10393 (C) Elphel, Inc. 2015 · ppad 6 vin 4 en 3 fault 1 vout u29 txs0101drlr 3 a 2 gnd 5 oe 1 vcca 6 vccb 4 b u28 ... led_act 2 lx 39 mdio 7 rset 10 trdm[0] 13 trdm[1] 16 trdm[2]

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1

Free Documentation License".A copy of the license is included in the section entitled "GNUwith no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.or any later version published by the Free Software Foundation;under the terms of the GNU Free Documentation License, Version 1.3Permission is also granted to copy, distribute and/or modify this document

Licensed under CERN OHL v.1.1 or later, see http://ohwr.org/cernohl

Copyright (c) 2013 Elphel, Inc.

MH6

MH5

MH4

MH3

MH2

MH1

C261

0.1

C260

0.1

C259

0.1

C258

0.1

C257

0.1

C114.7uF6.3V

C44.7uF6.3V

C34.7uF6.3V

U27

26.0MHz

ASDMB-26.000MHZ-XY-T

1EN

2GND

4VCC

3Y

C29100uF4V

C27100uF4V

C30100uF4V

C42100uF4V

C35100uF4V

+C28330uF2.5V

+C22330uF2.5V

+C26330uF2.5V

PWR

U1

XC

7Z

030-1

FB

G484C

A8GND

A18AA4AA8AA18AB1AB6AB11AB21B1B11B21C4C14D7D17E10E20F3F13G6G16H9H13H19J2J8J10J12J14J22K5K9K13L8L10L14L18M1M9M13M21N4N8N10N14P9P11P13P15P17R1R2R3R4R5R6R10R20T1T7T13U3U16V2V6V9V19W4W12W22Y2Y6Y15

K8VCCAUX

M8P8

R13VCCBRAM

R15

J9VCCINT

J11K10

L9M10

N9P10P12

J15VCCPAUX

L15M14N15

H14VCCPINT

J13K14L13N13P14

H12VCCPLL

C620.226.3V

C600.226.3V

C560.226.3V

C520.226.3V

C580.226.3V

C540.226.3V

C500.226.3V

C440.226.3V

C410.226.3V

C320.226.3V

I2C addr:

U3

SI5338A-A-GM

3CLKIN

5FDBK

25GND

262728

23RSVD

12SCL

19SDA

7VDD

24

20VDDO0

16VDDO1

15VDDO2

11VDDO3

1XTAL1

4A0

22CLK0A

21CLK0B

18CLK1A

17CLK1B

14CLK2A

13CLK2B

10CLK3A

9CLK3B

6FDKB

8INTR

2XTAL2

R61001%

GTX-112

U1

XC

7Z

030-1

FB

G484C

AB5MGTAVCC

U4

V5

Y5

AA3MGTAVTT

AB2

T2

V1

Y1

T6MGTAVTTRCAL

U5MGTREFCLK0N

U6MGTREFCLK0P

W5MGTREFCLK1N

W6MGTREFCLK1P

T5MGTRREF

W3MGTVCCAUX

AA5MGTXRXN0

Y3MGTXRXN1

V3MGTXRXN2

T3MGTXRXN3

AA6MGTXRXP0

Y4MGTXRXP1

V4MGTXRXP2

T4MGTXRXP3

AB3MGTXTXN0

AA1MGTXTXN1

W1MGTXTXN2

U1MGTXTXN3

AB4MGTXTXP0

AA2MGTXTXP1

W2MGTXTXP2

U2MGTXTXP3

C2442.2uF10V

C2432.2uF10V

C12.2uF10V

C22.2uF10V

C592.2uF10V

C552.2uF10V

C512.2uF10V

C572.2uF10V

C532.2uF10V

C492.2uF10V

C432.2uF10V

C402.2uF10V

C312.2uF10V

C6110uF4V

U26

25.0MHz


1EN

2GND

4VCC

3Y

U2

25.0MHz


1EN

2GND

4VCC

3Y

R86

22 1%

R85

22 1%

R84

22 1%

L18

600Ohm 300mA

L17

600Ohm 300mA

L1

600Ohm 300mA

L2

600Ohm 300mA

L3

600Ohm 300mA

L4

600Ohm 300mA

C140.1

C150.1

C2460.1

C2450.1

C50.1

C60.1

C80.1

C70.1

C160.1

R4

4.70K 1%

R1

4.70K 1%R2

4.70K 1%

R3

4.70K 1%

R5

4.70K 1%

C48

0.1

C47

0.1

C46

0.1

C45

0.1

C18

0.1

C17

0.1

C37

0.1

C38

0.1

C39

0.1

C36

0.01

C33

0.01

C34

0.01

CO

NF

IG

U1

XC

7Z

030-1

FB

G484C

G2PUDC_B

P6VCCO0

AB7CFGBVS0

R7DONE0

N11DXN0

N12DXP0

Y7INITB0

AA7PROGRAMB0

R14RSVDGND

V7RSVDVCC00

U7RSVDVCC01

W7RSVDVCC02

R12TCK0

R8TDI0

R11TDO0

R9TMS0

P7VCCBAT0

Elphel, Inchttp://www.elphel.com

REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN

Andrey FilippovAndrey Filippov03/05/2013

393Camera System Board

80393

1D203930

18/2/2013

1 6

1:10:10 PM10393

VP10 06

VP15 03,04,05,06

PUDC

JTAG_PUVP18 02,04,05,06

INITB

PGM

VP18 02,04,05,06

VP18 02,04,05,06VCC_PLL

VP18 02,04,05,06

VP15 03,04,05,06

CLK25MHZ0MEMCLK 05

CLK25MHZVCC_SENS01 04,06

VP18 02,04,05,06V18OSC

FFCLKP1 04

PMG_SCL18FFCLKN1 04

PMG_SDA18

FFCLKP 04PMG_SCL18,PMG_SDA18 02,04,06

FFCLKN 04

VP18 02,04,05,06V18_CLK

MGTRC0NMGTRC0P

SATA_TXP 04MGTRCP SATA_TXPI

MGTRCN SATA_TXMI

SATA_TXM 04

MGTRREF

MGTAVTT12 06SATA_RXP 04

SATA_RXPI

SATA_RXMI

SATA_RXM 04

MGTAVCC10 06

VP18 02,04,05,06MGTVCCAUX18

MII25IN0

MII25IN 02VP18 02,04,05,06

V18OSCMII

USB_26MHZ0

USB_26MHZ 02VP18 02,04,05,06

V18OSCUSB

C257-C261: Do not install

Install R1 or R2

Check - wich pins are actual ground (for decoupling caps)

510JCA150M000AAG

150MHz

pOWER - USE 2X8A module (2x4A?) for 1.0+1.8VUse LTC3589 for [email protected] (DDR3- all), 2 other buck - 2 HR baanks VCCO set at 1.5V initial (1.34V..2.789V)

LDO - PLL. ADC, ???PUDC_B - 0 - enable weak pullup during config (PS)

PS_MIO_VREF - 0.9V (VCCMIO1/2) - done

VCCBATT is required only when using bitstream encryption. If battery is not used, connect VCCBATT to either GND or VCCAUXVCCBRAM (PL) 1.0VVCCAUX_IO_G# - not used in this package

VCC_AUX (PL) - 1.8V

VCC_PLL(PS) - 1.8V

VCCO_MIO0 (PS) - 1.8V

VCCO_MIO1 (PS) - 1.8V

VCCO_DDR (PS) - 1.5V

VCCPINT (PS) - 1.0V

VCCPAUX (PS) - 1.8V

Temperature measurement diode

After boot "SHUT_DOWN" will be pulled low by a resitor, so CLOCK_ALARM will be low (on) keeping input DC-DC on

When input power is re-applied to the DC-DC (after being off) Q2 will be kept off while capacitor is charging

SHUT_DOWN - one of the unused MIO (GPIO) pins

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1

U30

MIC2005-0.5YML

2CSLEW

5GND

7PPAD

6VIN

4EN

3FAULT

1VOUT

U29

TXS0101DRLR

3A

2GND

5OE

1VCCA

6VCCB

4B

U28

SN74AUP1T34DRYR

2A

3GND

1VCCA

6VCCB

4B




R87

0

R10

287K 1%

J1-12

J1-11

J1-10

J1-9

J1-8

J1-7

J1-6

J1-5

J1-4

J1-3

J1-2

J1-1

J2-12

J2-9

J2-8

J2-7

J2-10

J2-11

J2-6

J2-3

J2-2

J2-1

J2-4

J2-5

U5

SN74AHC1G00DRLR

12

3

5

4

U6

SN74AHC1G00DRLR

12

3

5

4

C68

0.22 6.3V

C64100uF4V

C72100uF4V

C700.226.3V

C660.226.3V

C800.226.3V

C740.226.3V

U4

33.333MHz


1EN

2GND

4VCC

3Y

C2472.2uF10V

C692.2uF10V

C652.2uF10V

C792.2uF10V

C732.2uF10V

J5-14J5-13J5-12J5-11

J5-10

J5-9

J5-8

J5-7

J5-6

J5-5

J5-4

J5-3

J5-2

J5-1

J4-11

J4-10

J4-9

J4-8

J4-7

J4-6

J4-5

J4-4

J4-3

J4-2

J4-1

L7

1.2A

L6

1.2A

U7

CP

2103-G

M

22CTS

28DCD

26DSR

2GND

7REGIN

1RI

24RXD

29SGND

3031323334353637

8VBUS

6VDD

5VIO

4DM

3DP

19GPIO[0]

18GPIO[1]

17GPIO[2]

16GPIO[3]

9RST

27DTR

11NSUSP

23RTS

12SUSP

25TXD

U8

TXS02612RTWR

9CLKA

2GND

1125262728

24SEL

5VCCA

21VCCB0

17VCCB1

4CMDA

20CMDB0

12CMDB1

6DA[0]

7DA[1]

1DA[2]

3DA[3]

18DB0[0]

16DB0[1]

23DB0[2]

22DB0[3]

14DB1[0]

15DB1[1]

8DB1[2]

10DB1[3]

19CLKB0

13CLKB1

CR1

TPD4S012DRYR

2DM

1DP

4GND

3ID

6VBUS

CR2

TPD4S012DRYR

2DM

1DP

4GND

3ID

6VBUS

U9

TUSB1211A1ZRQR

B4CFG

E1CHRG_EN

F1CHRG_POL

B3CS

C3CS_N

E2FAULT

C5GND

D2

E4

F5REFCLK

E3REGV33

C4RESET

D6STP

F3VBAT

F4VBUS

E6VDD15

B5VDDIO

B2

B1DATA[0]

A1DATA[1]

A2DATA[2]

A3DATA[3]

A5DATA[4]

A6DATA[5]

B6DATA[6]

C6DATA[7]

C1DM

D1DP

D3ID

C2NC

F2CHRG_DET

A4CLOCK

E5DIR

D5NXT

D4PSW

F6SOF

C96

330pF

C95

330pF

R30

510 1%

R36

510 1%

R35

510 1%

R62

2.37K1%

R90

2.37K 1%

R34

2.37K 1%

R15

22 1%

R9

22 1%

R19

22 1%

C97

10uF 6.3V

C100

10uF 6.3V

C93

1.0uF 6.3V

C85

1.0uF 6.3V

L9

4.7uH 1.0A

U10

AR8035-AL1A

14AVDD33

6AVDDL

11

17

38DVDDL

41GND_PAD

50515253545556

4243444546474849

33GTX_CLK

40MDC

1RESET

32TX_EN

34TXD[0]

35TXD[1]

36TXD[2]

37TXD[3]

3VDD33

5XTALI_CLKIN

24LED_100

22LED_1000

21LED_ACT

2LX

39MDIO 7

RSET

10TRDM[0]

13TRDM[1]

16TRDM[2]

19TRDM[3]

9TRDP[0]

12TRDP[1]

15TRDP[2]

18TRDP[3]

20MDINT

31RX_CLK

30RX_DV

29RXD[0]

28RXD[1]

26RXD[2]

25RXD[3]

23SYSCLK

27V1X_REG

8V25_REG

4XTALO

L5

600Ohm 300mA

L10

600Ohm 300mA

L8

600Ohm 300mA

C130.1

C120.1

C630.1

Gr

Or

Y

RJ-8

RJ-7

RJ-5

RJ-4

RJ-6

RJ-3

RJ-6

RJ-3

RJ-2

RJ-1

RJ-2

RJ-1

J3

0826-1X1T-M1-F

18

20

17

19

21

22

12

6

1

7

10

11

5

4

2

3

9

8

13

14

15

16

MIO0-500

U1

XC

7Z

030-1

FB

G484C

E8I2C_SCL

D9I2C_SDA

D8MDIO_C

C7MDIO_D

F10MIO_VREF

D10PS_MIO49

G12RGMII_RX_CLK

A7RGMII_RX_CTL

B10RGMII_RX_D0

F11RGMII_RX_D1

B9RGMII_RX_D2

G9RGMII_RX_D3

G10RGMII_TX_CLK

A9RGMII_TX_CTL

A10RGMII_TX_D0

H11RGMII_TX_D1

A11RGMII_TX_D2

H10RGMII_TX_D3

C10SDIO0_CLK

C5SDIO0_CMD

D11SDIO0_DATA0

D6SDIO0_DATA1

B5SDIO0_DATA2

E9SDIO0_DATA3

C8UART_RX

C6UART_TX

D4USB0_ULPI_CLK

E6USB0_ULPI_DATA0

B8USB0_ULPI_DATA1

E4USB0_ULPI_DATA2

A5USB0_ULPI_DATA3

H8USB0_ULPI_DATA4

E7USB0_ULPI_DATA5

B7USB0_ULPI_DATA6

D5USB0_ULPI_DATA7

C11USB0_ULPI_DIR

A6USB0_ULPI_NXT

F9USB0_ULPI_STP

B6VCCO_MIO1

C9

E5

F8

G11

G8SDIO0_CD

R1820.0K1%

R3120.0K1%

R2920.0K1%

R2720.0K1%

R2620.0K1%

R2520.0K1%

R2020.0K1%

R16

49.9 1%

R21

4.70K 1%

R14

4.70K 1%

R12

4.70K 1%

R11

4.70K 1%

R28

4.70K 1%

R38

4.70K 1%

R37

4.70K 1%

U11

MT

29F

4G

08A

BB

DA

H4-I

T:D

C4AL

D5CL

C6E

G5LCK

D4R

H8VDD

J6

D3

G4

C5VSS

K3

K8

F7

C7W

C3WP

H4IO0

J4IO1

K4IO2

K5IO3

K6IO4

J7IO5

K7IO6

J8IO7

C8RNB

MIO0-500U1

XC

7Z

030-1

FB

G484C

C15NAND_ALE

D13NAND_BUSY

G13NAND_CE

A15NAND_CLE

B13NAND_IO[0]

D15NAND_IO[1]

F12NAND_IO[2]

D14NAND_IO[3]

A14NAND_IO[4]

C13NAND_IO[5]

E14NAND_IO[6]

E12NAND_IO[7]

B12NAND_RE

B14NAND_WE

A12PS_CLK

B15PS_MIO1

E13PS_MIO15

C12PS_POR

E11PS_SRST

A13VCCO_MIO0

D12

R17

1.0K 1%

R33

10.0K 1%

R24

10.0K 1%

R23

10.0K 1%

R22

10.0K 1%R32

10.0K 1%

R8

10.0K 1%

R7

10.0K 1%

C67

0.1

C19

0.1

C10

0.1

C9

0.1

C71

0.1

C78

0.1

C77

0.1

C89

0.1

C86

0.1

C101

0.1

C104

0.1

C98

0.1

C102

0.1

C90

0.1

C105

0.1

C108

0.1

C107

0.1

C106

0.1

C99

0.1

C88

0.1

C87

0.1

C84

0.1

C94

0.1

C76

0.01

C75

0.01

C103

0.01

C83

0.01

C82

0.01

C81

0.01

C92

0.01

C91

0.01


REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN



80393

1D203930

18/2/2013

2 6

1:10:10 PM10393

PS_POR 06EM_CE EM_D[0]

UART_SRST EM_D[1]

EM_ALE EM_D[2]PS_CLK

EM_WE EM_ALE EM_D[3]

EM_D[2] EM_CLE EM_D[4]

EM_D[0] EM_D[5]

EM_D[1] VP18 EM_D[6]

V18OSC33VP18 01,04,05,06

EM_CLE EM_D[7]

EM_REEM_BUSY

EM_D[0:7]EM_D[4]

EM_D[5]

EM_D[6]

EM_D[7]

EM_D[3]

EM_BUSY

VP18

VP18 01,04,05,06 PS_POR 06VP18 01,04,05,06 BOOT_SD

MII_TXC0

MII_TXC MII_TXC TRDP[0]

MIO_VREF MII_TD[0] MII_TD[0]

MII_TD[1] MII_TD[1] TRDM[0]

MII_TD[2] MII_TD[2]

8 01,04,05,06 MII_TD[3] MII_TD[3] TRDP[1]

MII_EN MII_EN

MII_RXC MII_RXC MII_RXC0 TRDM[1]

MII_RD[0] MII_RD[0]

MII_RD[1] MII_RD[1] TRDP[2]

MII

_T

XC

,MII

_T

D[0

:3],

MII

_E

N,M

II_

RX

C,M

II_

RD

[0:3

],M

II_

DV

MII_RD[2] MII_RD[2]

MII_RD[3] MII_RD[3] TRDM[2]

MII_DV MII_DV

TRDP[3]ULPI_D[4]

MII_RD[2]ULPI_DIR

TRDM[3]ULPI_STP

LPWR48_P[0]MII_RD[3]

ULPI_NXTLED1 LPWR48_P[1]

ULPI_D[0]LPWR48_P[2]

MII_RXC0ULPI_D[1]LPWR48_P[3]

ULPI_D[2]MIIV18

ULPI_D[3]MIIV25 VP33 04,06MDIO_C MDC25

ULPI_CLK VP18MDIO25

MIIBIASULPI_D[5] LED2

ULPI_D[6]SD_CKLK

MIIV25ULPI_D[7]

LPWR48_P[0:3]

PS_POR 06SD_CLK0MIIV18

LPWR48_P[0]SD_CMD

MIILXMIIV25

SD_D[0] LPWR48_P[1]

SD_D[1] MIIV11LPWR48_P[2]

SD_D[2]MIIV11A LPWR48_P[3]

SD_D[3]SD_CD

UL

PI_

D[0

:7],

UL

PI_

ST

P,U

LP

I_N

XT

,UL

PI_

DIR

,UL

PI_

CL

K

MD

IO_

C,M

DIO

_D

DCDCCTLP 06UART_RX18

MDIO_DUART_TX18 VP33

MIIV25

VP18 01,04,05,06

UA

RT

_R

X1

8,U

AR

T_

TX

18

PMG_SCL18PMG_SCL18

VP18 01,04,05,06PMG_SDA18VP18 01,04,05,06 MIIV33A

MDIO_C PMG_SDA18MII25IN 01

VP33 04,06MDIO_DPMG_SCL18,PMG_SDA18 01,04,06

VP18 01,04,05,06 VP5 04,06 USB_VBUS

PS_POR 06USB_DP

USB_DP 04

UART_RX18 USB_DMUSB_DM 04

ULPI_D[0]VP33 04,06

UART_TX18ULPI_D[1] USB_ID

USB_ID 04

ULPI_D[2] USB_VBUS

ULPI_D[3]

ULPI_D[4]USBV15

ULPI_D[5]USBS_VB

ULPI_D[6]VP18 01,04,05,06USBS_DM USBS_DM

ULPI_D[7]USBS_DP USBS_DP UART_BM

UART_ID ULPI_STP

UART_SRST ULPI_NXTVP33 04,06

UART_POR ULPI_DIR

SD

_D

[0:3

],S

D_

CK

LK

,SD

_C

MD

,SD

_C

D

ULPI_CLKVP33 04,06

USB_26MHZ 01

VP18 01,04,05,06 VP5 04,06

US

BS

_V

B

VP33LATE

VP33 04,06 PGOOD_V18 06

VP33 04,06

UART_BM,UART_SRST,UART_POR

SD_CDVP33LATE

UART_POR 06UART_POR

SD_D[0] EC_D[0]

SD_D[1] EC_D[1]

UART_SRST SD_D[2] EC_D[2]

SD_D[3] EC_D[3]

SD_CKLK EC_CKUART_BM

VP18 01,04,05,06SD_CMD EC_CM

EC_D[3] BOOT_SDSD_CD

VP18 01,04,05,06 SD_CD

VP33LATE

VP18 01,04,05,06

Force PS_POR from the UART port

(used to boot from SD)

No

te:

Pin

s 7

-12

on

J1

, J2

- ju

st

pla

ted

ho

les

J2-6 may be re-used, GND is available on J1

connect to VP5

bootstrap mode overwrite

at

rese

t -

rx_

clo

ck

de

lay e

na

ble

d,

xm

it -

dis

ab

led

Pro

ba

bly

PH

Y_

LO

AD

an

d 5

0O

hm

lo

ad

s a

re n

ot

ne

ed

ed

UG

93

3 p

65

- a

r80

35

su

pp

ort

s c

lock in

tern

al d

ela

y,

no

ne

ed

fo

r lo

ng

er

pcb

ro

ute

s

boot modes: ug585-Zynq-7000-TRM.pdf - page 146

NAND-0, SD-1

1

1

0

1

0

X

US

B (

de

vic

e)

- re

fla

sh

an

d c

on

so

le

Route USB id to the FPC connector

but ground it if normal hub is used

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1




C110100uF4V

C109100uF4V

C113100uF4V

C1220.226.3V

C1190.226.3V

C1160.226.3V

C1120.226.3V

C1210.226.3V

C1180.226.3V

C1150.226.3V

C1110.226.3V

C1142.2uF10V

C1202.2uF10V

C1172.2uF10V

R41

4.70K 1%

R40

100 1%

R39

100 1%

R43

1.0K 1%

R44

1.0K 1%

HP

34

U1

XC

7Z

030-1

FB

G484C

F16DDR_VREF

L17

B16VCCO_DDR

C19

D22

E15

F18

G21

J17

K20

M16

A16DDR_DQ[0]

A21DDR_DQ[10]

E22DDR_DQ[11]

B22DDR_DQ[12]

D20DDR_DQ[13]

C20DDR_DQ[14]

C22DDR_DQ[15]

G19DDR_DQ[16]

F21DDR_DQ[17]

G20DDR_DQ[18]

F22DDR_DQ[19]

D19DDR_DQ[1]

H22DDR_DQ[20]

G22DDR_DQ[21]

J21DDR_DQ[22]

J20DDR_DQ[23]

K19DDR_DQ[24]

M19DDR_DQ[25]

L19DDR_DQ[26]

M20DDR_DQ[27]

K22DDR_DQ[28]

L22DDR_DQ[29]

C16DDR_DQ[2]

K21DDR_DQ[30]

M22DDR_DQ[31]

C17DDR_DQ[3]

B19DDR_DQ[4]

A19DDR_DQ[5]

A17DDR_DQ[6]

C18DDR_DQ[7]

B20DDR_DQ[8]

E21DDR_DQ[9]

B17DDR_DQS[0]

D21DDR_DQS[1]

H20DDR_DQS[2]

L20DDR_DQS[3]

B18DDR_NDQS[0]

C21DDR_NDQS[1]

H21DDR_NDQS[2]

L21DDR_NDQS[3]

K18DDR_VRN

K17DDR_VRP

G15DDR_A[0]

E17DDR_A[10]

D18DDR_A[11]

F14DDR_A[12]

D16DDR_A[13]

G14DDR_A[14]

J16DDR_A[1]

K15DDR_A[2]

F19DDR_A[3]

F15DDR_A[4]

E19DDR_A[5]

H15DDR_A[6]

E18DDR_A[7]

F17DDR_A[8]

H16DDR_A[9]

G18DDR_BA[0]

H18DDR_BA[1]

J18DDR_BA[2]

M18DDR_CAS

M15DDR_CKE

H17DDR_CLK

K16DDR_CS

A20DDR_DM[0]

A22DDR_DM[1]

F20DDR_DM[2]

J19DDR_DM[3]

G17DDR_NCLK

N16DDR_ODT

M17DDR_RAS

E16DDR_RST

L16DDR_WE

U12

MT

41J256M

16R

E

N3A0

P7A1

L7A10

R7A11

N7A12

T3A13

T7A14

P3A2

N2A3

P8A4

P2A5

R8A6

R2A7

T8A8

R3A9

M2BA0

N8BA1

M3BA2

K3CAS

K9CKE

J7CLK

L2CS

E7DML

D3DMU

F3DQSL

C7DQSU

K7NCLK

G3NDQSL

B7NDQSU

K1ODT

J3RAS

T2RESET

N1VDD

R1

B2

K2

G7

K8

D9

N9

R9

A1VDDQ

C1

F1

D2

H2

A8

C9

E9

H9

M8VREFCA

H1VREFDQ

E1VSS

M9

P9

T9

M1

P1

T1

J2

B3

G8

J8

A9

B1VSSQ

D1

G1

E2

D8

E8

B9

F9

G9

L3WE

E3DQL0

F7DQL1

F2DQL2

F8DQL3

H3DQL4

H8DQL5

G2DQL6

H7DQL7

D7DQU0

C3DQU1

C8DQU2

C2DQU3

A7DQU4

A2DQU5

B8DQU6

A3DQU7

L8ZQ

U13

MT

41K

256M

16R

E-1

5E

N3A0

P7A1

L7A10

R7A11

N7A12

T3A13

T7A14

P3A2

N2A3

P8A4

P2A5

R8A6

R2A7

T8A8

R3A9

M2BA0

N8BA1

M3BA2

K3CAS

K9CKE

J7CLK

L2CS

E7DML

D3DMU

F3DQSL

C7DQSU

K7NCLK

G3NDQSL

B7NDQSU

K1ODT

J3RAS

T2RESET

N1VDD

R1

B2

K2

G7

K8

D9

N9

R9

A1VDDQ

C1

F1

D2

H2

A8

C9

E9

H9

M8VREFCA

H1VREFDQ

E1VSS

M9

P9

T9

M1

P1

T1

J2

B3

G8

J8

A9

B1VSSQ

D1

G1

E2

D8

E8

B9

F9

G9

L3WE

E3DQL0

F7DQL1

F2DQL2

F8DQL3

H3DQL4

H8DQL5

G2DQL6

H7DQL7

D7DQU0

C3DQU1

C8DQU2

C2DQU3

A7DQU4

A2DQU5

B8DQU6

A3DQU7

L8ZQ

R45

240 1%

R42

240 1%

C144

0.1

C143

0.1

C124

0.1

C146

0.1

C155

0.1

C156

0.1

C158

0.1

C157

0.1

C126

0.1

C135

0.1

C136

0.1

C138

0.1

C137

0.1

C123

0.01

C145

0.01

C150

0.01

C147

0.01

C148

0.01

C149

0.01

C130

0.01

C125

0.01

C127

0.01

C128

0.01

C129

0.01


REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN



80393

1D203930

18/2/2013

3 6

1:10:10 PM10393

DDR_DQ[0:31]DDR_DQS[0:3],DDR_NDQS[0:3]

VP15 01,04,05,06DDR_A[0:14],DDR_BA[0:2]

DDR_WE,DDR_CAS,DDR_RAS,DDR_CS,DDR_ODT,DDR_CKE,DDR_RSTDDR_DM[0:3]

DDR_CLK,DDR_NCLKDDR_VREF DDR_VREF

DDR_DQ[0] DDR_DQ[30] RZQ0 DDR_DQ[10] RZQ1

DDR_DQ[1] DDR_DQ[26] DDR_DQ[8]















DDR_DQ[16]DDR_DQS[3] DDR_DQS[1]

DDR_DQ[17]DDR_NDQS[3] DDR_NDQS[1]

DDR_DQ[18]DDR_DQS[2] DDR_DQS[0]

DDR_DQ[19]DDR_NDQS[2] DDR_NDQS[0]

DDR_DQ[20]

DDR_DQ[21] DDR_A[0] DDR_A[0]











DDR_A[11] DDR_A[11]VP15 01,04,05,06DDR_DQS[0]

DDR_A[12]VP15 01,04,05,06

DDR_A[12]DDR_NDQS[0]

DDR_A[13] DDR_A[13]DDR_DQS[1]

DDR_A[14] DDR_A[14]DDR_NDQS[1]

DDR_DQS[2]DDR_BA[0] DDR_BA[0]

DDR_NDQS[2]DDR_BA[1] DDR_BA[1]

DDR_DQS[3]DDR_BA[2] DDR_BA[2]

DDR_NDQS[3]

DDR_WE DDR_WEDDR_A[0]

DDR_CAS DDR_CASDDR_A[1]

DDR_RAS DDR_RASDDR_A[2]

DDR_CS DDR_CSDDR_A[3]

DDR_A[4] DDR_DM[3] DDR_DM[1]

DDR_A[5] DDR_DM[2] DDR_DM[0]

DDR_A[6]DDR_CLK DDR_CLK

DDR_A[7]DDR_NCLK DDR_NCLK

DDR_A[8]DDR_CKE DDR_CKE

DDR_A[9]DDR_ODT DDR_ODT

DDR_A[10]DDR_RST DDR_RST

DDR_A[11]

DDR_A[12]

DDR_A[13]

DDR_A[14]

DDR_BA[0]

DDR_BA[1]

DDR_BA[2]

DDR_WE

DDR_CAS

DDR_RAS

DDR_CS

DDR_DM[0]

DDR_DM[1]

DDR_DM[2]

DDR_DM[3]VP15 01,04,05,06

DDR_CLK

DDR_NCLK

DDR_CKE

DDR_ODT

DDR_RST

DDR_VRP

DDR_VRNVP15 01,04,05,06

Note that prime DQs are changed when programming write leveling

According to Micron tn4113_ddr3_point_to_point_design.pdf no need to terminate A,CTR,CKE in our case. Just pull RST low

for slow (50Ohm) lines, for fast use 80Ohm (40Ohm lines)

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1




J8-10

J8-8

J8-9

J7-10

J7-8

J7-9

J9-10

J9-8

J9-9

J6-8

J6-9

J7-30

J7-2

J7-1

J7-25

J7-14

J7-11

J7-4

J7-3

J8-30

J8-2

J8-1

J8-25

J8-14

J8-11

J8-4

J8-3

J8-6

J8-5

J8-7

J8-13

J8-12

J8-26

J8-27

J8-29

J8-28

J8-24

J8-23

J8-22

J8-21

J8-20

J8-19

J8-18

J8-17

J8-16

J8-15

J7-6

J7-5

J7-7

J7-13

J7-12

J7-26

J7-27

J7-29

J7-28

J7-24

J7-23

J7-22

J7-21

J7-20

J7-19

J7-18

J7-17

J7-16

J7-15

J6-30

J6-2

J6-1

J6-25

J6-14

J6-11

J6-4

J6-3

J6-6

J6-5

J6-7

J6-13

J6-12

J6-10

J6-26

J6-27

J6-29

J6-28

J6-24

J6-23

J6-22

J6-21

J6-20

J6-19

J6-18

J6-17

J6-16

J6-15

J9-30

J9-2

J9-1

J9-25

J9-14

J9-11

J9-4

J9-3

J9-6

J9-5

J9-7

J9-13

J9-12

J9-26

J9-27

J9-29

J9-28

J9-24

J9-23

J9-22

J9-21

J9-20

J9-19

J9-18

J9-17

J9-16

J9-15

J10-40

J10-39

J10-38

J10-37

J10-36

J10-10

J10-9

J10-11

J10-20

J10-35

J10-34

J10-33

J10-32

J10-31

J10-30

J10-29

J10-28

J10-27

J10-26

J10-25

J10-24

J10-23

J10-22

J10-21

J10-19

J10-18

J10-17

J10-16

J10-15

J10-14

J10-13

J10-12

J10-8

J10-7

J10-6

J10-5

J10-4

J10-3

J10-2

J10-1

HR

13

U1

XC

7Z

030-1

FB

G484C

U17FCLK4N

T17FCLK4P

W18P4_D0N

V17P4_D0P

AA19P4_D1N

Y19P4_D1P

V20P4_D2N

U19P4_D2P

V18P4_D3N

U18P4_D3P

P19P4_D4N

P18P4_D4P

N18P4_D5N

N17P4_D5P

P20P4_D6N

N20P4_D6P

R18P4_D7N

R17P4_D7P

T15P4_NU

AB18P4_SCL

AB19P4_SDA

T16P4_CLKN

R16P4_CLKP

Y17P4_CTL

Y18P4_PGM

C163100uF4V

C165100uF4V

C1720.226.3V

C1680.226.3V

C1640.226.3V

C1740.226.3V

C1700.226.3V

C1660.226.3V

C1672.2uF10V

C1712.2uF10V

C1692.2uF10V

C1732.2uF10V

HR

13

U1

XC

7Z

030-1

FB

G484C

T19FCLK3N

R19FCLK3P

AB22P3_D0N

AA22P3_D0P

Y22P3_D1N

W21P3_D1P

V22P3_D2N

V21P3_D2P

W20P3_D3N

W19P3_D3P

N22P3_D4N

N21P3_D4P

T22P3_D5N

R22P3_D5P

R21P3_D6N

P21P3_D6P

U20P3_D7N

T20P3_D7P

N19VCCO_13

P22

T18

U21

W17

Y20

P16P3_NU

Y21P3_SCL

AA21P3_SDA

U22P3_CLKN

T21P3_CLKP

AA20P3_CTL

AB20P3_PGM

HR

12

U1

XC

7Z

030-1

FB

G484C

W13FCLK2N

W14FCLK2P

U14P2_D0N

U15P2_D0P

W15P2_D1N

V15P2_D1P

V13P2_D2N

U13P2_D2P

V11P2_D3N

V12P2_D3P

AB17P2_D4N

AA17P2_D4P

AB15P2_D5N

AA15P2_D5P

AB14P2_D6N

AA14P2_D6P

Y13P2_D7N

Y14P2_D7P

T11P2_NU

T12P2_SCL

U12P2_SDA

AA16P2_CLKN

Y16P2_CLKP

V16P2_CTL

W16P2_PGM

HR

12

U1

XC

7Z

030-1

FB

G484C

Y11FCLK4N

Y12FCLK4P

T9P1_D0N

T10P1_D0P

V10P1_D1N

U10P1_D1P

W8P1_D2N

V8P1_D2P

Y8P1_D3N

W9P1_D3P

AB8P1_D4N

AB9P1_D4P

AB12P1_D5N

AB13P1_D5P

AA11P1_D6N

AA12P1_D6P

W10P1_D7N

W11P1_D7P

AA13VCCO_12

AB16

T8

U11

V14

Y10

T14P1_NU

Y9P1_SCL

AA9P1_SDA

AB10P1_CLKN

AA10P1_CLKP

U9P1_CTL

U8P1_PGM


REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN



80393

1D203930

18/2/2013

4 6

1:10:10 PM10393

SNS4_DP[2]SNS1_DP[2]

SNS4_DP[0]SNS1_DP[0] SNS4_DN[2]

SNS1_DN[2]SNS4_DN[0]

SNS1_DN[0] SNS4_DP[3]SNS1_DP[3]

SNS4_DP[1] SNS4_DN[3]SNS1_DP[1] SNS1_DN[3]

SNS4_DN[1] SNS4_DP[4]SNS1_DN[1] SNS1_DP[4]

SNS4_DN[4]SNS1_DN[4] SNS4_DP[2]


SNS1_DP[5] SNS4_DN[2]SNS1_DN[2]


SNS4_DP[3]SNS1_DP[3] SNS4_DP[6]

SNS1_DP[6]SNS4_DN[3]

SNS1_DN[3] SNS4_DN[6]SNS1_DN[6]




SNS1_DN[0]SNS4_DP[5]

SNS1_DP[5] SNS4_DP[1]SNS1_DP[1]

SN

S4

_D

P[0

:7],

SN

S4

_D

N[0

:7],

SN

S4

_C

LK

P,S

NS

4_

CL

KN

,SN

S4

_S

CL

,SN

S4

_S

DA

,SN

S4

_C

TL

,SN

S4

_P

G


SN

S1

_D

P[0

:7],

SN

S1

_D

N[0

:7],

SN

S1

_C

LK

P,S

NS

1_

CL

KN

,SN

S1

_S

CL

,SN

S1

_S

DA

,SN

S1

_C

TL

,SN

S1

_P

G






SNS1_DP[7]SNS4_CTL

SNS1_CTL SNS4_DN[7]SNS1_DN[7]

SNS4_CLKP SNS4_SCLSNS1_CLKP SNS1_SCL

VCC_SENS01 01,06 SNS4_CLKN SNS4_SDASNS1_CLKN SNS1_SDA

SNS4_SCLSNS1_SCL

SNS4_PGSNS1_PG SNS4_SDA

SNS1_SDASNS4_CLKN

SNS1_CLKNSNS4_CTL

SNS1_CTL SNS4_CLKPSNS1_CLKP

SNS4_PGSNS1_PG

FFCLKP 01

FFCLKN 01

VP33SENS[0] 06VP33SENS[1] 06



SNS2_DP[3]

SNS2_DP[1] SNS2_DN[3]

SNS2_DN[1] SNS2_DP[4]

VP5 02,06SNS2_DN[4]SNS2_DP[2]



VP33 02,06SNS2_DP[6]SNS2_DN[3]

SNS2_DN[6]

USB_DP 02SNS2_DP[4]SNS2_DP[0]

USB_ID 02SNS2_DN[4]SNS2_DN[0]

USB_DM 02SNS2_DP[5]


SN

S2

_D

P[0

:7],

SN

S2

_D

N[0

:7],

SN

S2

_C

LK

P,S

NS

2_

CL

KN

,SN

S2

_S

CL

,SN

S2

_S

DA

,SN

S2

_C

TL

,SN

S2

_P

G

SNS2_DN[1]

SNS2_DP[6]PMG_SCL18,PMG_SDA18 01,02,06

SNS2_DP[7] PMG_SCL18SNS2_DN[6]

SNS2_DN[7] PMG_SDA18SNS2_DP[7]

EXT[0:9] 05SNS2_CTL EXT[0]SNS2_DN[7]

SNS2_CLKP SNS2_SCLEXT[1]

SNS2_CLKN SNS2_SDA

SNS2_SCLSNS2_PG

SNS2_SDA EXT[2]SNS2_CLKN

EXT[4]SNS2_CTL

SNS2_CLKPEXT[3]

SNS2_PGEXT[5]

FFCLKP1 01

FFCLKN1 01

EXT[6]

EXT[8]

EXT[7]

EXT[9]

VP33SENS[0] 06VP18 01,02,05,06

VP15 01,03,05,06

SNS3_DP[2]VP33 02,06SNS3_DP[0]


SNS3_DP[3]

SNS3_DP[1] SNS3_DN[3]SATA_TXP 01

SNS3_DN[1] SNS3_DP[4]SATA_RXP 01


SATA_TXM 01SNS3_DP[5]

SNS3_DN[2]SATA_RXM 01



SNS3_DN[6]




SNS3_DN[5]

SN

S3

_D

P[0

:7],

SN

S3

_D

N[0

:7],

SN

S3

_C

LK

P,S

NS

3_

CL

KN

,SN

S3

_S

CL

,SN

S3

_S

DA

,SN

S3

_C

TL

,SN

S3

_P

G

SNS3_DN[1]



SNS3_DP[7]SNS3_CTL

SNS3_DN[7]

SNS3_CLKP SNS3_SCLVCC_SENS23 06

SNS3_CLKN SNS3_SDA

SNS3_SCLSNS3_PG

SNS3_SDASNS3_CLKN

SNS3_CTLSNS3_CLKP

SNS3_PG

VP33SENS[1] 06

PX_MRST/DONE

PX_ARO/TCK

PX_ARST/TMS

PX_MRST/DONE

PX_ARO/TCK

PX_ARST/TMS

PX_MRST/DONE

PX_ARO/TCK

PX_ARST/TMS

PX_ARO/TCK

PX_ARST/TMS

CNVSYNC/TDI

CNVCLK/TDO

PX_DCLK

PX_HACT

SENSPGM

PX_SDA

PX_SCL

PX_VACT

PX_BPF

PXD9

PXD8

PXD7

PXD6

PXD5

PXD4

PXD3

PXD2

PXD1

PXD0

SN

S2

_D

P[0

:7],

SN

S2

_D

N[0

:7],

SN

S2

_C

LK

P,S

NS

2_

CL

KN

,SN

S2

_S

CL

,SN

S2

_S

DA

,SN

S2

_C

TL

,SN

S2

_P

G

CNVCLK/TDO

CNVSYNC/TDI

SENSPGM

PX_SDA

PX_SCL

PX_VACT

PX_HACT

PX_BPF

PX_DCLK

PXD9

PXD8

PXD7

PXD6

PXD5

PXD4

PXD3

PXD2

PXD1

PXD0

PX_MRST/DONE

CNVCLK/TDO

CNVSYNC/TDI

SENSPGM

PX_SDA

PX_SCL

PX_VACT

PX_HACT

PX_BPF

PX_DCLK

PXD9

PXD8

PXD7

PXD6

PXD5

PXD4

PXD3

PXD2

PXD1

PXD0

PX_DCLK

PX_HACT

SENSPGM

PX_SDA

PX_SCL

PX_VACT

PX_BPF

PXD9

PXD8

PXD7

PXD6

PXD5

PXD4

PXD3

PXD2

PXD1

PXD0

CNVCLK/TDO

CNVSYNC/TDI

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1




C175100uF4V

C177100uF4V

C1920.226.3V

C1890.226.3V

C1840.226.3V

C1800.226.3V

C1780.226.3V

C1760.226.3V

C1910.226.3V

C1870.226.3V

C1822.2uF10V

C1812.2uF10V

C1852.2uF10V

C1792.2uF10V

C1832.2uF10V

C1902.2uF10V

C1862.2uF10V

L12

600Ohm 300mA

L11

600Ohm 300mAC1880.1

R48

4.70K 1%

R47

100 1%

R46

100 1%

HP

35

U1

XC

7Z

030-1

FB

G484C

B2ADN0

A1ADN1

A4ADN8

C1ADN9

C2ADP0

A2ADP1

B4ADP8

D1ADP9

A3VCCO_35

D2

K11GNDADC0

E3NU35_01

K12VCCADC0

M11VN0

L12VP0

C3VREF_35_1

D3VREF_35_2

L11VREFN0

M12VREFP0

B3VRN

E2VRP

R51

1.0K 1%

R50

1.0K 1%

HP

34

U1

XC

7Z

030-1

FB

G484C

M5MEMCLK

G1VCCO_34

H4

J7

L3

M6

P2

N7DQSL

H7DQSU

N6NDQSL

G7NDQSU

K6SDD[0]

G5SDD[10]

H6SDD[11]

F5SDD[12]

F7SDD[13]

F4SDD[14]

F6SDD[15]

L4SDD[1]

K7SDD[2]

K4SDD[3]

L6SDD[4]

M4SDD[5]

L7SDD[6]

N5SDD[7]

H5SDD[8]

J6SDD[9]

N3SDA[0]

F2SDA[10]

H3SDA[11]

G3SDA[12]

N2SDA[13]

J3SDA[14]

H2SDA[1]

M2SDA[2]

P5SDA[3]

H1SDA[4]

M3SDA[5]

J1SDA[6]

P4SDA[7]

K1SDA[8]

P3SDA[9]

N1SDBA[0]

F1SDBA[1]

P1SDBA[2]

L1SDCAS

E1SDCKE

K3SDCLK

L5SDDML

J5SDDMU

K2SDNCLK

M7SDODT

L2SDRAS

J4SDRST

G4SDWE

U14

MT

41K

256M

16R

E-1

5E

N3A0

P7A1

L7A10

R7A11

N7A12

T3A13

T7A14

P3A2

N2A3

P8A4

P2A5

R8A6

R2A7

T8A8

R3A9

M2BA0

N8BA1

M3BA2

K3CAS

K9CKE

J7CLK

L2CS

E7DML

D3DMU

F3DQSL

C7DQSU

K7NCLK

G3NDQSL

B7NDQSU

K1ODT

J3RAS

T2RESET

N1VDD

R1

B2

K2

G7

K8

D9

N9

R9

A1VDDQ

C1

F1

D2

H2

A8

C9

E9

H9

M8VREFCA

H1VREFDQ

E1VSS

M9

P9

T9

M1

P1

T1

J2

B3

G8

J8

A9

B1VSSQ

D1

G1

E2

D8

E8

B9

F9

G9

L3WE

E3DQL0

F7DQL1

F2DQL2

F8DQL3

H3DQL4

H8DQL5

G2DQL6

H7DQL7

D7DQU0

C3DQU1

C8DQU2

C2DQU3

A7DQU4

A2DQU5

B8DQU6

A3DQU7

L8ZQ

R49

240 1%

C212

0.1

C211

0.1

C194

0.1

C203

0.1

C204

0.1

C206

0.1

C205

0.1C198

0.01

C193

0.01

C195

0.01

C196

0.01

C197

0.01


REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN



80393

1D203930

18/2/2013

5 6

1:10:10 PM10393

FDDR_DQ[0:15]FDDR_DQ[0] FDDR_DQ[0] RZQ

FDDR_DQ[1] FDDR_DQ[1]VREF_FDDR

FDDR_DQ[2] FDDR_DQ[2]




FDDR_DQ[6] FDDR_DQ[6]VP15 01,03,04,06










FDDR_DQSL

FDDR_NDQSL

FDDR_DQSU

FDDR_NDQSUFDDR_A[0:14]

FDDR_A[0] FDDR_A[0]

FDDR_A[1] FDDR_A[1]

FDDR_A[2] FDDR_A[2]

FDDR_A[3] FDDR_A[3]VP15 01,03,04,06

FDDR_A[4] FDDR_A[4]

FDDR_A[5] FDDR_A[5]

FDDR_A[6] FDDR_A[6]

FDDR_A[7] FDDR_A[7]

FDDR_A[8] FDDR_A[8]

FDDR_A[9] FDDR_A[9]

FDDR_A[10] FDDR_A[10]





FDDR_BA[0:2]FDDR_BA[0] FDDR_BA[0]

FDDR_BA[1] FDDR_BA[1]

FDDR_BA[2] FDDR_BA[2]

MEMCLK 01 FDDR_WE,FDDR_CAS,FDDR_RASFDDR_WE FDDR_WE

FDDR_CAS FDDR_CAS

FDDR_RAS FDDR_RAS

VP15 01,03,04,06FDDR_DML

FDDR_DMU

FDDR_CK

FDDR_NCK

FDDR_CKE

FDDR_ODT

FDDR_RST

FDDR_VRP

FDDR_VRNVP15 01,03,04,06

EXT[8]

EXT[9]

EXT[2]

EXT[3]

EXT[0]VP18 01,02,04,06

VP18ADCEXT[1]

GNDADC

EXT[6]

EXT[7]

EXT[4]

EXT[5]EXT[0:9] 04

VP15 01,03,04,06

(4 - sync, 2 - i2c, 4 - GPIO, powered by VP15)

for slow (50Ohm) lines, for fast use 80Ohm (40Ohm lines)

Yes, have to have save VCCO, same Vref (UG471_7)

Does VCCO_35 have to be 1.5V to use DCI cascade?

see UG480

According to Micron tn4113_ddr3_point_to_point_design.pdf no need to terminate A,CTR,CKE in our case. Just pull RST low

H G F E D C B A

H G F E D C B A

8

7

6

5

4

3

2

1

8

7

6

5

4

3

2

1

R13221%

R881.0K1%

R891.0K1%

R59

49.9k 1%R80

49.9k 1%

R79

49.9k 1%R60

49.9k 1%




Q1

R73

287K 1%

R76

287K 1%

R74

287K 1%

R72

287K 1%

I2C addr:

U23

AB-RTCMC-32.768KHZ-AIGZ-S7-T

3GND

8SCL

5VCC

6INT

1SDA

2CLKO

U25

TPS2066ADRBR

3EN1

4EN2

9EPAD

10111213

1GND

2IN

8OC1

5OC2

7OUT1

6OUT2

C229

1nF

C228

1nF

DC5

1.2V

ADP1740ACPZ-1.2-R7

2.0A

4EN

6GND

17PPAD

181920

9SENSE

1VIN

23

1516

7SS

5PG

10VOUT

11121314

DC4

1.0V

ADP1740ACPZ-1.0-R7

2.0A

4EN

6GND

17PPAD

181920

9SENSE

1VIN

23

1516

7SS

5PG

10VOUT

11121314

U19

SN74AHC1G32DRLR

12

3

5

4

U21

TS3A4751RUCR

7GND

14VP

U21TS3A4751RUCR

13

2 1

U21TS3A4751RUCR

12

10 11

U21TS3A4751RUCR

6

9 8

U21TS3A4751RUCR

5

4 3

CR3

DB2S20500L

DC1

2.5V

TLV71325PDQNR

200mA

3EN

2GND

5PAD

4Vin

1Vout

C242

100uF 4V

C241

100uF 4VC217

100uF 4V

C216

100uF 4V

R81

4.87K 1%

R65

14.7K 1%

U20

SN74AHC1G08DRLR

12

3

5

4

U18

SN74AHC1G08DRLR

12

3

5

4

U17

SN74AHC1G08DRLR

12

3

5

4

U24

SN74AHC1G08DRLR

12

3

5

4

L16

2.2uH 3.1A

L15

2.2uH 3.1A

L14

2.2uH 3.1A

L13

2.2uH 3.1A

R71357K1%

R67357K1%

R68487K1%

R69487K1%

R70649K1%

R75

100K 1%

C2272.2uF10V

C2262.2uF10V

C2342.2uF10V

C218

10uF 4V

C221

10uF 4V

C220

10uF 4V

C219

10uF 4V

C24010uF4V

C24910uF4V

C24810uF4V

C23910uF4V

C23722uF10V

C23222uF10V

C23622uF10V

C23122uF10V

C23522uF10V

C23022uF10V

C23822uF10V

C23322uF10V

C22210pF16V

C22310pF16V

C22410pF16V

C22510pF16V

I2C addr:

DC2

LTC3589EUJ#PBF

32DVDD

10EN1

11EN2

13EN3

14EN4

9EN_LDO2

18EN_LDO34

39FB1

33FB2

34FB3

40FB_BB

35LDO1_FB

38LDO2_FB

21ON

41PPAD

50515253545556

4243444546474849

6PVIN1

24PVIN2

27PVIN3

15PVIN4

20PWR_ON

30SCL

37VIN

1VIN_LDO2

5VIN_LDO34

28VSTB

31SDA

7SW1

25SW2

26SW3

12SW4AB

19SW4CD

16BB_OUT

17IRQ

36LDO1_STDB

2LDO2

3LDO3

4LDO4

22PBSTAT

29PGOOD

8RSTO

23WAKE

I2C

:

U16

PCA6408AHKX

16ADDR

1RESET

15VDDI2C

14VDDP

6VSS

2IO[0]

3IO[1]

4IO[2]

5IO[3]

7IO[4]

8IO[5]

9IO[6]

10IO[7]

12SCL

13SDA

11INT

I2C

:

U15

PCA6408AHKX

16ADDR

1RESET

15VDDI2C

14VDDP

6VSS

2IO[0]

3IO[1]

4IO[2]

5IO[3]

7IO[4]

8IO[5]

9IO[6]

10IO[7]

12SCL

13SDA

11INT

DC3

LTM4616EV#PBF

16A

G6BSEL

G7CLKIN

K8FB

G1GND

H4H5H7H8H9H10H11H12J3J4

G2

J5J6J7J8J9J10J11J12K3K4

G3

K5K6K7

G4G5G12H1H2H3

M8ITH

L7ITHM

G10MGN

G8MODE

G9PHMODE

L6PLLLPF

M6RUN

M5SGND

L5SVIN

L8TRACK

M1VIN

K2J1J2

M2M3M4L1L2L3L4K1

M7CLKOUT

G11PGOOD

H6SW

K9VOUT

M10M11M12

K10K11K12L9L10L11L12M9

DC3

LTM4616EV#PBF

16A

A6BSEL

A7CLKIN

D8FB

A1GND

B4B5B7B8B9B10B11B12C3C4

A2

C5C6C7C8C9C10C11C12D3D4

A3

D5D6D7

A4A5A12B1B2B3

F8ITH

E7ITHM

A10MGN

A8MODE

A9PHMODE

E6PLLLPF

F6RUN

F5SGND

E5SVIN

E8TRACK

F1VIN

D2C1C2

F2F3F4E1E2E3E4D1

F7CLKOUT

A11PGOOD

B6SW

D9VOUT

F10F11F12

D10D11D12E9E10E11E12F9

U22

74AUP1G38GM

12

3

6

4

+ C2141.0F2.5V C215

0.1

C2560.1

C2530.1

C2550.1

C2500.1

C2520.1

C2540.1

C2510.1

R6420.0K1%

R6120.0K1%

R66

4.70K 1%

R53

4.70K 1%

R83

4.70K 1%

R78

4.70K 1%

R77

4.70K 1%

R54

4.70K 1%

R55

4.70K 1%

R56

4.70K 1%

R82

4.70K 1%

R52

4.70K 1%

R58

4.70K 1%

R57

4.70K 1%

R63

1.27K 1%

C213

0.1


REV

DATEAT

Model

FILE

NEXT ASSY

QTYUSEDECN #

DESIGNED

PRINTED

OF

DATE

DRAWN



80393

1D203930

18/2/2013

6 6

1:10:10 PM10393

PWR_SS,PWR_FQ0,PWR_MG0,PWR_MGB0,PWR_MG1,PWR_MGB1

MG_SCL18,PMG_SDA18 01,02,04

PMG_SCL18 PWR_MGB1VP33 02,04 VP33 02,04

PMG_SDA18 PWR_MG1VP10 01 VP18 01,02,04,05

VP18 01,02,04,05PWR_MGB0

PWR_MG0

PWR_FQ0

PWR_SS

SENSPWREN[0]

VP33 02,04VP33

SENSPWREN[1]

VFB10 VFB18

PWR_SS

DIS_POR PWR_FQ0NSHUTDOWN

PMG_SCL18

PMG_SDA18

VP18 PWR_MG0 PWR_MG1

PWR_MGB0 PWR_MGB1

PGOOD18

MGTAVTTGOOD

PWR_RUN

PGOOD_V10ONLY PGOOD_V18_ONLY

VP33 02,04VP33 02,04

PGOOD_V18PGOOD_V10

SENSPWREN[0:1]PGOOD_V18

VP33 02,04VP33 02,04

VP18 01,02,04,05

VP15 01,03,04,05PGOOD18

PGOOD33

PGOOD18

VP18 01,02,04,05

VCC_SENS01 01,04

DIS_POR

VCC_SENS23 04

PMG_SCL18

PMG_SDA18

VP18

VP5 02,04

PRE_POR

UART_POR 02

SENSPWREN[0:1]VLDO18

PS_POR 02

SENSPWREN[0]VP33SENS[0] 04

SENSPWREN[1]VP33SENS[1] 04

VP33 02,04VP33 02,04

SENSPWREN[0]

SENSPWREN[1]V25CHG

VP18 01,02,04,05

MGTAVCC10 01VBAT25

VBAT0

VP18 01,02,04,05

PGOOD33

VP18 01,02,04,05VCLOCK

MGTAVTT12 01PMG_SCL18 RTC_SCL DCDCCTLM

DC

DC

CT

LP

0

2

PM

G_

SC

L1

8,P

MG

_S

DA

18

RTC_SDA

PMG_SDA18

VP18 01,02,04,05

NSHUTDOWNPGOOD18

MGTAVTTGOOD

At least 2 groups to match VCCO - apply after

Use to control power to sensor boards?

(ch

an

gin

g v

olta

ge

on

ad

ditio

na

l p

ort

s)

Dis

ab

le P

OR

fro

m P

GO

OD

wh

en

ra

mp

ing

0 -

0.6

7*2

MH

z,

1 -

1.3

3*2

MH

Z,

flo

at

- 2

MH

z.

Ad

d C

fo

r S

S

Add anothe i2c expander with 1.8V to use as shutdown, PGOOD18, ...

nominal 1.8V@1A, max - 2.8V

nominal 1.8V@1A, max - 2.8V

nominal [email protected]

nominal 5V@1A

0,Z - off, 1 - SS

Printed 8/8/2013 Model 393

SUB-ASSEMBLY

------------------------------ -----

USAGE # NO. 4A20393 RELEASE DATE 08/01/13 P/L REV. REV. Units to Total Cost per

_____ ___ ______________________________ _______ DATE LTR DATE Build Cost Unit

393 1 TITLE Model 393 Camera System Board ------- --------- -------- -------- -------- --------

PCB Assembly 80393 JOB# N/A 3/5/2013 0 1 $407.59 $407.59

______________________________ _______

# TO MFGR 1 WORK ORDER # N/A

--------------------------------- _______

NEXT ASSY 4A-????? NON STANDARD

___________________________________ NOTATIONS

DESIGNATOR ITEM QTY EXT STK ROHS PART MANUFAC VENDOR PURCH UNIT NEW

NUMBER # REQ QTY CHK DESCRIPTION # TURER VENDOR PART # QTY PRICE TOTAL STOCK

--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

--------- ---- --- ---- --- --- Related Documents ----------- ----------- -------- ------- ------- ---- ---- ----

0.5 1 1 Schematic 10393 (80393), Model 393 1D20393 Rev.0 Designed by

Andrey

Filippov

20 1 1 Fabrication (80393), Model 393 4F20393 Rev.0

21 1 1 Artwork (80393), Model 393 4G20393 Rev.0

--------- ---- --- ---- --- --- Integrated Circuits ----------- ----------- -------- ------- ------- ---- ---- ----

U12 40 1 1 Y DDR3 Synchronous DRAM, 4Gbit

(256Mx16), 256MX16, 1.5V, FBGA-96

MT41J256M16RE Micron 0 0 0 -1

U13-U14 41 2 2 Y DDR3 Synchronous DRAM, 4Gbit

(256Mx16), 256MX16, 1.5V, FBGA-96

MT41K256M16RE-

15E

Micron 0 0 0 -2

U11 42 1 1 Y 4Gb (512Mx8) NAND Flash, 256MX8,

1.8V, VFBGA-63-9x11

MT29F4G08ABBD

AH4-IT:D

Micron Avnet 1 8.9016 8.9016 0

U7 43 1 1 Y USB to UART bridge with GPIO, 3.3V,

QFN-28

CP2103-GM Silicon

Laboratories

Digi-Key 336-1164-ND 1 5.36 5.36 0

U2, U26 44 2 2 Y Oscillator MEMS, 25MHZ, OSC4-2520 ASDMB-

25.000MHZ-XY-T

Abracon

Corporation

Digi-Key 535-11157-1-ND 2 3.64 7.28 0

U27 45 1 1 Y Oscillator MEMS, 26MHZ, OSC4-2520 ASDMB-

26.000MHZ-XY-T

Abracon

Corporation

Digi-Key 535-11158-1-ND 1 3.64 3.64 0

U4 46 1 1 Y Oscillator MEMS, 33.333MHZ, OSC4-

2520

ASDMB-

33.333MHZ-XY-T

Abracon

Corporation

Digi-Key 535-11143-1-ND 1 3.64 3.64 0

U22 47 1 1 Y 2 Input NAND Gate, Open Drain,

0.5µA, XSON-6, marked as aB

74AUP1G38GM NXP

Semiconduc

tors

Digi-Key 568-9156-1-ND 1 0.68 0.68 0

U15-U16 48 2 2 Y 8 bit I2C 8-bit I/O port with 3-state

outputs, XQFN-16, marked as P8

PCA6408AHKX NXP

Semiconduc

tors

Digi-Key 568-9909-1-ND 2 1.7 3.4 0

U25 49 1 1 Y Dual Current-Limited Power Distribution

Switch, SON-8

TPS2066ADRBR Texas

Instruments

Digi-Key 296-23393-1-ND 1 1.78 1.78 0

4A20393 Pg.1 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

U3 50 1 1 Y Four Channel MyltiSynth CLock

Generator with Single low-jitter PLL,

1.8V, QFN-24-1MM

SI5338A-A-GM Silicon

Laboratories

Digi-Key 336-1553-5-ND 1 20.54 20.54 0

U10 51 1 1 Y Gigabit Ethernet Transceiver, QFN-40 AR8035-AL1A Atheros http://www.

arrow.com/

1 10 10 0

U21 52 1 1 Y Quad SPST-NO Analog Switch, VQFN-

14, marked as 3M

TS3A4751RUCR Texas

Instruments

Digi-Key 296-24478-1-ND 1 1.36 1.36 0

U23 53 1 1 Y Real Time Clock/Calendar with I2C,

RTC, WCDFN-8

AB-RTCMC-

32.768KHZ-AIGZ-

S7-T

Abracon

Corporation

Digi-Key 535-12052-1-ND 1 5.14 5.14 0

U8 54 1 1 Y SDIO port expander, WQFN-24 TXS02612RTWR Texas

Instruments

Digi-Key 296-23869-1-ND 1 1.7 1.7 0

U17-U18, U20,

U24

55 4 4 Y Single 2-AND Gate, SOT-553, marked

as AE?

SN74AHC1G08D

RLR

Texas

Instruments

Digi-Key 296-19376-1-ND 1000 0 0 996

U5-U6 56 2 2 Y Single 2-NAND Gate, SOT-553, marked

as AA_

SN74AHC1G00D

RLR

Texas

Instruments

Digi-Key 296-19780-1-ND 1000 0 0 998

U19 57 1 1 Y Single 2-OR Gate, SOT-553, marked

as AG_

SN74AHC1G32D

RLR

Texas

Instruments

Digi-Key 296-19378-1-ND 1 0.54 0.54 0

U29 58 1 1 Y Single Bidirectional Level Shifter, SOT-

563, marked as 2G_

TXS0101DRLR Texas

Instruments

Digi-Key 296-22865-1-ND 1 0.82 0.82 0

U30 59 1 1 Y Single Channel Power Distribution

Switch, MLF-6, marked as F05

MIC2005-0.5YML Micrel Digi-Key 576-1678-1-ND 1 1.83 1.83 0

U28 60 1 1 Y Single Unidirectional Level Shifter,

UFDFN-6, marked as U2

SN74AUP1T34DR

YR

Texas

Instruments

Mouser 595-

SN74AUP1T34D

RYR

1 0.59 0.59 0

U9 61 1 1 Y USB Transceiver, VFBGA-36 TUSB1211A1ZRQ

R

Texas

Instruments

Digi-Key 296-28357-1-ND 1 2.73 2.73 0

U1 62 1 1 Y ZZynq 7030 configured for 10393,

FBG484

XC7Z030-

1FBG484C

Xilinx Avnet XC7Z030-

1FBG484C

1 150 150 0

--------- ---- --- ---- --- --- Power Supply Modules ----------- ----------- -------- ------- ------- ---- ---- ----

DC4 63 1 1 Y LDO regulator, 1V, 2A, VQFN-16 ADP1740ACPZ-

1.0-R7

Analog

Devices

Digi-Key ADP1740ACPZ-

1.0-R7CT-ND

1 3.11 3.11 0

DC5 64 1 1 Y LDO regulator, 1.2V, 2A, VQFN-16 ADP1740ACPZ-

1.2-R7

Analog

Devices

Digi-Key ADP1740ACPZ-

1.2-R7CT-ND

1 3.11 3.11 0

DC1 65 1 1 Y LDO regulator, 2.5V, 200mA, X2SON-

4, marked as AZ

TLV71325PDQNR Texas

Instruments

Digi-Key 296-35468-1-ND 1 0.47 0.47 0

DC3 66 1 1 Y Dual 8A per Channel Low Vin DC/DC

uModule, 16A, LGA-144

LTM4616EV#PBF Linear

Technology

Digi-Key LTM4616EV#PB

F-ND

1 33.23 33.23 0

DC2 67 1 1 Y Power Management IC for Li-Ion

Powered Systems, VFQFN-40

LTC3589EUJ#PB

F

Linear

Technology

Digi-Key LTC3589EUJ#P

BF-ND

1 7.3 7.3 0

--------- ---- --- ---- --- --- Transistors ----------- ----------- -------- ------- ------- ---- ---- ----

Q1 68 1 1 Y Transistor PNP, 45V, 500mA, SOT-

723, marked as BW

2SA2030T2L Rohm Digi-Key 2SA2030T2LCT-

ND

1 0.51 0.51 0

4A20393 Pg.2 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

--------- ---- --- ---- --- --- Diodes ----------- ----------- -------- ------- ------- ---- ---- ----

CR1-CR2 69 2 2 Y 4-Line ESD Protection with Clamp, 5V,

12A, 60W, UFDFN-6, marked as F5

TPD4S012DRYR Texas

Instruments

Digi-Key 751-1413-1-ND 2 0.78 1.56 0

CR3 70 1 1 Y Schottky Barier Diode, 15V, 200mA,

SOD-523, marked as BA

DB2S20500L Panasonic Digi-Key ZHCS500CT-ND 1 0.3 0.3 0

--------- ---- --- ---- --- --- Resistors ----------- ----------- -------- ------- ------- ---- ---- ----

R9, R13, R15,

R19, R84-R86

71 7 7 Y Resistor, 22Ω, ±1%, SMD 0201,

marked as 22R0

ERJ-1GEF22R0C Panasonic Digi-Key P22.0ABCT-ND 7 0 0 0

R16 72 1 1 Y Resistor, 49.9Ω, ±1%, SMD 0201,

marked as 49R9

ERJ-1GEF49R9C Panasonic Digi-Key P49.9ABCT-ND 10 0.11 1.1 9

R6, R39-R40,

R46-R47

73 5 5 Y Resistor, 100Ω, ±1%, SMD 0201,

marked as 1000

ERJ-1GEF1000C Panasonic Digi-Key P100ABCT-ND 10 0.11 1.1 5

R42, R45, R49 74 3 3 Y Resistor, 240Ω, ±1%, SMD 0201,

marked as 2400

ERJ-1GEF2400C Panasonic Digi-Key P240ABCT-ND 10 0.11 1.1 7

R30, R35-R36 75 3 3 Y Resistor, 510Ω, ±1%, SMD 0201,

marked as 5100

ERJ-1GEF5100C Panasonic Digi-Key P510ABCT-ND 3 0 0 0

R17, R43-R44,

R50-R51, R88-

R89

76 7 7 Y Resistor, 1KΩ, ±1%, SMD 0201,

marked as 1001

ERJ-1GEF1001C Panasonic Digi-Key P1.00KABCT-ND 10 0.11 1.1 3

R63 77 1 1 Y Resistor, 1.27KΩ, ±1%, SMD 0201,

marked as 1271


R34, R62, R90 78 3 3 Y Resistor, 2.37KΩ, ±1%, SMD 0201,

marked as 2371

ERJ-1GEF2371C Panasonic Digi-Key P2.37KABCT-ND 3 0 0 0

R1-R5, R11-R12,

R14, R21, R28,

R37-R38, R41,

R48, R52-R58,

R66, R77-R78,

R82-R83

79 26 26 Y Resistor, 4.7KΩ, ±1%, SMD 0201,

marked as 4701



marked as 4871


R7-R8, R22-R24,

R32-R33

81 7 7 Y Resistor, 10KΩ, ±1%, SMD 0201,

marked as 1002



marked as 1472


R18, R20, R25-

R27, R29, R31,

R61, R64

83 9 9 Y Resistor, 20KΩ, ±1%, SMD 0201,

marked as 2002


R59-R60, R79-

R80

84 4 4 Y Resistor, 49.9KΩ, ±1%, SMD 0201,

marked as 4992


R75 85 1 1 Y Resistor, 100KΩ, ±1%, SMD 0201,

marked as 1003

ERJ-1GEF1003C Panasonic Digi-Key P100KABCT-ND 10 0.11 1.1 9

4A20393 Pg.3 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

R10, R72-R74,

R76

86 5 5 Y Resistor, 287KΩ, ±1%, SMD 0201,

marked as 2873


R67, R71 87 2 2 Y Resistor, 357KΩ, ±1%, SMD 0201,

marked as 3573


R68-R69 88 2 2 Y Resistor, 487KΩ, ±1%, SMD 0201,

marked as 4873


R70 89 1 1 Y Resistor, 649KΩ, ±1%, SMD 0201,

marked as 6493


R87 90 1 1 Y Jumper, 0Ω, SMD 0402, marked as 0 ERJ-2GE0R00X Panasonic Digi-Key P0.0JCT-ND 1 0.05 0.05 0

--------- ---- --- ---- --- --- Capacitors ----------- ----------- -------- ------- ------- ---- ---- ----

C22, C26, C28 91 3 3 Y Low ESR (0.012 Ohm), Tantalum Chip

Capacitor 6.0mm x 3.2mm x 1.9mm,

330µF, 2.5V, CP-2312

T520L337M2R5A

TE012

Kemet Digi-Key 399-10345-1-ND 3 3.14 9.42 0

C214 92 1 1 Y Electric Double Layer Capacitors, 1F,

2.5V, D8L22

EECA0EL105 Panasonic Digi-Key P6963-ND 1 4.15 4.15 0

C61, C218-

C221, C239-

C240, C248-

C249

93 9 9 Y Capacitor, Ceramic Chip, X7S,20%,

10µF, 4V, C-0603

C1608X7S0G106

M080AB

TDK Digi-Key 445-9100-1-ND 9 0.49 4.41 0

C27, C29-C30,

C35, C42, C64,

C72, C109-

C110, C113,

C163, C165,

C175, C177,

C216-C217,

C241-C242


t=1.6mm, 100µF, 4V, C-1206

C3216X6S0G107

M160AC

TDK Digi-Key 445-6012-1-ND 18 1.025 18.45 0

C33-C34, C36,

C75-C76, C81-

C83, C91-C92,

C103, C123,

C125, C127-

C130, C145,

C147-C150,

C193, C195-

C198

95 27 27 Y Capacitor, Ceramic Chip, 0.01µF, 6.3V,

C-0201

ECJ-ZEB0J103K Panasonic Digi-Key 399-1278-1-ND 27 0.1 2.7 0

4A20393 Pg.4 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

C5-C10, C12-

C19, C37-C39,

C45-C48, C63,

C67, C71, C77-

C78, C84, C86-

C90, C94, C98-

C99, C101-

C102, C104-

C108, C124,

C126, C135-

C138, C143-

C144, C146,

C155-C158,

C188, C194,

C203-C206,

C211-C213,

C215, C245-

C246, C250-

C256

96 74 74 Y Capacitor, Ceramic Chip, 0.1µF, 6.3V,

C-0201D

ECJ-ZEB0J104M Panasonic Digi-Key PCC2336CT-ND 100 0.0466 4.66 26

C32, C41, C44,

C50, C52, C54,

C56, C58, C60,

C62, C66, C68,

C70, C74, C80,

C111-C112,

C115-C116,

C118-C119,

C121-C122,

C164, C166,

C168, C170,

C172, C174,

C176, C178,

C180, C184,

C187, C189,

C191-C192


0.22µF, 6.3V, C-0201

C0603X7S0J224M

030BC

TDK Digi-Key 445-9075-1-ND 37 0.173 6.401 0

C85, C93 98 2 2 Y Capacitor, Ceramic Chip, 10%, 1µF,

6.3V, C-0402

ECJ-0EB0J105K Panasonic Digi-Key PCC2393CT-ND 10 0.144 1.44 8

C3-C4, C11 99 3 3 Y Capacitor, Ceramic Chip, 20%, 4.7µF,

6.3V, C-0402

ECJ-0EB0J475M Panasonic Digi-Key PCC2475CT-ND 10 0.29 2.9 7

C97, C100 100 2 2 Y Capacitor, Ceramic Chip, X5R,20%,

10µF, 6.3V, C-0603

ECJ-1VB0J106M Panasonic Digi-Key PCC2395CT-ND 2 0.45 0.9 0

C257-C261 101 5 5 Y Capacitor, Ceramic Chip, 0.1µF, 10V, C-

0402D

C0402C104K8PA

CTU

Kemet Digi-Key 399-3027-1-ND 10 0.083 0.83 5

4A20393 Pg.5 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

C1-C2, C31,

C40, C43, C49,

C51, C53, C55,

C57, C59, C65,

C69, C73, C79,

C114, C117,

C120, C167,

C169, C171,

C173, C179,

C181-C183,

C185-C186,

C190, C226-

C227, C234,

C243-C244,

C247


2.2µF, 10V, C-0402

C1005X7S1A225K

050BC

TDK Digi-Key 445-9097-1-ND 35 0.28 9.8 0

C230-C233,

C235-C238


22µF, 10V, C-0805

C2012X7S1A226

M125AC

TDK Digi-Key 445-14560-1-ND 8 1.01 8.08 0

C222-C225 104 4 4 Y Capacitor, Ceramic Chip, 10pF, 16V, C-

0201

C0201C100D3GA

CTU

Kemet Digi-Key 399-8924-1-ND 10 0.021 0.21 6

C228-C229 105 2 2 Y Capacitor, Ceramic Chip, 1nF, 25V, C-

0201

ECJ-ZEB1E102K Panasonic Digi-Key PCC2130CT-ND 10 0.075 0.75 8

C95-C96 106 2 2 Y Capacitor, Ceramic Chip, 330pF, 50V,

C-0201

ECJ-ZEB1H331K Panasonic Digi-Key PCC2390CT-ND 10 0.075 0.75 8

--------- ---- --- ---- --- --- Inductors and LC filters ----------- ----------- -------- ------- ------- ---- ---- ----

L13-L16 107 4 4 Y SMD Shielded Inductor, 21mOhm,

4mm x 4mm x 2.1mm, 2.2µHn, 3.1A,

XFL4020-222ME Coilcraft Coilcraft 4 2.13 8.52 0

L9 108 1 1 Y SMD Inductor, 3mm x 3mm x 1.2mm,

4.7µHn, 1A, VLS3012

VLS3012T-

4R7M1R0

TDK Digi-Key 445-3686-1-ND 1 0 0 0

L1-L5, L8, L10-

L12, L17-L18

109 11 11 Y SMD Inductor, 600 Ohm, 600Unknown

inductance units - "OHM", 300mA,

SMD 0402

BLM15HD601SN1

D

Murata Digi-Key 490-4002-1-ND 11 0 0 0

L6-L7 110 2 2 Y SMD Inductor, 120 Ohm, 1.2A, SMD

0402

MPZ1005S121C TDK Digi-Key 445-2981-1-ND 2 0 0 0

--------- ---- --- ---- --- --- Connectors ----------- ----------- -------- ------- ------- ---- ---- ----

J1-J2 111 2 2 Y Connector Receptacle Low profile Milli-

Grid 2mm, 2 rows, 6contacts total,

500V, 2A, SMD 873400624

0873400624 Molex Digi-Key WM18689-ND 2 0.92 1.84 0

J6-J9 112 4 4 Y 0.5 mm-Pitch Vertical Slide-Lock FPC

Connector, 30 pos., FH1230S05SV

FH12-30S-0.5SV-

55

Hirose Digi-Key HFL130CT-ND 4 3.11 12.44 0

J10 113 1 1 Y Connector Header 40 pins, 0.5mm

pitch, DF1240DS05V

DF12-40DS-0.5V Hirose Digi-Key H5217CT-ND 1 1.63 1.63 0

J5 114 1 1 Y Connector micro-SD, Push In/Pull Out,

SMD 1040310811

1040310811 Molex Digi-Key WM6357CT-ND 1 1.92 1.92 0

4A20393 Pg.6 of 710393




--------- ---- --- ---- --- ---- ----------------------------------- ----------- -------------------- -------- ------- ------- ---- ---- ----

J4 115 1 1 Y Connector Micro-USB type AB, 5

contacts, no through-holes, 1A,

1981584-1

1981584-1 Tyco

Electronics

Digi-Key A97799CT-ND 1 1.58 1.58 0

J3 116 1 1 Y Gigabit Ethernet PoE connector with

Integrated Magnetics, 0826-1X1T-M1-F

0826-1X1T-M1-F Bel Fuse Digi-Key 380-1122-ND 1 10.27 10.27 0

4A20393 Pg.7 of 710393