u TP10c TP10c U3 RCRTOO2SL U3 RCRTOO2SL POWER_1 1 IN_1 2 OUT_2 3 POWER_2 4 IN_2 5 OUT_1 6 R31 0 R31 0 0 1uF BC21 0 1uF BC21 R50 4 7 R50 4 7 R52 4 7K R52 4 7K 0 1uF BC32 0 1uF BC32 0 1uF BC14 0 1uF BC14 R41 1K R41 1K R44 0 R44 0 0 1uF BC20 0 1uF BC20 R28 0 R28 0 R38 75 R38 75 R46 180K R46 180K 0 1uF C35 0 1uF C35 EC11 ...

Страница 28: ...FB L4 FB L1 FB L1 NJM4558 U1A NJM4558 U1A 3 2 1 8 4 R110 100R R110 100R 1N4001 D1 1N4001 D1 0 1uF BC1 0 1uF BC1 10pF C15 10pF C15 R107 0R R107 0R R11 33K R11 33K 100pF C18 100pF C18 0 1uF BC3 0 1uF BC3 FB L5 FB L5 10uF 10V C11 10uF 10V C11 R12 9 1K R12 9 1K 0 1uF BC5c 0 1uF BC5c 100uF 16V EC5 100uF 16V EC5 R102 0R R102 0R 10uF 10V C4 10uF 10V C4 POWER CN4 POWER CN4 1 2 3 4 5 KEY CN1 KEY CN1 1 2 3 ...

Страница 29: ... 3 4 4 5 5 6 6 7 7 8 8 9 9 H12 NC 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 H14 NC R119 2 2K R118 2 2K C42 47n_X7R C40 330pF R50 75R R48 33R C34 330pF C38 330pF C35 1uF C37 1uF R42 560 R40 560 R43 680 R41 680 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 H10 NC S1 1 2 3 4 5 CN2 5P2 0mm D38 1N4001 R393 1K R660 100K R658 1k R397 1K R659 100R C853 100nF DD40 BAT54C R713 1k R708 4 7k R711 100K R715 1K R716 10k Q57 MM...

Страница 30: ...1M M2 PADA_BIN1P R3 PADA_RIN2P P1 PADA_GIN2P N2 PADA_BIN2P T1 PADA_CVBS0 V2 PADA_CVBS4 T3 PADA_CVBS5 T2 PADA_CVBS_OUT1 U1 PADA_VCOM U3 PADA_CVBS2 U2 PADA_CVBS1 U4 PADA_CVBS_OUT2 U2 E MSD306 PWM SAR SPI UART I2CS I2CM LVDS GPIO_PM IR XTAL RESET GPIO_TCON USB AA20 PADA_OUTN_CH 6 _PAD_R_ODD 6 _ AA19 PADA_OUTP_CH 6 _PAD_R_ODD 7 _ W18 PADA_OUTN_CH 7 _PAD_R_ODD 4 _ AA18 PADA_OUTP_CH 7 _PAD_R_ODD 5 _ Y18...

Страница 31: ...90R R434 1k R425 1K R417 4 7K R440 100R R421 56R R479 10K C87 100nF C85 100nF C86 100nF C89 100nF L42 NC 2 2uH L405 0 82uH Q401 3904 C469 0 1u C467 10n C463 10n Q405 2SC2216 SAW ING OUT1 GND OUT2 IN U30 F438901 SAW ING OUT1 GND OUT2 IN U27 F938908需确认 CA20 100uF 16V R29 10k R37 10K R39 1K R44 10k DD7 NC DD12 NC DD13 ESD 0402 DD20 ESD 0402 DD21 NC DD22 NC DD23 NC DD24 NC DD25 NC DD26 NC R72 10K Q1 3...

Страница 32: ... R66 47R C70 330pF R93 27k R94 27K R75 27K R76 27K 1 2 3 Q17 MMBT3904 R142 220R 1 2 3 Q21 MMBT3904 R143 220R R L 1 4 3 RO 5 LO 2 J4 CKX 3 5 01 RE6 OPEN RE1 OPEN RE2 OPEN DD27 DD28 DD29 DD31 DD32 C79 47n C80 47n C112 47n C113 47n C114 47n C116 1n C119 47n R232 75R R173 6 8K R199 1K R200 68R R202 33R R207 33R R209 0R R211 68R R217 33R R218 68R R219 75R R220 75R R221 75R 2 4 6 8 10 12 14 16 18 20 1 3...

Страница 33: ... CT40 1000pF CT19 1000pF RT14 0 CT32 1000pF CT31 1000pF CT36 0R CT37 0R CT7 4 7uF CT8 47pF CT4 1000pF RT4 33 RT5 33 CT2 39pF CT3 39pF RT10 1k CT41 100NF CT1 1OOOPF J11 CT28 22pF YT1 24MHZ RT1 0R RT2 0R RT3 0R CT29 8 2pF NC CT34 NC CT35 NC CT39 5 6pF RT7 15R CT45 2 2uF CT12 39pF LT2 470nH CT11 68pF LT3 470nH CT13 82pF RT8 75R RT9 75R RT15 NC CT33 NC LT12 nc 15 BODY 16 BODY 3 RF_AGC 4 SCL 6 B2 5 SDA...

Страница 34: ...R431 NC 68K C21 NC 1uF C221 1uF C213 1uF C216 1uF C217 1uF 16V 0603 X E20 470uF 16V NC E21 470uF 16V NC E19 1000uF 16V NC R494 NC R470 NC R471 NC R489 22K 1 2 R453 4 7K 1 2 R454 0R 1 2 R450 10K 1 2 R466 10K 1 2 R467 6 8K 1 2 R452 6 8K 1 2 3 4 CN34 CON4 2 54MM 1 2 3 Q46 3904 1 2 3 Q44 3904 1 2 3 Q5 3904 1 VSA1 2 STBYL 3 MUTEL 4 INA1 5 INB1 6 GND 7 AVCC 8 INB2 9 INA2 10 VREF 11 PROT 12 VSA2 13 OUTA2...

Страница 35: ...MAIN IC SPECIFICATIONS Page 19 of 152 ...

Страница 36: ...Page 20 of 152 ...

Страница 37: ...Page 21 of 152 ...

Страница 38: ...Page 22 of 152 ...

Страница 39: ...Page 23 of 152 ...

Страница 40: ...Page 24 of 152 ...

Страница 41: ...Page 25 of 152 ...

Страница 42: ...Page 26 of 152 ...

Страница 43: ...tor terminal for protection mode Built in protection circuit for prior warning of over temperature Settable power limit value of maximum output by external resistor Adjustable carrier frequency by external resistor Selectable gain value at four stage by setting two terminals Package 48 pins HTQFP Body 7x7mm Lead pitch 0 5mm Note This amplifier s continuous maximum power is 15W 8ohm As more than 15...

Страница 44: ...0 42 44 45 43 46 3 7 5 6 4 9 8 10 1 2 11 12 20 18 19 17 15 14 16 13 24 22 23 21 34 30 32 31 33 28 29 27 36 35 26 25 47 48 38 37 VDB1 OUTA1 HBA1 HBB1 OUTB1 VDA1 OUTB1 OUTA1 VDB1 VDA1 VSA1 INB1 INB2 AVCC GND MUTEL STBYL PROT VSA2 VREF OUTB2 VDB2 OUTA2 HBA2 VDA2 HBB2 OUTB2 NC NC VDA2 OUTA2 VDB2 RREF DVDD RLMT CLK GAIN1 GAIN2 ROSC VSB1 TEST1 TEST2 VSB2 INA1 INA2 NC NC VD Gain Gain 5V Reg AVCC 2 Over t...

Страница 45: ... Power supply for power output stage VD is supplied VDB2 21 N C 20 CH2 B block Capacitor connection terminal for bootstrap on H side HBB2 19 CH2 A block Capacitor connection terminal for bootstrap on H side HBA2 18 N C 17 CH2 A block Power supply for power output stage VD is supplied VDA2 16 CH2 A block Power output terminal O OUTA2 14 CH2 A block Power output terminal O OUTA2 13 CH2 A block Groun...

Страница 46: ...age Parameter Tj HBmax VDmax Symbol Terminal name In parentheses pin number 1 VDA1 45 46 VDB1 39 40 VDA2 15 16 VDB2 21 22 2 HBA1 43 HBB1 42 HBA2 18 HBB2 19 3 OUTA1 47 48 OUTB1 37 38 OUTA2 13 14 OUTB2 23 24 Note1 Momentary peak voltage near the power Tr block 1 Please design the voltage of PWM output terminal OUT1 OUT2 as below overshoot maximum 28V undershot maximum 4 5V The very big ringing volta...

Страница 47: ...o consideration When you use it please take notice the stability of supply voltage that each terminal power dose not exceed rated value This product includes a MOS transistor and a CMOS logic circuit Since there are possibilities to be occurred destruction or latch up in MOS transistor or CMOS logic circuit please be careful of use same as a MOS transistor or the CMOS logic LSI About the range of ...

Страница 48: ...P board mounting Exposed Die pad solder connection Using an ideal Heat Sink θjc 17 86 ºC W Simulation value 1 Board specification 1 Material Glass epoxy 2 Size 75 x 82 mm Wiring specification of 1 2 layer 1 Material Copper 2 Thickness t 35mm 150 25 75 7 00W Ta Pd 4 20W 0W 3 78W 2 27W θja 33 1 ºC W Evaluated value Measured by Renesas R2A15120FA EVB 1 Board specification 1 96W 3 47W Warning of over ...

Страница 49: ... Mute Attenuation dB 67 dVD 400mVrms f 1KHz Ripple Rejection Ratio 90 Po 15W 15W THD 10 Power Efficiency uVrms 150 60 A Weighted filter Noise W ch 15 THD 10 Output power 0 02 Po 1W Total Harmonic Distortion Noise A 7 5 Over current detection 120 Releasing Thermal Shut down Temperature of protection release uA 10 0 Stand by MAX TYP 8 0 60 7 0 36 V mA Unit 6 5 MIN DVDD terminal voltage No Signal Con...

Страница 50: ...dB GAIN Value GAIN1 H G4 L H L Terminal G3 G2 G1 Symbol GAIN Item The total gain of this system can be set to four stages with the terminal of GAIN1 and GAIN2 Input stage Power stage BTL output stage Gain structure chart Description for one CH OUTA HBA VDA VSA OUTB VDB VSB HBB PWM Gen PWM Gen VD Control logic INA GAIN1 GAIN2 INB A Terminal GAIN setting H OPEN L Connect to RREF Page 34 of 152 ...

Страница 51: ...ry This circuit limits the maximum amplitude after gain setting stage Please refer to 11 1 Gain Setting for gain setting Fig 11 1 Clip output power Input signal voltage Fig 11 2 Clip output voltage VLMT RLMT LIMIT RREF AVCC Resistance value for setting maximum output power RLMT VLMT setting circuit Differential input Normal Operation Normal Operation H H Duty 50 Mute L H Hi Z Standby L L Output FE...

Страница 52: ...lti channel Rosc AVCC IC2 Slave AVCC CLK ROSC OSC 11 5 Carrier frequency A standard clock carrier of the PWM signal generation is adjustable by controlling external resistor connected to terminal ROSC Carrier I O condition is controllable by external condition of terminal ROSE Carrier frequency can be set from 400kHz to 600kHz by terminal ROSC 34pin The recommended carrier frequency is 500kHz Plea...

Страница 53: ...es output pins connect GND by pull down resistor 5kΩ to prevent the IC from being destructed The restoring from a protection is performed automatically The time Tpro from protection state to normal mode is decided by built in capacitance value 0 54sec The state of unusual operation can be confirmed with the terminal PROT Protection L Detect H Normal L Detect MUTEL Input signal 0V AVCC Normal Opera...

Страница 54: ...EL at the intermediate voltage that is neither H nor L constantly Especially please switch STBYL instantaneously so as not to cause chattering Tpro is defined by built in capacitance value of internal timer Tpro 0 54sec In addition prevent from POP noise please design the value of coupling capacitor for analog input satisfying following condition 1 Condition 1 It is necessary to charge the couplin...

Страница 55: ...0V typ 2 Over Temperature Protection Circuit This circuit detects unusual over temperature of IC chip and protects it When internal junction temperature reaches to standard temperature 150 C the operation will start And until temperature falls to the hysteresis condition 30 protection circuit will continue to be operated Protection Start Temperature 150 C typ Protection Restore Temperature 120 C t...

Страница 56: ... easy to accumulate heat into the IC under load short or another stress conditions In that situation there is a possibility to bring about destruction power Tr 3 Treatment of Analog ground pin In order to reduce the interference with low level signal ground from output stage ground Vs terminal of each bridge please connect low level signal ground to power feed point separately 4 Prevention against...

Страница 57: ...her party under this document by implication estoppel or other wise Samsung products are not intended for use in life support critical care medical safety equipment or similar applications where product failure could result in loss of life or personal or physical harm or any military or defense application or any governmental procurement to which special terms or provisions may apply For updates o...

Страница 58: ...K4T51163QI datasheet DDR2 SDRAM Rev 1 0 K4T51083QI K4T51043QI Revision History Revision No History Draft Date Remark Editor 1 0 First Spec Release Mar 10 S H Kim Page 42 of 152 ...

Страница 59: ...operating Conditions SSTL_1 8 12 7 2 Operating Temperature Condition 13 7 3 Input DC Logic Level 13 7 4 Input AC Logic Level 13 7 5 AC Input Test Conditions 13 7 6 Differential input AC logic Level 14 7 7 Differential AC output parameters 14 8 ODT DC electrical characteristics 14 9 OCD default characteristics 15 10 IDD Specification Parameters and Test Conditions 16 11 DDR2 SDRAM IDD Spec Table 18...

Страница 60: ...age Refresh Period 7 8us at lower than TCASE 85 C 3 9us at 85 C TCASE 95 C All of products are Lead Free Halogen Free and RoHS compliant The 512Mb DDR2 SDRAM is organized as a 8Mbit x16 I Os 16Mbit x8 I Os 32Mbit x4 I Os 4banks device This synchronous device achieves high speed double data rate transfer rates of up to 1066Mb sec pin DDR2 1066 for general applications The chip is designed to comply...

Страница 61: ...r and ground for the DLL A B C D E F G H J K L VDD NC VSS NC VSSQ DM VDDQ VDDQ VDDQ VSSQ VSSQ DQS DQS NC DQ0 VDDQ DQ2 VSSQ NC VSSDL VDD CK RAS CK CAS CS A2 A6 A4 A11 A8 NC A13 NC A12 A9 A7 A5 A0 VDD A10 AP VSS VDDQ VSSQ DQ1 DQ3 NC VDDL A1 A3 BA1 VREF VSS CKE WE BA0 VDD VSS ODT NC 1 2 3 7 8 9 Ball Locations x4 1 2 3 4 5 6 7 8 9 A B C D E F G H J K L Populated Ball Depopulated Ball Top View See the ...

Страница 62: ... function of DM or RDQS RDQS are enabled by EMRS command 4 VDDL and VSSDL are power and ground for the DLL A B C D E F G H J K L VDD NU VSS DQ6 VSSQ VDDQ VDDQ VDDQ VSSQ VSSQ DQS DQS DQ7 DQ0 VDDQ DQ2 VSSQ DQ5 VSSDL VDD CK RAS CK CAS CS A2 A6 A4 A11 A8 NC A13 NC A12 A9 A7 A5 A0 VDD A10 AP VSS VDDQ VSSQ DQ1 DQ3 DQ4 VDDL A1 A3 BA1 VREF VSS CKE WE BA0 VDD VSS DM RDQS RDQS NC ODT 1 2 3 7 8 9 Ball Locati...

Страница 63: ... NC VSS DQ6 VSSQ LDM VDDQ VDDQ VDDQ VSSQ VSSQ LDQS LDQS DQ7 DQ0 VDDQ DQ2 VSSQ DQ5 VSSDL VDD CK RAS CK CAS CS A2 A6 A4 A11 A8 NC NC NC A12 A9 A7 A5 A0 VDD A10 AP VSS VDDQ VSSQ DQ1 DQ3 DQ4 VDDL A1 A3 BA1 VREF VSS CKE WE BA0 VDD VSS VDD NC VSS DQ14 VSSQ UDM VDDQ VDDQ VSSQ DQ9 DQ11 DQ12 VDDQ VDDQ VSSQ VSSQ UDQS UDQS DQ15 DQ8 VDDQ DQ10 VSSQ DQ13 NC ODT M N P R 1 2 3 7 8 9 1 2 3 4 5 6 7 8 9 A B C D E F ...

Страница 64: ...0 80 7 50 0 10 0 80 1 60 0 95 1 90 9 50 0 10 7 50 0 10 0 50 0 05 0 10MAX 0 35 0 05 1 10 0 10 A1 INDEX MARK A1 Datum A Datum B MOLDING AREA A B 1 2 3 4 5 6 7 8 9 0 80 x 10 8 00 B C D E F G H J K L A 0 80 x 8 6 40 60 0 45 Solder ball 0 2 M A B Post reflow 0 50 0 05 Units Millimeters Bottom Top Page 48 of 152 ...

Страница 65: ... 10 1 2 3 4 5 6 7 8 9 3 20 0 80 1 60 0 95 1 90 0 50 0 05 0 10MAX 0 35 0 05 1 10 0 10 5 60 A1 INDEX MARK Datum A Datum B MOLDING AREA A B 0 80 x 14 11 20 0 80 x 8 6 40 12 50 0 10 7 50 0 10 A1 B C D E F G H K L N A J M P R 84 0 45 Solder ball 0 2 M A B Post reflow 0 50 0 05 Bottom Top Units Millimeters Page 49 of 152 ...

Страница 66: ...n both edges of DQS Although DM pins are input only the DM loading matches the DQ and DQS loading For x8 device the function of DM or RDQS RDQS is enabled by EMRS command BA0 BA1 Input Bank Address Inputs BA0 BA1 and BA2 define to which bank an Active Read Write or Precharge command is being applied Bank address also determines if the mode register or extended mode register is to be accessed durin...

Страница 67: ...rge A10 AP A10 AP A10 AP Row Address A0 A12 A0 A12 A0 A12 Column Address A0 A9 A11 A0 A9 A0 A8 Configuration 256Mb x4 128Mb x 8 64Mb x16 of Bank 8 8 8 Bank Address BA0 BA2 BA0 BA2 BA0 BA2 Auto precharge A10 AP A10 AP A10 AP Row Address A0 A13 A0 A13 A0 A12 Column Address A0 A9 A11 A0 A9 A0 A9 Configuration 512Mb x4 256Mb x 8 128Mb x16 of Bank 8 8 8 Bank Address BA0 BA2 BA0 BA2 BA0 BA2 Auto prechar...

Страница 68: ...ere is no specific device VDD supply voltage requirement for SSTL 1 8 compliance However under all conditions VDDQ must be less than or equal to VDD 1 The value of VREF may be selected by the user to provide optimum noise margin in the system Typically the value of VREF is expected to be about 0 5 x VDDQ of the transmitting device and VREF is expected to track variations in VDDQ 2 Peak to peak AC ...

Страница 69: ...information related to VPEAK value Refer to overshoot undershoot specification in device operation and timing datasheet maximum peak ampli tude allowed for overshoot and undershoot 7 5 AC Input Test Conditions NOTE 1 Input waveform timing is referenced to the input signal crossing through the VIH IL AC level applied to the device under test 2 The input signal minimum slew rate is to be maintained ...

Страница 70: ...C output parameters Symbol Parameter Min Max Units NOTE VOX AC AC differential cross point voltage 0 5 VDDQ 0 125 0 5 VDDQ 0 125 V 1 NOTE 1 The typical value of VOX AC is expected to be about 0 5 VDDQ of the transmitting device and VOX AC is expected to track variations in VDDQ VOX AC indicates the volt age at which differential output signals must cross 8 ODT DC electrical characteristics NOTE Te...

Страница 71: ...from DC to DC is equal to or greater than the slew rate as measured from AC to AC This is guaranteed by design and characterization 6 This represents the step size when the OCD is near 18 ohms at nominal conditions across all process and represents only the DRAM uncertainty Output slew rate load 7 DRAM output slew rate specification applies to 667Mb sec pin and 800Mb sec pin speed bins 8 Timing sk...

Страница 72: ...N Exit MRS 12 0 mA Slow PDN Exit MRS 12 1 mA IDD3N Active standby current All banks open tCK tCK IDD tRAS tRASmax IDD tRP tRP IDD CKE is HIGH CS is HIGH between valid commands Other control and address bus inputs are SWITCHING Data bus inputs are SWITCHING mA IDD4W Operating burst write current All banks open Continuous burst writes BL 4 CL CL IDD AL 0 tCK tCK IDD tRAS tRASmax IDD tRP tRP IDD CKE ...

Страница 73: ...ollowing parameters are utilized Detailed IDD7 The detailed timings are shown below for IDD7 Legend A Active RA Read with Autoprecharge D Deselect IDD7 Operating Current All Bank Interleave Read operation All banks are being interleaved at minimum tRC IDD without violating tRRD IDD and tFAW IDD using a burst length of 4 Control and address bus inputs are STABLE during DESELECTs IOUT 0mA Timing Pat...

Страница 74: ...F 25 25 25 mA IDD3P S 10 10 10 mA IDD3N 37 37 34 mA IDD4W 73 73 65 mA IDD4R 90 92 80 mA IDD5 81 80 80 mA IDD6 8 8 8 mA IDD7 124 124 115 mA Symbol 64Mx8 K4T51083QI Unit Notes 800 CL 5 800 CL 6 667 CL 5 CE7 CF7 CE6 IDD0 54 53 50 mA IDD1 62 62 60 mA IDD2P 8 8 8 mA IDD2Q 23 23 23 mA IDD2N 27 27 27 mA IDD3P F 25 25 25 mA IDD3P S 10 10 10 mA IDD3N 36 37 34 mA IDD4W 74 74 66 mA IDD4R 96 97 86 mA IDD5 81 ...

Страница 75: ...0 CL 6 667 CL 5 CF8 CE7 CF7 CE6 IDD0 75 67 67 65 mA IDD1 85 80 80 75 mA IDD2P 8 8 8 8 mA IDD2Q 27 25 25 25 mA IDD2N 35 30 30 30 mA IDD3P F 31 28 28 28 mA IDD3P S 10 10 10 10 mA IDD3N 45 40 40 38 mA IDD4W 110 95 95 85 mA IDD4R 160 130 130 115 mA IDD5 90 90 90 90 mA IDD6 8 8 8 8 mA IDD7 205 200 200 185 mA Page 59 of 152 ...

Страница 76: ...ins CDI x 0 25 x 0 25 x 0 25 pF Input output capacitance DQ DM DQS DQS CIO 2 5 3 5 2 5 3 5 2 5 3 5 pF Input output capacitance delta DQ DM DQS DQS CDIO x 0 5 x 0 5 x 0 5 pF Parameter Symbol 256Mb 512Mb 1Gb 2Gb 4Gb Units Refresh to active Refresh command time tRFC 75 105 127 5 195 327 5 ns Average periodic refresh interval tREFI 0 C TCASE 85 C 7 8 7 8 7 8 7 8 7 8 μs 85 C TCASE 95 C 3 9 3 9 3 9 3 9 ...

Страница 77: ... max tAC min tAC max tAC min tAC max ps 18 40 DQ low impedance time from CK CK tLZ DQ 2 tAC min tAC max 2 tAC min tAC max 2 tAC min tAC max ps 18 40 DQS DQ skew for DQS and associated DQ signals tDQSQ x 175 x 200 x 240 ps 13 DQ hold skew factor tQHS x 250 x 300 x 340 ps 38 DQ DQS output hold time from DQS tQH tHP tQHS x tHP tQHS x tHP tQHS x ps 39 DQS latching rising transitions to associated cloc...

Страница 78: ...command tXARD 3 x 2 x 2 x nCK 1 Exit active power down to read command slow exit lower power tXARDS 10 AL x 8 AL x 7 AL x nCK 1 2 CKE minimum pulse width HIGH and LOW pulse width tCKE 3 x 3 x 3 x nCK 27 ODT turn on delay tAOND 2 2 2 2 2 2 nCK 16 ODT turn on tAON tAC min tAC max 2 575 tAC min tAC max 0 7 tAC min tAC max 0 7 ns 6 16 40 ODT turn on Power Down mode tAONPD tAC min 2 3 tCK tAC max 1 tAC...

Страница 79: ...spoint of the true e g DQS and the complement e g DQS signal 2 Slew Rate Measurement Levels a Output slew rate for falling and rising edges is measured between VTT 250 mV and VTT 250 mV for single ended signals For differential signals e g DQS DQS output slew rate is measured between DQS DQS 500 mV and DQS DQS 500 mV Output slew rate is guaranteed by design but is not necessarily tested on each de...

Страница 80: ...ote that when differential data strobe mode is disabled via the EMRS the complementary pin DQS must be tied externally to VSS through a 20 Ω to 10 kΩ resistor to insure proper operation 5 AC timings are for linear signal transitions See Specific Notes on derating for other signal transitions 6 All voltages are referenced to VSS 7 These parameters guarantee device behavior but they are not necessar...

Страница 81: ...ntial data strobe Table 2 DDR2 667 800 1066 tDS tDH derating with differential data strobe ΔtDS ΔtDH Derating Values of DDR2 400 DDR2 533 ALL units in ps the note applies to entire Table DQS DQS Differential Slew Rate 4 0 V ns 3 0 V ns 2 0 V ns 1 8 V ns 1 6 V ns 1 4V ns 1 2V ns 1 0V ns 0 8V ns ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH ΔtDS ΔtDH DQ Siew rate V ...

Страница 82: ...he actual signal is always later than the nominal slew rate line between shaded dc level to VREF DC region use nominal slew rate for derating value see Figure 11 for differential data strobe and Figure 12 for single ended data strobe If the actual signal is earlier than the nominal slew rate line any where between shaded dc to VREF DC region the slew rate of a tangent line to the actual signal fro...

Страница 83: ...K4T51083QI K4T51043QI VSS tDS tDH Setup Slew Rate Setup Slew Rate Rising Signal Falling Signal ΔTF ΔTR VREF DC VIL AC max ΔTF VIH AC min VREF DC ΔTR VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max nominal slew rate nominal slew rate VREF to ac region VREF to ac region tDS tDH tVAC DQS DQS Page 67 of 152 ...

Страница 84: ... Rising Signal Falling Signal ΔTF ΔTR VREF DC VIL AC max ΔTF VIH AC min VREF DC ΔTR VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max nominal slew rate nominal slew rate VREF to ac region VREF to ac region DQS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS tDH tDS Note1 NOTE DQS signal must be monotonic between VIL AC max and VIH AC min Page 68 of 152 ...

Страница 85: ... VSS Setup Slew Rate Setup Slew Rate Rising Signal Falling Signal ΔTF ΔTR tangent line VREF DC VIL AC max ΔTF tangent line VIH AC min VREF DC ΔTR VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max tangent tangent VREF to ac region VREF to ac region line line nominal line nominal line tDS tDH tDS tDH DQS DQS Page 69 of 152 ...

Страница 86: ...TF ΔTR tangent line VREF DC VIL AC max ΔTF tangent line VIH AC min VREF DC ΔTR VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max tangent tangent VREF to ac region VREF to ac region line line nominal line nominal line tDS tDH DQS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS tDH tDS Note1 NOTE DQS signal must be monotonic between VIL DC max and VIH DC min Page 70 of 152 ...

Страница 87: ...1 0 K4T51083QI K4T51043QI VSS Hold Slew Rate Hold Slew Rate Falling Signal Rising Signal ΔTR ΔTF VREF DC VIL DC max ΔTR VIH DC min VREF DC ΔTF VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max nominal slew rate nominal slew rate dc to VREF region dc to VREF region tDS tDH tDS tDH DQS DQS Page 71 of 152 ...

Страница 88: ... Signal Rising Signal ΔTR ΔTF VREF DC VIL DC max ΔTR VIH DC min VREF DC ΔTF VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max nominal slew rate nominal slew rate dc to VREF region dc to VREF region tDS tDH DQS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS tDH tDS Note1 NOTE DQS signal must be monotonic between VIL DC max and VIH DC min Page 72 of 152 ...

Страница 89: ...QI Hold Slew Rate ΔTF ΔTR tangent line VIH DC min VREF DC ΔTF tangent tangent dc to VREF region dc to VREF region line line nominal line nominal line Falling Signal Hold Slew Rate tangent line VREF DC VIL DC max ΔTR Rising Signal tDS tDH tDS tDH DQS DQS VSS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max Page 73 of 152 ...

Страница 90: ...t tangent dc to VREF region dc to VREF region line line nominal line nominal line Falling Signal Hold Slew Rate tangent line VREF DC VIL DC max ΔTR Rising Signal NOTE DQS signal must be monotonic between VIL DC max and VIH DC min tDS tDH DQS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS tDH tDS Note1 VSS VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max Page 74 of 152 ...

Страница 91: ... 247 154 ps 1 3 5 179 89 209 119 239 149 ps 1 3 0 167 83 197 113 227 143 ps 1 2 5 150 75 180 105 210 135 ps 1 2 0 125 45 155 75 185 105 ps 1 1 5 83 21 113 51 143 81 ps 1 1 0 0 0 30 30 60 60 ps 1 0 9 11 14 19 16 49 46 ps 1 0 8 25 31 5 1 35 29 ps 1 0 7 43 54 13 24 17 6 ps 1 0 6 67 83 37 53 7 23 ps 1 0 5 110 125 80 95 50 65 ps 1 0 4 175 188 145 158 115 128 ps 1 0 3 285 292 255 262 225 232 ps 1 0 25 3...

Страница 92: ...he nominal slewrate line between shaded dc to VREF DC region use nominal slew rate for derating value see Fig ure 17 If the actual signal is earlier than the nominal slew rate line anywhere between shaded dc to VREF DC region the slew rate of a tangent line to the actual signal from the dc level to VREF DC level is used for derating value see Figure 18 Although for slow slew rates the total setup ...

Страница 93: ...83QI K4T51043QI VSS Setup Slew Rate Setup Slew Rate Rising Signal Falling Signal ΔTF ΔTR VREF DC VIL AC max ΔTF VIH AC min VREF DC ΔTR VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max nominal slew rate nominal slew rate VREF to ac region VREF to ac region CK CK tIS tIH tIS tIH Page 77 of 152 ...

Страница 94: ...p Slew Rate Setup Slew Rate Rising Signal Falling Signal ΔTF ΔTR tangent line VREF DC VIL AC max ΔTF tangent line VIH AC min VREF DC ΔTR tangent tangent VREF to ac region VREF to ac region line line nominal line nominal line CK CK tIS tIH tIS tIH VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max Page 78 of 152 ...

Страница 95: ...083QI K4T51043QI Hold Slew Rate Hold Slew Rate Falling Signal Rising Signal ΔTR ΔTF VREF DC VIL DC max ΔTR VIH DC min VREF DC ΔTF nominal slew rate nominal slew rate dc to VREF region dc to VREF region CK CK tIS tIH tIS tIH VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS Page 79 of 152 ...

Страница 96: ...ew Rate ΔTF ΔTR tangent line VIH DC min VREF DC ΔTF tangent tangent dc to VREF region dc to VREF region line line nominal line nominal line Falling Signal Hold Slew Rate tangent line VREF DC VIL DC max ΔTR Rising Signal CK CK tIS tIH tIS tIH VDDQ VIH AC min VIH DC min VREF DC VIL DC max VIL AC max VSS Page 80 of 152 ...

Страница 97: ...n on time max is when the ODT resis tance is fully on Both are measured from tAOND which is interpreted differently per speed bin For DDR2 400 533 tAOND is 10 ns 2 x 5 ns after the clock edge that registered a first ODT HIGH if tCK 5 ns For DDR2 667 800 tAOND is 2 clock cycles after the clock edge that registered a first ODT HIGH counting the actual input clock edges 17 ODT turn off time min is wh...

Страница 98: ...from the differential data strobe crosspoint to the input sig nal crossing at the VIH DC level for a falling signal and from the differential data strobe crosspoint to the input signal crossing at the VIL DC level for a rising signal applied to the device under test DQS DQS signals must be monotonic between VIL DC max and VIH DC min See Figure 20 22 Input waveform timing is referenced from the inp...

Страница 99: ...t is these parameters should be met whether clock jitter is present or not 31 These parameters are measured from a data signal L U DM L U DQ0 L U DQ1 etc transition edge to its respective data strobe signal L U R DQS DQS crossing 32 For these parameters the DDR2 SDRAM device is characterized and verified to support tnPARAM RU tPARAM tCK avg which is in clock cycles assuming all input clock jitter ...

Страница 100: ... per defines the single period jitter when the DLL is already locked tJIT per lck uses the same definition for single period jitter during the DLL locking period only tJIT per and tJIT per lck are not guaranteed through final production testing tJIT cc tJIT cc lck tJIT cc is defined as the difference in clock period between two consecutive clock cycles tJIT cc Max of tCKi 1 tCKi tJIT cc defines th...

Страница 101: ... the measured jitter into a DDR2 667 SDRAM has tERR 6 10per min 272 ps and tERR 6 10per max 293 ps then tDQSCK min derated tDQSCKmin tERR 6 10per max 400 ps 293 ps 693 ps and tDQSCKmax derated tDQSCKmax tERR 6 10per min 400 ps 272 ps 672 ps Similarly tLZ DQ for DDR2 667 derates to tLZ DQ min derated 900 ps 293 ps 1193 ps and tLZ DQ max derated 450 ps 272 ps 722 ps 41 When the device is operated wi...

Страница 102: ...th of 0 5 relative to tCK avg tAOFmin and tAOFmax should each be derated by the same amount as the actual amount of tCH avg offset present at the DRAM input with respect to 0 5 For example if an input clock has a worst case tCH avg of 0 48 the tAOFmin should be derated by subtracting 0 02 x tCK avg from it whereas if an input clock has a worst case tCH avg of 0 52 the tAOFmax should be derated by ...

Страница 103: ...0MHz 15pF TTL Load which is equivalent to 100MHz Fast program time 1 4ms typ and 5ms max page 256 byte per page Byte program time 7us typical Continuously program mode automatically increase address under word program mode Fast erase time 60ms typ sector 4K byte per sector 0 7s typ block 64K byte per block 14s typ chip for 16Mb 25s typ for 32Mb and 50s typ for 64Mb Low Power Consumption Low active...

Страница 104: ...rial Flash memory which is configured as 4 194 304 x 8 internally When it is in two I O read mode the structure becomes 16 772 216 bits x 2 The KH25L6405D are 67 108 864 bit serial Flash memory which is configured as 8 388 608 x 8 internally When it is in two I O read mode the structure becomes 33 554 432 bits x 2 please refer to the Two I O Read mode section TheKH25L1605D 3205D 6405Dfeatureaseria...

Страница 105: ...dby mode and draws less than 20uA DC current The KH25L1605D 3205D 6405D utilizes MXIC s proprietary memory cell which reliably stores memory contents even after 100 000 program and erase cycles Read Performance KH25L1605D V V V 14 hex C2 14 hex if ADD 0 C2 14 hex if ADD 0 C2 20 15 hex Identifier Protection and Security Featu res Part Name Additional Device ID command EF hex RDID command 9F hex 512...

Страница 106: ...without deselecting the device VCC 3 3V Power Supply GND Ground PIN DESCRIPTION 16 PIN SOP 300mil 8 LANDWSON 8x6mm 6x5mm forKH25Lxx05D 8 PIN SOP 200mil 150mil PACKAGE OPTIONS 16M 32M 64M 150mil8 SOP V 209mil8 SOP V V 300mil16 SOP V V V 300mil8 PDIP V V 6x5mmWSON V V 8x6mmWSON V 1 2 3 4 5 6 7 8 HOLD VCC NC NC NC NC CS SO SIO1 16 15 14 13 12 11 10 9 SCLK SI SIO0 NC NC NC NC GND WP ACC 1 2 3 4 CS SO ...

Страница 107: ...LOCK DIAGRAM Address Generator Memory Array Page Buffer Y Decoder X Decoder Data Register SRAM Buffer SI SIO0 SCLK Clock Generator State Machine Mode Logic Sense Amplifier HV Generator Output Buffer SO SIO1 CS WP ACC HOLD Page 91 of 152 ...

Страница 108: ... 4 6V or 0 5V for period up to 20ns 4 All input and output pins may overshoot to VCC 0 5V while VCC 0 5V is smaller than or equal to 4 6V RATING VALUE AmbientOperatingTemperature 0 C to 70 C for commercial grade StorageTemperature 55 Cto125 C Applied Input Voltage 0 5V to 4 6V Applied Output Voltage 0 5V to 4 6V VCC to Ground Potential 0 5V to 4 6V ABSOLUTEMAXIMUMRATINGS ELECTRICAL SPECIFICATIONS ...

Страница 109: ...Level Input timing referance level Output timing referance level 0 8VCC 0 7VCC 0 3VCC 0 5VCC 0 2VCC Note Input pulse rise and fall time are 5ns DEVICE UNDER TEST DIODES IN3064 OR EQUIVALENT CL 6 2K ohm 2 7K ohm 3 3V CL 30pF Including jig capacitance CL 15pF Including jig capacitance for 86MHz and 50MHz 2x I O Page 93 of 152 ...

Страница 110: ... Current PP CS VCC ICC3 VCC Write Status 20 mA Programstatusregisterinprogress Register WRSR CS VCC Current ICC4 VCC Sector Erase 1 20 mA Erase in Progress Current SE CS VCC ICC5 VCC Chip Erase 1 20 mA Erase in Progress Current CE CS VCC VHH Voltage for ACC Program 11 0 11 5 V VCC 2 7V 3 6V EraseAcceleration VIL Input Low Voltage 0 5 0 3VCC V VIH Input High Voltage 0 7VCC VCC 0 4 V VOL Output Low ...

Страница 111: ...DH Data In Hold Time 5 ns tCHSH CS Active Hold Time relative to SCLK 5 ns tSHCH CS Not Active Setup Time relative to SCLK 5 ns tSHSL tCSH CS Deselect Time 100 ns tSHQZ 2 tDIS Output Disable Time 64Mb 2 7V 3 6V 10 ns 32Mb 3 0V 3 6V 8 ns 16Mb tCLQV tV Clock Low to Output Valid 64Mb 2 7V 3 6V 10 ns 32Mb 3 0V 3 6V 8 ns 16Mb tCLQX tHO Output Hold Time 0 ns tHLCH HOLD Setup Time relative to SCLK 5 ns tC...

Страница 112: ...ycle Time 90 150 ms tBE Block Erase Cycle Time 0 7 2 s tCE Chip Erase Cycle Time 64Mb 50 80 s 32Mb 25 50 s 16Mb 14 30 s Notes 1 tCH tCL must be greater than or equal to 1 fC 2 Value guaranteed by characterization not 100 tested in production 3 Expressed as a slew rate 4 Only applicable as a constraint for a WRSR instruction when SRWD is set at 1 5 Test condition is shown as Figure 5 Page 96 of 152...

Страница 113: ...1 10 ms VWI 1 Write Inhibit Voltage 1 5 2 5 V INITIAL DELIVERY STATE The device is delivered with the memory array erased all bits are set to 1 each byte contains FFh The Status Register contains 00h all Status Register bits are 0 Note 1 These parameters are characterized only Table 11 Power Up Timing and VWI Threshold Page 97 of 152 ...

Страница 114: ...5D Figure 8 Serial Input Timing SCLK SI CS MSB SO tDVCH High Z LSB tSLCH tCHDX tCHCL tCLCH tSHCH tSHSL tCHSH tCHSL Figure 9 Output Timing LSB ADDR LSB IN tSHQZ tCH tCL tQLQH tQHQL tCLQX tCLQV tCLQX tCLQV SCLK SO CS SI Page 98 of 152 ...

Страница 115: ...ing tCHHL tHLCH tHHCH tCHHH tHHQX tHLQZ SCLK SO CS HOLD SI is don t care during HOLD operation Figure 11 WP Disable Setup and Hold Timing during WRSR when SRWD 1 High Z 01 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 tWHSL tSHWL SCLK SI CS WP SO Page 99 of 152 ...

Страница 116: ...14 Read Identification RDID Sequence Command 9F 2 1 3 4 5 6 7 8 9 10 11 12 13 14 15 Command 0 Manufacturer Identification High Z MSB 15 14 13 3 2 1 0 Device Identification MSB 7 6 5 3 2 1 0 16 17 18 28 29 30 31 SCLK SI CS SO 9F 2 1 3 4 5 6 7 High Z 0 06 Command SCLK SI CS SO 2 1 3 4 5 6 7 High Z 0 04 Command SCLK SI CS SO Page 100 of 152 ...

Страница 117: ...12 13 14 15 command 0 7 6 5 4 3 2 1 0 Status Register Out High Z MSB 7 6 5 4 3 2 1 0 Status Register Out MSB 7 SCLK SI CS SO 05 2 1 3 4 5 6 7 8 9 10 11 12 13 14 15 Status Register In 0 7 6 5 4 3 2 0 1 MSB SCLK SI CS SO 01 High Z command SCLK SI CS SO 23 2 1 3 4 5 6 7 8 9 10 28 29 30 31 32 33 34 35 22 21 3 2 1 0 36 37 38 7 6 5 4 3 1 7 0 Data Out 1 24 Bit Address 0 MSB MSB 2 39 Data Out 2 03 High Z ...

Страница 118: ... Command 0B 23 2 1 3 4 5 6 7 8 9 10 28 29 30 31 22 21 3 2 1 0 High Z 24 BIT ADDRESS 0 32 33 34 36 37 38 39 40 41 42 43 44 45 46 7 6 5 4 3 2 0 1 DATA OUT 1 Dummy Byte MSB 7 6 5 4 3 2 1 0 DATA OUT 2 MSB MSB 7 47 7 6 5 4 3 2 0 1 35 SCLK SI CS SO SCLK SI CS SO 0B Command Page 102 of 152 ...

Страница 119: ...it7 bit5 address bit23 bit21 bit19 bit1 21 22 23 24 25 26 27 Figure 20 Page Program PP Sequence Command 02 42 41 43 44 45 46 47 48 49 50 52 53 54 55 40 23 2 1 3 4 5 6 7 8 9 10 28 29 30 31 32 33 34 35 22 21 3 2 1 0 36 37 38 24 Bit Address 0 7 6 5 4 3 2 0 1 Data Byte 1 39 51 7 6 5 4 3 2 0 1 Data Byte 2 7 6 5 4 3 2 0 1 Data Byte 3 Data Byte 256 2079 2078 2077 2076 2075 2074 2073 7 6 5 4 3 2 0 1 2072 ...

Страница 120: ...turn the SO pin to tri state 3 ToendtheCPmode eitherreachingthehighestunprotectedaddressorsendingWriteDisable WRDI command 04hex mayachieveitandthenitisrecommendedtosendRDSRcommand 05hex toverifyifCPmodeisended Note SE command is 20 hex Note BE command is D8 hex 24 Bit Address 2 1 3 4 5 6 7 8 9 29 30 31 0 23 22 2 0 1 MSB SCLK CS SI D8 Command CS SCLK 0 1 6 7 8 9 SI Command AD hex 30 31 31 S0 high ...

Страница 121: ...ES Sequence Command AB Note CE command is 60 hex or C7 hex 2 1 3 4 5 6 7 0 60 or C7 SCLK SI CS Command 2 1 3 4 5 6 7 0 tDP Deep Power down Mode Stand by Mode SCLK CS SI B9 Command 23 2 1 3 4 5 6 7 8 9 10 28 29 30 31 32 33 34 35 22 21 3 2 1 0 36 37 38 7 6 5 4 3 2 0 1 High Z Electronic Signature Out 3 Dummy Bytes 0 MSB Stand by Mode Deep Power down Mode MSB tRES2 SCLK CS SI SO AB Command Page 105 of...

Страница 122: ...ure 28 Read Electronic Manufacturer Device ID REMS Sequence Command 90 or EF 15 14 13 3 2 1 0 2 1 3 4 5 6 7 8 9 10 2 Dummy Bytes 0 32 33 34 36 37 38 39 40 41 42 43 44 45 46 7 6 5 4 3 2 0 1 Manufacturer ID ADD 1 MSB 7 6 5 4 3 2 1 0 Device ID MSB MSB 7 47 7 6 5 4 3 2 0 1 35 31 30 29 28 SCLK SI CS SO SCLK SI CS SO X 90 High Z Command 2 1 3 4 5 6 7 0 tRES1 Stand by Mode Deep Power down Mode High Z SCL...

Страница 123: ...Timing VCC VCC min VWI Reset State of the Flash Chip Selection is Not Allowed Program Erase and Write Commands are Ignored tVSL tPUW time Read Command is allowed Device is fully accessible VCC max Note VCC max is 3 6V and VCC min is 2 7V Page 107 of 152 ...

Страница 124: ...ed the device may not operate correctly Figure A AC Timing at Device Power Up Notes 1 Sampled not 100 tested 2 For AC spec tCHSL tSLCH tDVCH tCHDX tSHSL tCHSH tSHCH tCHCL tCLCH in the figure please refer to AC CHARACTERISTICS table Symbol Parameter Notes Min Max Unit tVR VCC Rise Time 1 0 5 500000 us V SCLK SI CS VCC MSB IN SO tDVCH High Impedance LSB IN tSLCH tCHDX tCHCL tCLCH tSHCH tSHSL tCHSH t...

Страница 125: ... 1 4 5 ms Erase ProgramCycle 100 000 cycles Note 1 Typical program and erase time assumes the following conditions 25 C 3 3V and checker board pattern 2 Under worst conditions of 70 C and 2 7V 3 System level overhead is the time required to execute the first bus cycle sequence for the programming command MIN MAX Input Voltage with respect to GND on ACC 1 0V 11 5V Input Voltage with respect to GND ...

Страница 126: ...from 47MHz to 862MHz The MAX3543 includes a variable gain low noise input amplifier an RF tracking filter image rejection mixer a power detector optional RF gain control loop RFAGC VCO with fractional N PLL IF band pass anti alias filter IF variable gain amplifier separate analog and digital IF outputs including digital SAW bandwidth switch and a crystal oscillator 0 1 2 0 33 45 67 8 5 1 8 59 8 4 ...

Страница 127: ... Output Logic Level Low 3 mA sink current 0 4 V TEST 11 Output Logic Level High Vcc 0 5 V TEST 12 Maximum Clock Rate 400 kHz TEST Typical Operating Circuit as shown RF Center Frequency 666MHz IF Center Frequency 36 15MHz Registers set according to Table 1 Fref 16 MHz RFVGC IFVGC VCC 3 3V TA 25º unless otherwise noted 0 0 1 21a RFINL Operating Frequency Range Noise Figure specification is met over ...

Страница 128: ...00 9 5dB Vpp to Vrms modulated waveform 46 dBm 0 2 3 76 RF N Divider Integer Part 19 251 77 Fractional N Resolution 20 Bits 78a Phase Detector Frequency FREF 2 8 10 5 MHz 78b Phase Detector Frequency FREF 1 16 21 MHz 80 Frequency 16 21 MHz 83 External Overdrive Level AC coupled sine wave input 0 5 Vpp 85 Output Freq 1 4 modes 4 4 Fxtal MHz 86 Output Level Load 20kM 3pF 750 mVpp Page 112 of 152 ...

Страница 129: ...GA Output Connect to the demodulator input Requires DC blocking capacitors 17 GNDDIG Digital Ground 18 REFOUT Crystal Output for demodulator Output frequency is XTAL 1 or 4 19 VCCDIG Digital supply 20 SCL 2 Wire Serial Clock Interface Requires a pullup resistor to VCC 21 XTALB Crystal Oscillator Base pin Connect to crystal through a DC blocking cap and connect a cap to XTALE 22 XTALE Crystal Oscil...

Страница 130: ... frequency This along with small SOT 23 TSOT 23 footprint provides small PCB area application Applications Portable Navigation Device Smart phone USB Dongle Set Top Box Media Player Features low Rds on for internal switches top bottom ο SY8008A 300m 250m 0 6A ο SY8008B 250m 200m 1A ο SY8008C 200m 150m 1 2A 2 5 5 5V input voltage range 1 5MHz switching frequency minimizes the external components In...

Страница 131: ... Connect this pin to the center point of the output resistor divider as shown in Figure 1 to program the output voltage Vout 0 6 1 R1 R2 Add optional C1 10p 47pF to speed up transient response Absolute Maximum Ratings Note 1 Supply Input Voltage 6 0V Enable FB Voltage VIN 0 6V Power Dissipation PD TA 25 C SOT23 5 TSOT23 5 0 4W Package Thermal Resistance Note 2 SOT23 5 TSOT23 5 θJA 250 C W SOT23 5 ...

Страница 132: ...quency FOSC IOUT 100mA 1 5 MHz Min ON Time 50 ns Max Duty Cycle 100 Thermal Shutdown Temperature TSD 160 C Note 1 Stresses listed as the above Absolute Maximum Ratings may cause permanent damage to the device These are for stress ratings Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied Exposu...

Страница 133: ...0 0 30 0 50 2 80 3 10 2 70 3 00 1 50 1 70 0 30 0 50 2 80 3 10 2 70 3 00 Recommended Pad Layout 0 1 0 15 0 25 REF 0 3 0 6 0 1 0 15 0 25 REF 0 3 0 6 1 0 1 3 0 01 0 1 1 90 TYP 0 95 TYP 1 0 1 3 0 01 0 1 1 90 TYP 0 95 TYP Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 117 of 152 ...

Страница 134: ... 40 0 80 0 55 0 95 TYP 1 50 1 70 0 30 0 50 2 80 3 10 2 70 3 00 1 50 1 70 0 30 0 50 2 80 3 10 2 70 3 00 Recommended Pad Layout 0 3 0 6 0 1 0 20 0 25 REF 1 00 max 0 01 0 1 1 90 TYP 0 95 TYP Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 118 of 152 ...

Страница 135: ...requency Ordering Information SY8009 Temperature Code C 40 C 85 C Package Code AA SOT23 5 EB SSOT23 6 Spec Code Features low Rds on for internal switches top bottom SY8009A 200mohm 150mohm 1 5A SOT23 5 SY8009B 150mohm 120mohm 2 0A SSOT23 6 3 5 5V input voltage range High switching frequency minimizes the external components SY8009A 1 5MHz SY8009B 1MHz Internal softstart limits the inrush current 1...

Страница 136: ...Feedback Pin Connect this pin to the center point of the output resistor divider as shown in Figure 1 to program the output voltage Vout 0 6 1 R1 R2 Absolute Maximum Ratings Note 1 Supply Input Voltage 6 0V Enable FB Voltage VIN 0 6V Power Dissipation PD TA 25 C SOT23 5 SSOT23 6 0 4W Package Thermal Resistance Note 2 SOT23 5 SSOT23 6 θJA 250 C W SOT23 5 SSOT23 6 θJC 130 C W Junction Temperature Ra...

Страница 137: ...or Frequency FOSC IOUT 500mA SY8009B 1 MHz Min ON Time 50 ns Max Duty Cycle 100 Thermal Shutdown Temperature TSD 160 C Note 1 Stresses listed as the above Absolute Maximum Ratings may cause permanent damage to the device These are for stress ratings Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not im...

Страница 138: ...30 0 50 2 80 3 10 2 70 3 00 1 50 1 70 0 30 0 50 2 80 3 10 2 70 3 00 Recommended Pad Layout 0 1 0 15 0 25 REF 0 3 0 6 0 1 0 15 0 25 REF 0 3 0 6 1 0 1 3 0 01 0 1 1 90 TYP 0 95 TYP 1 0 1 3 0 01 0 1 1 90 TYP 0 95 TYP Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 122 of 152 ...

Страница 139: ...0 1 90 0 60 1 00 2 30 2 50 2 50 3 00 0 25 0 40 Recommended Pad Layout 0 30 0 60 0 10 0 20 0 30 0 60 0 10 0 20 2 95 3 10 0 90 1 00 0 01 0 10 0 95 TYP 2 95 3 10 0 90 1 00 0 01 0 10 0 95 TYP Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 123 of 152 ...

Страница 140: ...t voltage ripple and small external inductor and capacitor sizes are achieved with 400 kHz switching frequency Applications Set Top Box Portable TV Access Point Router DSL Modem LCD TV Features low Rds on for internal switches top bottom 150 100 mΩ 4 15V input voltage range 400 kHz switching frequency Internal softstart limits the inrush current 2 0 6V reference 100 dropout operation RoHS Complian...

Страница 141: ...gram the output voltage Vout 0 6 1 R1 R2 EN 8 Enable control Pull high to turn on Do not float NC 2 3 No connection Absolute Maximum Ratings Note 1 Supply Input Voltage 16V Enable FB Voltage VIN 0 6V Power Dissipation PD TA 25 C SO8 0 65W Package Thermal Resistance Note 2 θJA 90 C W θJC 45 C W Junction Temperature Range 150 C Lead Temperature Soldering 10 sec 260 C Storage Temperature Range 65 C t...

Страница 142: ... 4 MHz Min ON Time 50 ns Max Duty Cycle 90 Thermal Shutdown Temperature TSD 160 C Note 1 Stresses listed as the above Absolute Maximum Ratings may cause permanent damage to the device These are for stress ratings Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied Exposure to absolute maximum ra...

Страница 143: ... 0 50 5 80 6 10 3 80 4 00 Recommended Pad Layout 4 5 0 25 base 0 8 0 18 0 25 0 25 0 50 0 60 0 85 4 5 0 25 base 0 8 0 18 0 25 0 25 0 50 0 60 0 85 1 27 TYP 1 40 1 60 0 08 0 25 4 80 5 00 1 27 TYP 1 40 1 60 0 08 0 25 4 80 5 00 Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 127 of 152 ...

Страница 144: ...put voltage ripple and small external inductor and capacitor sizes are achieved with 400KHz switching frequency Applications Set Top Box Portable TV Access Point Router DSL Modem LCD TV Features low Rds on for internal switches top bottom 120 80 m 4 15V input voltage range 400KHz switching frequency Internal softstart limits the inrush current 2 0 6V reference RoHS Compliant and Halogen Free Compa...

Страница 145: ...r divider as shown in Figure 1 to program the output voltage Vout 0 6 1 R1 R2 EN 8 Enable control Pull high to turn on Do not float NC 2 3 No connection Absolute Maximum Ratings Note 1 Supply Input Voltage 16V Enable FB Voltage VIN 0 6V Power Dissipation PD TA 25 C SO8E 1 2W Package Thermal Resistance Note 2 θJA 50 C W θJC 10 C W Junction Temperature Range 150 C Lead Temperature Soldering 10 sec 2...

Страница 146: ...M Hz Min ON Time 50 ns Max Duty Cycle 90 Thermal Shutdown Temperature TSD 160 C Note 1 Stresses listed as the above Absolute Maximum Ratings may cause permanent damage to the device These are for stress ratings Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied Exposure to absolute maximum rati...

Страница 147: ... 80 6 10 3 80 4 00 Recommended Pad Layout 4 5 0 25 base 0 8 0 18 0 25 0 25 0 50 0 60 0 85 4 5 0 25 base 0 8 0 18 0 25 0 25 0 50 0 60 0 85 1 27 TYP 1 40 1 60 0 08 0 25 4 80 5 00 1 27 TYP 1 40 1 60 0 08 0 25 4 80 5 00 Notes All dimensions are in millimeters All dimensions don t include mold flash metal burr Page 131 of 152 ...

Страница 148: ...PCB INFORMATION PCB of main board 1 Page 132 of 152 ...

Страница 149: ...PCB of main board 2 Page 133 of 152 ...

Страница 150: ...PCB of main board 3 Page 134 of 152 ...

Страница 151: ...PCB of main board 4 Page 135 of 152 ...

Страница 152: ...PCB of main board 5 Page 136 of 152 ...

Страница 153: ...PCB of main board 6 Page 137 of 152 ...

Страница 154: ...PCB of DVD 1 Page 138 of 152 ...

Страница 155: ...PCB of DVD 2 Page 139 of 152 ...

Страница 156: ...PCB of DVD 3 Page 140 of 152 ...

Страница 157: ...PCB of DVD 4 Page 141 of 152 ...

Страница 158: ...PCB of DVD 5 Page 142 of 152 ...

Страница 159: ...PCB of DVD 6 Page 143 of 152 ...

Страница 160: ...1 USB port STEP1 cope correct file to usb disk the file must named as MERGE bin STEP2 plug usb disk into usb port on board and ensure it is stable STEP3 open the factory menu MENU 4321 or SOURCE 2580 as PIC1 PIC1 STEP4 select the item Software Update USB to open update menu as PIC2 PIC2 STEP5 press left key to start update STEP6 TV will standby if finish update Update processing as PIC3 Page 144 o...

Страница 161: ...IC3 2 ISP connect on board usb update tool is used on this method the tool as PIC4 of course update SW is used together it as PIC5 图 4 PIC5 STEP1 ensure usb tool connect correctly As PIC6 Page 145 of 152 ...

Страница 162: ...the blue 4pin connector it is correct ISP connector STEP2 run the update SW and press connect button you shall see the picture like PIC7 PIC7 PIC8 If picture looks like PIC8 please double check stpe1 and do step2 again STEP3 press Read button then select the correct update file Page 146 of 152 ...

Страница 163: ...ers as PIC9 then press Run PIC9 STEP5 please kindly wait a moment it is finish as PIC10 PIC10 3 VGA PORT You need a adapter looks like PIC11 PIC11 Please ensure connect correctly with the VGA adapter then do like ISP update steps Page 147 of 152 ...

Страница 164: ...gineer or saler file as PIC12 STEP1 plug USB TOOL into usb port of your computer the computer will auto check new HW and lead you to setup driver PIC12 STEP2 there are three drivers you should setup NOTE usb drivers and update SW just be operated on windows XP OS Page 148 of 152 ...

Страница 165: ...b The pattern for VGA ADC must include pure white 100IRE and pure black 0IRE VGA checkerboard pattern R G B range 0 255 2 AGING MODE TV manufactory would do the aging mode experiment for the new product When entering aging mode the machine will go to remember state It will quit when turning to OFF 3 REGION 1 COUNTRY If we change country then OSD Language Audio Language Subtitle Language LCN and Ti...

Страница 166: ...st the contrast and brightness Generally we fix the G value just change the R and B to a proper value The brightness of testing region must be upon 1 NIT and under 80 of the max value 7 PICTURE MODE There are contrast brightness color sharpness and tint in this page 8 SPECIAL SET 1 2HOUR OFF The TV only run 2 hours when turn on every time After 2 hours it will turn off automatically 2 WDT Watch Do...

Страница 167: ...off for designer default is off when turn on can write or read register value by debug tool 12 OverScan For the OEM factory adjust the imagine valid size by theirself as what they want And they tell the designer the value to write it into the SW 13 BMTEST For the designer use when one board change the DDR chip has to do the phase test 9 SW INFORMATION This item records the time when the SW built 1...

Страница 168: ...work 7 HOTEL ATV PRO When the POWER ON SOURCE is set to ATV the TV will go to the selected ATV program when power on 8 HOTEL DTV PRO When the POWER ON SOURCE is set to DTV the TV will go to the selected DTV program when power on 9 HOTEL POWER VOL We can set the default volume when power on 11 POWER ON Go to power on state mode when AC on OFF Go to standby state when AC on LAST Go to last state tha...

Страница 169: ...ssis 8 Ultra Slim Ultra slim LED panel slim chassis Cabinet design modification No 0 Glass 9key Glass 3key 1 Glass 3key 3 Glass smile 9key 5 Glass smile 3keys 7 Glass smile line 9keys 9 Glass smile line 3keys 4 Plastic 9key 6 Plastic 3key Front cabinet material G Glass Glass P Plastic M Metal Front cabinet color B Black Black S Silver W White R Red Front cabinet surface finishing G Glossy Glossy M...

Страница 170: ...RT 1xSCART A1 1xSCART A2 2xSCART Specific for markets E European Simbol veiling will mean E British B British R Russian Presence of MHEG5 decoder 5 MHEG 5 MHEG 5 No MHEG 5 Comment Comment please use Value selection column settings to change TV model options and get interactive demonstration of its influence to the TV model name Just click on the value clik on the pop up symbol and select new one f...

Страница 171: ...ing box color El dalys Tiekimas Front cab Finishing Glossy Box sticker for TV color Panelės Tiekimas Stand design rectangle stand pivot Security bar code label Mech dalys Tiekimas Stand material Plastic Brand name label Tara Tiekimas Stand color Black Info label Spausdiniai Tiekimas Stand surf finishing Glossy TV serial No Gamyba Gamyba TV specification Bar code No Marketingo vadybininko pastabos ...

Страница 172: ...Confidential 18 08 2021 Page 4 Page 4 TV PO sheet Assembly level CBU Required SKD content Full SKD tuner separate Required CKD content SMPS contol board ...

Страница 173: ...ot defined 26 50Hz 26 HD Not defined 26L 50Hz 26 HD Not defined 26FL 50Hz 26 HD Not defined C26FL 100Hz 26 FHD Not defined 32F 50Hz 32 HD Not defined C32F 100Hz 32 FHD Not defined 32L 50Hz 32 HD Not defined C32L 100Hz 32 HD Not defined 32FL 50Hz 32 FHD Not defined C32FL 100Hz 32 FHD LC370WXN SCA1 37 50Hz 37 HD Not defined 40FL 50Hz 40 FHD Not defined C40FL 100Hz 40 HD Not defined 42 50Hz 42 HD Not...

Страница 174: ...CCFL CCFL CCFL LED CCFL CCFL CCFL CCFL LED LED CCFL CCFL LED CCFL LED LED LED CCFL CCFL LED LED LED LED CCFL LED LED CCFL CCFL CCFL CCFL LED LED CCFL Back Light LED CCFL ...

Страница 175: ...aker cable and ferrite core subassembly 2 54mm 4pin pcs 0 26 OSCB001 2T604405501 1 25 to 2 0 6pin cable 550mm pcs 0 27 OSCB002 2T604505501 1 25 to 2 0 9pin cable 550mm pcs 0 28 BKCB001 2T601904001 Power inverter cable pcs 0 29 BKCB002 2T601114001 Inverter cable and ferrite core subassembly 2 0mm 8 to 6pin 400mm pcs 0 30 BKCB004 2T609102001 Power cable and ferrite core subassembly 2 0mm 8 to 8pin 2...

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