EB99 - USB Type-C Demo Kit V2 Board User Guide Sheets/Lattice PDFs... · 2015-07-07 · USB Type-C...

USB Type-C Demo Kit V2 Board User Guide

EB99 Version 1.0, June 2015

2

USB Type-C Demo Kit V2 Board

IntroductionThe USB Type-C Demo Kit V2 has been developed to support a variety of demos, encompassing different levels of the USB Type-C functionality which includes Power Delivery and negotiation, power and data role swap, control chan-nel negotiation, super speed signaling, DP alternate mode support and a low speed signal aggregation function. There are two versions of this board, as identified by the Ordering Part Numbers (iCE40LP8K-USBC-EVN and iCE5LP4K-USBC-EVN). This document is applicable to either version, with the notes as applicable.

The main circuits on the development kit board:

• Programming Circuit— Mini-USB Type B connector to FTDI— FTDI to MachXO2™ Programming Mux

• MachXO2-4000ZE— Programming Multiplexing— Signal Generator and Receiver for aggregation— General Purpose I/O— LED Display Control

• iCE40LP-8K (iCE40LP8K-USBC-EVN only)— Super-speed signaling control— CD-PD physical layer and power delivery manager— Billboard support— DP alternate mode support and control— Aggregator support— AP interface— Data logging

• iCE5LP-4K (iCE5LP4K-USBC-EVN only)— Super-Speed signaling Control— CD-PD physical layer and power delivery manager— AP interface— Data logging

3


Figure 1 is the top view of the USB Type-C Demo Kit V2 Board showing the key components present on the board.

Figure 1. Top View of USB Type-C Demo Kit V2 Board with Key Components

Power Jacket (J8)

Header Pool

10-Bit Switch (SW3)

USB 2.0 Mini-B (J2)

FTDI Chip (U1)

iCE5LP4K (U5)1USB Type-C Receptacle (CN2)

USB Type-A Receptacle (J6)

Power Switch (SW2)

LEDs (D1-D8) LEDs (D17-D25)

LEDs (D26-D33)

LCMXO2-4000ZE (U4)

DP Connector UFP (CN1)2

DP Connector DFP (CN2)2

iCE40LP8K (U22)2

HD3SS460 (U11)

P13D6S3224 (U19)

SN8F22511BX (U13)2

Boost Regulator (U18)

Notes: 1. iCE5LP4K-USBC ENV Only2. iCE40LP8K-USBC ENV Only

4


Headers and Test ConnectorsFigure 2 shows the top view of the demo board. The numbers of headers and test connectors which provide access to USB Type-C Demo Kit V2 Board circuits are indicated.

Figure 2. Top View of the USB Type-C Demo Kit V2 Board with Headers and Test Connectors

Table 1 provides the detailed definition of the headers and test connectors.

Table 1. Headers and Test Connectors

Part Description Setting Options Default SettingJ1 External JTAG I/F

J3 JTAG/SPI Selection 1-2 (SPI), 2-3 (JTAG) JTAG

J16 JTAG/I2C Selection 1-2 (JTAG), 2-3 (I2C) JTAG

SW1 MachXO2 Reset Switch

J17 Jumper for DP Power Open-Off, Short-On Open

J5 BB Device Programmer I/F

SW2 Board Power Switch Left-On, Right-Off Right

J7 VBUS Sink Connector Open-Off, Short-On Open

SW3 General Purpose Input Switch

J9 USB Role Selection 1-2 (UFP), 2-3 (DFP) Open

J10 MachXO2 I/O HIZ Enable 1-2 (Enable), 2-3 (Disable) Open

J15 For Testing/Probing

J12 MachXO2 I/O Direction Input 1-2 (Input), 2-3 (Output) Open

J20 For Testing/Probing

J18 External I2C I/F

J19 External AGG Inputs

(SW3)

J18 J16

SW2J20 J12

J10

J17

J5

J9 J19 J15

SW1

J7J3J1

5


Programming CircuitThe Mini-USB Type B connector is used for programming the board, using the standard Diamond Programmer soft-ware. Figure 3 shows the programming block of the USB Type-C Demo Kit V2.

The Mini-USB Type B connector interfaces with the FTDI FT2232H IC. The FTDI IC works with Diamond program-mer to provide interfaces for JTAG (for programming MachXO2-4000ZE) and SPI (for programming both the iCE40™ LP and iCE40 Ultra™ devices and their SPI Flash Memories). The SPI programming works in conjunction with a mux design that must be programmed into the MachXO2-4000ZE. The mux design operation and required switch settings are described in detail in the next section. When the MachXO2 device contains the mux design and the proper switch settings are chosen, the Diamond Programmer interfaces directly with the iCE40 devices or SPI Flashes.

Figure 3. Programming Block

Programming Mux and Switch SettingsThe board allows for programming the various devices contained on the USB Type-C Demo Kit V2:

• MachXO2 (LCMXO2-4000ZE-1MG132C) – U4

• iCE40 LP (iCE40LP8K-CM81) – U22— Configuration or Programming — iCE40 Ultra External SPI Flash – U10

— Micron Technology Inc. (N25Q032A13ESC40F)— CDONE LED (Red) – D11

• iCE40 Ultra (iCE5LP4K-SG48) – U7— Configuration or Programming — iCE40 Ultra External SPI Flash - U6

— Micron Technology Inc (N25Q032A13ESC40F)— CDONE LED (Green) – D9

• iCE40 Device CRESETB can be asserted by pushing SW1— Routed through MachXO2 device

USB MINI-B FTDIFT2232H

LCMX02-40002E

ICE40LP8K-CM81 or

ICE5LP4K-48

Switch FLASH

J2 U1 U4 U5/U22

SW3 U10

6


Figure 4 shows the DIP switch numbering and settings.

Figure 4. DIP Switch Numbering

Two positions of the DIP switch SW3 and the header J3 are used to control which devices and which mode the FTDI Bridge utilizes. Table 2 provides the detailed definitions of the DIP switch settings required to program each device.

Table 2. DIP Switch Settings to Program the Device

Note: The MachXO2 must be programmed with an image containing the SPI programming multiplexing and CRESET level-shifting driver (for example, the default image asdf.jed) prior to programming or configuring the iCE40 devices or their subtended SPI Flash devices.

Device Operation ModeJumper Position DIPSW (SW3) PositionJ16 J3 SW3.10 SW3.9

MachXO2 Program/Configure JTAG 1-2 3-2 Up Down

iCE40 CRAM Program/Configure SPI 1-2 1-2 Down Down

iCE40 Flash Program/Configure SPI 1-2 1-2 Down Up

(All) Boot — 3-2 — Up Up

J16

J3

SW3.1

SW3.2

SW3.3

SW3.4

SW3.5

SW3.6

SW3.7

SW3.8

SW3.9

SW3.10

(SW3)

7


Status IndicatorsThe board provides the number of LED status indicators, shows power, configuration, and an application status. Table 3 provides the detailed definition of the Status LED I/O Map.

Table 3. Status LED I/O Map

Device I/O Balls LED Schematic NET Bank ColorLCMX02-4000ZE B1 D1 AGG_LED1 3 Green

LCMX02-4000ZE B2 D2 AGG_LED2 3 Green

LCMX02-4000ZE C1 D3 AGG_LED3 3 Green



LCMX02-4000ZE D1 D6 AGG_LED6 3 Green

LCMX02-4000ZE E1 D7 AGG_LED7 3 Green

LCMX02-4000ZE E2 D8 AGG_LED8 3 Green

LCMX02-4000ZE J3 D17 STATUS_LED1 3 Blue

LCMX02-4000ZE K1 D20 STATUS_LED2 3 Blue

LCMX02-4000ZE K2 D22 STATUS_LED3 3 Green

LCMX02-4000ZE K3 D23 STATUS_LED4 3 Green

LCMX02-4000ZE L3 D26 STATUS_LED5 3 Red

LCMX02-4000ZE M1 D27 STATUS_LED6 3 Red

LCMX02-4000ZE M2 D30 STATUS_LED7 3 Yellow

LCMX02-4000ZE N9 D31 STATUS_LED8 2 Yellow

LCMX02-4000ZE N10 D33 STATUS_LED9 2 Yellow

LCMX02-4000ZE P2 D18 STATUS_LED10 2 Blue


LCMX02-4000ZE P6 D21 STATUS_LED12 2 Green






ICE5LP4K 7 D9 4KDONE 2 Red

ICE40LP8K E6 D11 CDONE 2 Red

8


MachXO2-4000ZE Circuit OverviewLCMXO2-4000ZE-1MG132CThe MachXO2 device (LCMXO2-4000ZE-1MG132C) on the board performs a variety of functions:

• Programming Multiplexing— Interface from PC/FTDI to iCE5LP, iCE40LP, and SPI Flash memories

• Signal Aggregator Demo Function— Includes interface to iCE40LP8K

• General Purpose I/O from DIP switches and LEDs

The USB demo design includes bitstreams for the MachXO2.

Note: Refer to the documents accompanying each demo for details on the specific design function of the MachXO2.

Tables provide the detailed definition of the different functions:

• LED Indication (Table 3)

• Switches (Table 4)— DIP Switches— Push Button— 3-pin Headers

• iCE40LP8K/iCE5LP4K Interface (Table 5)

• External Application Processor Interface (Table 6)

Table 4 provides the detailed definition of the I/O Map for the device MachXO2 general purpose functions.

Table 4. Switches / I/O Map for MachXO2

Device I/O Ball Schematic Net Bank DesignatorLCMX02-4000ZE B9/B12 CONFIG_SW1 0 SW3

LCMX02-4000ZE B14 CONFIG_SW2 1 SW3

LCMX02-4000ZE C13 CONFIG_SW3 1 SW3

LCMX02-4000ZE C14 SW4 1 SW3

LCMX02-4000ZE D12 SW5 1 SW3

LCMX02-4000ZE E12 SW6 1 SW3



LCMX02-4000ZE F12 SW9 1 SW3

LCMX02-4000ZE F13 SW10 1 SW3

LCMX02-4000ZE A2 XO2_RESET 0 SW1

POWER — 5V — SW2

9


Table 5. Aggregator I/O Map for MachX02

The MachXO2-4000ZE and an iCE40LP8k/iCE5LP4K provides connections to the header J18 (Embedded control-ler connector). Table 6 provides the detailed definition of the signals.

Table 6. AP Interface for MachXO2, iCE40LP/iCE5LP and J18

MACHX02(U4) ICE40LP8K(U22) HD3SS460(U11)Pin Number Schematic Net

I/O Ball Bank I/O Ball Bank

F1 3 B6 0 — AGG_GPIO1

F2 3 A6 0 — AGG_GPIO2

F3 3 B5 0 — AGG_GPIO3

G3 3 A4 0 — AGG_GPIO4

H1 3 B4 0 — AGG_GPIO5

H2 3 D5 0 — AGG_GPIO6

H3 3 E5 0 — AGG_GPIO7

J1 3 A3 0 — AGG_GPIO8

B8 0 A8 0 — SDA1

C8 0 B8 0 — SCL1

A9 0 B7 0 — SDA2

A7 0 A7 0 — SCL2

A2 0 13 AUX_CHP

A1 0 14 AUX_CHN

iCE40LP8K(U22) iCE5LP4K(U5) XO2(U4) J18 Schematic Net Name

IO Ball Bank IO Ball Bank IO Ball Bank

G7 SPI 15 2 M7 2 1 SPI_SCK

G4 2 18 2 N4 2 3 EC_CS

G6 SPI 14 2 M9 2 5 SPI_MISO

H7 SPI 17 2 M8 2 8 SPI_MOSI

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iCE40LP8KThe iCE40LP8K (U5/U22) is one of the devices on the board used to demonstrate the Lattice Type-C Power Deliv-ery (PD) management and Cable Detect (CD) solution. In order to support the variety of demos, the iCE device provides multiple parallel and serial connections to the MachXO2 device on the board. Table 5 and Table 6 provide the detailed definition of the connections. Both the devices are connected to the J18 (Embedded Controller header).

The iCE configuration may be stored in external SPI Flash (Refer the section Programming Mux and Switch Set-tings for more information. The external SPI Flash (U10) is connected to the configuration SPI port of the iCE device. These signals, along with the CDONE and CRESET signals from the iCE are connected to the MachXO2-4000ZE device to facilitate connection from the PC (for programming) to both the iCE and SPI Flash.

The 25 MHz oscillator X2 is used to provide an external clock signal to the iCE40LP device. This clock signal is also passed to the iCE5LP device. Table 7 provides the detailed definition of the clock connections.

Table 7. Clock Connections for iCE40LP

Power SupplyPower supply to the development kit is by the MINI-USB Type-B connector or from an external adaptor. This con-nector provides 5 V source for the voltage regulators on the board which supply the power to MachXO2 and iCE devices on the board. Each IO and core voltage rail on the board is accessible by a test point on the board. The current flowing to each rail can also be measured using a 1Ω resistor placed in the path of each voltage rail.

Figure 5 shows the device power rails. There are three voltage regulators on the board used to supply the 3.3 V, 1.8 V, and 1.2 V rails. The input to these regulators is the 5 V rail on the board, which is supplied from either the MINI-USB Type-B connector or external power adaptor via switch SW2.

Figure 5. Device Power Rails

Several of the voltage rails also connect to indicator LEDs on the board to display the power status to the user. These LEDs are listed in Table 8.

ICE40LP8K(U22) ICE5LP4K(U5) Schematic NetIO Ball Bank IO Ball Bank Name

D8 1 20 2 CLK IN

EXTADAPTER

USB MINI

LD0

LD0

LD0

J8

J2 5VVCC3V3

VCC1V2

DP3V3

U14

U15

U21

SW2

11


Table 8. Voltage Rail Indicator LEDs

The board voltage rails are summarized in Table 9, including the rail source voltage, test point #, and current sense resistor number.

Table 9. Device Power Rail Summary and Test Points

Voltage Rail Indicator LED ColorINT_5V D12 Blue

VCC3V3 D14 Yellow

5V D14 Yellow

Voltage Rail Source Rail Sense Resistor Test Point #VCC_SPI VCC3V3 — TP18

VCONN_5V 5V R106 —

XO2_VCCIO0 VCC3V3 R107 TP6




ICEVCCIO0 VCC3V3 R108 TP7




XO2_CORE VCC3V3 R102 TP4

ICE4K_CORE VCC3V3 R104 TP5

ICE8K_CORE VCC3V3 R105 TP16

DP3V3 INT_5V — —

5V USB5V/EXT_5V — TP17

VBUS EXT_5V — —

12


USB Super-Speed Switch/Alternate Mode FunctionThe development kit includes a super-speed switch IC (U11 - HD3SS460) along with a high-speed USB switch (U19 – PI3DBS3224). The super-speed switch IC is used to demonstrate the orientation-agnostic capability of the USB Type-C connector. The switches connect various USB sockets. Figure 6 shows the switch functions and the data flow diagram.

Figure 6. Super Speed Block

U11 is connected on one side to the standard-USB 9-pin connector (J6), the Mini DP connectors (CN1 and CN3) and the other side connected to the USB Type-C connector (CN1). J6 provides a bi-directional Super-Speed chan-nel as well as a bi-directional High-Speed channel, with CN1, CN2 providing a unidirectional display source data. The U11 switch connection is managed by the iCE40 device on the board, using the SS_EN, SS_AMSEL, and SS_POL signal inputs to U11. For more information refer the documentation on the super-speed switch demo. Table 10 provides the detailed definition of the mode supported by the super speed switch.

USBType B

(J4)

DP

Type CConnector

(CN1)

T1HD3SS460

(U12)

SSRX+/-

SSTX+/-

LNA

LNB

LNC

LNQ

PO

L

AM

SE

L

EN

SSRX

SSTX

CRX1

CTX1

RX1

TX1

CRX2

CTX2

RX2

TX2

SS

HS

SBU1

SBU2

RFU1

RFU2

13


Table 10. Modes Supported by Super Speed Switch

Note: This board (iCE40LP8K-USBC-EVN) supports Display Port as an Alternate Mode function. By default board population option is data sink. To modify it as data source, make the following changes on the board.R199,R201,R203,R205,R207,R209,R211,R213,R215,R217-Do Not Populate R198,R200,R202,R204,R206,R208,R210,R212,R214,R216-Populate

POL AMSEL EN Configurations High Speed Signal Flow SBU Signal Flow

L L H

2CH USB SS

+ 2CH AM

(Normal)

SSRX SSTX

CRX 1

CTX 1

CTX 2

CRX 2

LnD

LnC

LnB

LnA

SBU 1

SBU 2

CSBU 1

CSBU 2

H L H

2CH USBSS

+ 2CH AM

(Flipped)

SSRX SSTX

CRX 1

CTX 1

CTX 2

CRX 2

LnD

LnC

LnB

LnA

SBU 1

SBU 2

CSBU 1

CSBU 2

L H H 4CH AM

(Normal)

SSRX SSTX

CRX 1

CTX 1

CTX 2

CRX 2

LnD

LnC

LnB

LnA

SBU 1

SBU 2

CSBU 1

CSBU 2

H H H 4CH AM

(Flipped)

SSRX SSTX

CRX 1

CTX 1

CTX 2

CRX 2

LnD

LnC

LnB

LnA

SBU 1

SBU 2

CSBU 1

CSBU 2

14


USB High Speed FunctionHigh speed switch function done by the device (U19) which receives inputs from the standard-USB 3.0 type A con-nector J6 and the Billboard device (U13) data using USB2.0 protocol and switches either of one to the Type-C con-nector (CN2). The switching behavior of U13 is controlled by the iCE device using the HS_SAI and HS_EN signals. Figure 7 shows the High Speed Switch.

Figure 7. High Speed Switch

Table 11 provides the detailed definition of the MUX selection.

Table 11. MUX Selection

ENA/B SAI OUTA00 X Hi-Z

1 1 INA

1 0 INB

USB CONN

BB DEVICE

HS SwitchType-

CCONN

ICE5LP4K/ICE40LP8K

J6 U19 CN2

U13

15


Billboard InterfaceBillboard interface is the feature supported by USB Type-C protocol and which functioned by U13 and based on the iCE control for the HS switch it will be terminated to the Type-C connector (CN2). Table 12 provides the detailed definition of the Billboard Interface I/O map and associated net names.

Table 12. Billboard Interface

Data Logging InterfaceData logging interface can use a terminal screen such as HyperTerminal or Putty to display PD transactions of the USB Type-C Demo Kit V2. Figure 8 shows the data flow and the block diagram of the data logging interface.

Figure 8. Data Logging Interface

Ordering Information

ICE40LP8K(U22) SNF225111BX(U13) J5 PI3DBS3224(U19) Schematic NetI/O Ball Bank Pin Name Pin Number Pin Number

C4 0 P5.0/SCK — — BB_SCK

H5 2 P5.0/SDO — — BB_SDO

G5 2 P5.1/SDI — — BB_SDI

C5 0 P0.1/INT1 — — BB_INT

— — P1.0 2 — BB_PGM

— — P1.1 3 — BB_ALSB/PDB

— — P2.0 5 — BB_CLK

— — P2.1 4 — BB_OE

— — DN — 4 BB_DN

— — DP — 3 BB_DP

Description Ordering Part NumberChina RoHS Environment-

Friendly Use Period

iCE40LP8K USB Type-C Demo Kit V2 iCE40LP8K-USBC-EVN

iCE40 Ultra USB Type-C Demo Kit V2 iCE5LP4K-USBC-EVN

USB MINI-B FTDIFT2232HL

MXU ICE40LP8K-CM81

ICE5LP4K-48LCMX02-40002E

J2

U1

U3 L22

U5U4

JTAG/I2C

UART

16


Technical Support AssistanceSubmit a technical support case via www.latticesemi.com/techsupport.

Revision History

© 2015 Lattice Semiconductor Corp. All Lattice trademarks, registered trademarks, patents, and disclaimers are as listed at www.latticesemi.com/legal. All other brand or product names are trademarks or registered trademarks of their respective holders. The specifications and information herein are subject to change without notice.

Date Version Change Summary

June 2015 1.0 Initial release.

www.latticesemi.com/techsupport

http://www.latticesemi.com/corporate/legal/index.cfm

17


Appendix A. Schematic DiagramsFigure 9. Block Diagram

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Figure 10. FTDI I/F

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MINI USB FOR PROGRAMMING AND POWER

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cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

102

FT

DI I

/F

B

J3

HE

AD

ER

3

1 2 3C

6

0.1u

F

R16

10K

R23

30

R19

4

4.7k

R6

0

R18

12k

C12

18pF

C3

0.1u

F

C18

0.1u

F

R15

10K

J2

SK

T_M

INIU

SB

_B_R

A

VC

C1

D-

2

D+

3

ID4

GN

D5

C1

0.1u

F

R13

2k2 R

1412

k

R5

0

L3

600o

hm 5

00m

A12

C19

0.1u

FR

171

4.7k

C5

0.1u

F

C7

10uF

C9

0.1u

F

C16

0.1u

F

C11

18pF

R10

0

FTD

I H

igh

-Sp

eed

US

B

FT2

232H

FT22

32H

LU

1

VR

EG

IN50

VR

EG

OU

T49

DM

7

DP

8

RE

F6

RE

SE

T#

14

EE

CS

63

EE

CLK

62

EE

DA

TA

61

OS

CI

2

OS

CO

3

TE

ST

13

AD

BU

S0

16

AD

BU

S1

17

AD

BU

S2

18

AD

BU

S3

19

VPHY4

VPLL9

VCORE12

VCORE37

VCORE64

VCCIO20

VCCIO31

VCCIO42

VCCIO56

AGND10

GND1

GND5

GND11

GND15

GND25

GND35

GND47

GND51P

WR

EN

#60

SU

SP

EN

D#

36

AD

BU

S4

21

AD

BU

S5

22

AD

BU

S6

23

AD

BU

S7

24

AC

BU

S0

26

AC

BU

S1

27

AC

BU

S2

28

AC

BU

S3

29

AC

BU

S4

30

AC

BU

S5

32

AC

BU

S6

33

AC

BU

S7

34

BD

BU

S0

38

BD

BU

S1

39

BD

BU

S2

40

BD

BU

S3

41

BD

BU

S4

43

BD

BU

S5

44

BD

BU

S6

45

BD

BU

S7

46

BC

BU

S0

48

BC

BU

S1

52

BC

BU

S2

53

BC

BU

S3

54

BC

BU

S4

55

BC

BU

S5

57

BC

BU

S6

58

BC

BU

S7

59

C20

0.1u

F

X1

12M

HZ

11

33

G1

2G

24

J16 HE

AD

ER

31 2 3

R17

10K

C13

0.1u

F

R1

4.7k

C2

4u7

1 2

C8

0.1u

F

93LC

56-S

O8

U2

CS

1

CLK

2

DI

3

DO

4V

SS

5O

RG

6N

U7

VC

C8

C10

0.1u

F

R9

0

C14

0.1u

F

L1

600o

hm 5

00m

A12

R12

0

R3

0

R8

0

J1

head

er_1

x8

DN

I11

22

33

44

55

66

77

88

C15

0.1u

F

L2 600o

hm 5

00m

A

1 2

C17

0.1u

F

R2

4.7k

R7

0

R23

20

C4

4u7

1 2

R4

0

U3

ST

G36

93Q

TR

VC

C2

123S

EL

3

GN

D11

4SE

L10

D1

16

D2

5

D3

8

D4

13

1S1

15

1S2

1

2S1

4

2S2

6

3S1

7

3S2

9

4S1

12

4S2

14

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

19


Figure 11. MachXO2 I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

AG

GR

EGA

TOR

LE

D'S

PLA

CE

IT T

OP

SID

E

PLA

CE

IT T

OP

SID

E

PLA

CE

DE-

CA

PS C

LOSE

TO

TH

EIR

PO

WER

PIN

S

FT

DI_

SP

ICS

FT

DI_

SP

ICLK

XO

2_S

YS

RS

T

TD

I

TC

K

JTA

G

TD

O

FT

DI_

SP

ISI

AG

G_L

ED

1A

GG

_LE

D2

FT

DI_

SP

ISO

AG

G_L

ED

3A

GG

_LE

D4

AG

G_L

ED

5A

GG

_LE

D6

AG

G_L

ED

7A

GG

_LE

D8

FT

DI_

SP

ICLK

FT

DI_

SP

ISI

FT

DI_

SP

ISO

SP

I

XO

2_S

YS

RS

T

CR

ES

ET

_B

FT

DI_

SP

ICS

AG

G_L

ED

1

AG

G_L

ED

2

AG

G_L

ED

3

AG

G_L

ED

4

AG

G_L

ED

5

AG

G_L

ED

6

AG

G_L

ED

7

AG

G_L

ED

8

CR

ES

ET

_B

XO

2_V

CC

IO2

XO

2_C

OR

E

XO

2_V

CC

IO0

XO

2_V

CC

IO1

XO

2_V

CC

IO3

XO

2_V

CC

IO0

XO

2_V

CC

IO2

XO

2_C

OR

E

XO

2_V

CC

IO0

XO

2_V

CC

IO1

FT

DI_

CR

ES

ET

B2

TC

K2

TD

O2

TD

I2

CO

NF

IG_S

W1

9

AG

G_G

PIO

15,

9A

GG

_GP

IO2

5,9

AG

G_G

PIO

35,

9A

GG

_GP

IO4

5,9

AG

G_G

PIO

85,

9A

GG

_GP

IO7

5,9

AG

G_G

PIO

65,

9A

GG

_GP

IO5

5,9

CO

NF

IG_S

W2

9C

ON

FIG

_SW

39

SW

49

SW

59

SW

69

SW

79

SW

89

TM

S2

SC

L25,

9S

DA

25,

9

SD

A1

5,9

SC

L15,

9

SP

I_S

CK

2,4,

5,9

SP

I_M

OS

I4,

5,9

SP

I_M

ISO

4,5,

9IC

E_S

PI_

SS

_B4,

5

ST

AT

US

_LE

D11

10

HIZ

_CN

TR

L9

IO_D

IRE

CT

ION

_EN

9

ST

AT

US

_LE

D10

10

ST

AT

US

_LE

D12

10S

TA

TU

S_L

ED

1310

ST

AT

US

_LE

D14

10S

TA

TU

S_L

ED

1510

ST

AT

US

_LE

D16

10S

TA

TU

S_L

ED

1710

FT

DI_

SP

ICS

2

FL_

SP

I_S

S_B

5

ST

AT

US

_LE

D8

10S

TA

TU

S_L

ED

910

CR

ES

ET

_B4,

5

ST

AT

US

_LE

D6

10S

TA

TU

S_L

ED

510

ST

AT

US

_LE

D4

10S

TA

TU

S_L

ED

310

ST

AT

US

_LE

D7

10

EC

_IN

T4,

5E

C_C

S2,

4,5,

9

FT

DI_

INT

2

PD

_CO

NT

RA

CT

9

SW

99

SW

109

ST

AT

US

_LE

D2

10S

TA

TU

S_L

ED

110

GP

IO1

5,8

GP

IO2

5

HE

AD

19

HE

AD

29

HE

AD

39

HE

AD

49

HE

AD

59

HE

AD

69

HE

AD

79

HE

AD

89

UA

RT

_RX

2U

AR

T_T

X2

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

103

XO

2 I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

103

XO

2 I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

103

XO

2 I/F

B

C40

100n

F10

V

LCM

XO

2-40

00Z

E-1

MG

132I

U4-

1

VC

CA

1

VC

CA

14

NC

C7

VC

CN

1

VC

CP

14

GN

DA

5

GN

DB

11

GN

DD

2

GN

DD

13

GN

DG

2

GN

DH

13

GN

DL2

GN

DL1

3

GN

DP

5

GN

DP

10

R30

0

C42

100n

F10

V

D8

Gre

en1

2

C39

1uF

10V

R29

0

R36

4.7k

R27

4.7k

D5

Gre

en1

2

D7

Gre

en1

2

R20

680R

C31

100n

F10

V

D2

Gre

en1

2

D6

Gre

en1

2

R19

680R

R33

0

Bank 3

Bank 2

(PRI. || SEC.)

LCM

XO

2-40

00Z

E-1

MG

132I

U4-

3

PL2

A ||

L_G

PLL

T_F

BB

1

PL2

B ||

L_G

PLL

C_F

BB

2

PL2

C ||

L_G

PLL

T_I

NC

1

PL3

A ||

PC

LKT

3_2

C2

PL2

D ||

L_G

PLL

C_I

NC

3

PL3

B ||

PC

LKC

3_2

D1

VC

CIO

3D

3

PL3

CE

1

PL3

DE

2

PL4

AE

3

PL4

CF

1

PL4

BF

2

PL4

DF

3

VC

CIO

3G

1

PL5

A ||

PC

LKT

3_1

G3

PL5

CH

1

PL5

B ||

PC

LKC

3_1

H2

PL5

DH

3

PL8

AJ1

PL8

BJ2

PL8

CJ3

PL9

A ||

PC

LKT

3_0

K1

PL8

DK

2

PL9

B ||

PC

LKC

3_0

K3

VC

CIO

3L1

PL1

0BL3

PL1

0CM

1

PL1

0DM

2

PB

4DM

3

PB

6C ||

MC

LK/C

CLK

M4

PB

9DM

5

VC

CIO

2M

6

PB

11A

|| P

CLK

T2_

1M

7

PB

15B

M8

PB

18A

M9

PB

18C

M10

PB

20A

M11

PB

4BN

2

PB

6AN

3

PB

6D ||

SO

/SP

ISO

N4

PB

9CN

5

PB

9A ||

PC

LKT

2_0

N6

PB

11D

N7

PB

11B

|| P

CLK

C2_

1N

8

PB

15D

N9

PB

18B

N10

VC

CIO

2N

11

PB

20C

|| S

NN

12

VC

CIO

2P

1

PB

4AP

2

PB

4C ||

CS

SP

INP

3

PB

6BP

4

PB

9B ||

PC

LKC

2_0

P6

PB

11C

P7

PB

15A

P8

PB

15C

P9

PB

18D

P11

PB

20B

P12

PB

20D

|| S

I/SIS

PI

P13

C38

10uF

10V

R34

0

C35

100n

F10

V

C33

100n

F10

V

C26

100n

F10

V

R25

680R

D3

Gre

en1

2

C22

100n

F10

V

C37

100n

F10

V

C23

100n

F10

V

D1

Gre

en1

2

R19

2

4.7k

R24

680R

C30

10uF

10V

C34

10uF

10V

R23

680R

C43

100n

F10

V

C32

100n

F10

V

C29

0.1u

F

C28

100n

F10

V

C36

100n

F10

V

R22

680R

R26

680R

C24

100n

F10

V

R28

0

TP

1 1

R21

680R

D4

Gre

en1

2

C21

10uF

10V

R32

4.7k

Bank 1

Bank 0

(PRI. || SEC.)

LCM

XO

2-40

00Z

E-1

MG

132I

U4-

2

PR

2AB

14

PR

2BC

13

PR

2CC

14

PR

2DD

12

PR

3AE

12

PR

4AE

13

PR

3BE

14

PR

4BF

12

PR

4CF

13

PR

4DF

14

PR

5AG

12

PR

5C ||

PC

LKT

1_0

G13

PR

5BG

14

PR

5D ||

PC

LKC

1_0

H12

VC

CIO

1H

14

PR

8AJ1

2

PR

8CJ1

3

PR

8BJ1

4

PR

8DK

12

PR

9AK

13

PR

9BK

14

VC

CIO

1L1

2

PR

9CL1

4

PR

10A

M12

PR

9DM

13

PR

10B

M14

PR

10C

N13

PR

10D

N14

PT

9AA

2

PT

10A

A3

PT

10C

|| T

DO

A4

PT

11D

|| T

MS

A6

PT

12A

|| P

CLK

T0_

1A

7

VC

CIO

0A

8

PT

15B

A9

PT

16A

A10

PT

16C

A11

PT

17B

A12

PT

17D

|| D

ON

EA

13

PT

9BB

3

PT

10D

|| T

DI

B4

PT

11A

B5

PT

11C

|| T

CK

B6

PT

12B

|| P

CLK

C0_

1B

7

PT

12D

|| S

DA

/PC

LKC

0_0

B8

PT

15C

|| J

TA

GE

NB

B9

VC

CIO

0B

10

PT

16D

B12

PT

17C

|| IN

ITN

B13

PT

10B

C4

VC

CIO

0C

5

PT

11B

C6

PT

12C

|| S

CL/

PC

LKT

0_0

C8

PT

15A

C9

PT

15D

|| P

RO

GR

AM

NC

10

PT

16B

C11

PT

17A

C12

VC

CIO

1D

14

TP

2 1

R31

4.7k

C41

100n

F10

V

C27

100n

F10

VR

221

10K

DN

IS

W1

SY

S_R

ST

C25

10uF

10V

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

20


Figure 12. iCE5LP4K I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

Enabling SLT

For Cable drop testing

CC/VCONN SEL SWITCH

PLA

CE

DE-

CA

PS C

LOSE

TO

TH

EIR

PO

WER

PIN

SVBUS_REF

VBUS_DET_PWM

4K_C

C_R

X_R

EF

CC

1_D

ET

_PW

M

CC

1_D

ET

_RE

F

CC

1_V

CO

NN

_EN

VB

US

_DE

T

CC

2_D

ET

_RE

F

CC

2_D

ET

_PW

M

CC

1_R

P

CC

1_T

X

CC

1_T

X_E

N

CC

1_D

ET

CC

1_R

X

CC

1_R

D

CR

ES

ET

_B

CC

2_R

P

CC

2_T

X

CC

2_T

X_E

N

CC

2_D

ET

CC

2_R

X

CC

2_R

D

CC

2_V

CO

NN

_EN

4K_C

C_R

X_R

EF

CC

2_R

D

VB

US

_DE

T

CC

1_D

ET

CC

2_D

ET

CC

1_R

P

CC

1_R

D

CC

2_R

P

CC

2_R

D

CC

1_T

X

CC

1_T

X_E

N

CC

2_T

X

CC

2_T

X_E

N

CC

1_V

CO

NN

_EN

CC

2_V

CO

NN

_EN

DB

_DIS

AB

LE

4KC

DO

NE

CR

ES

ET

_B

4KC

DO

NE

DB

_DIS

AB

LE

DB

_DIS

AB

LE

VC

C1V

2

VC

ON

N_5

VV

CO

NN

_5V

VC

ON

N_5

V VC

ON

N_5

V

VC

C3V

3

ICE

_VC

CIO

2IC

E4K

_CO

RE

ICE

_VC

CIO

0IC

E4K

_CO

RE

VB

US

VC

C3V

3

VC

C3V

3

ICE

_VC

CIO

2IC

E_V

CC

IO1

VC

C3V

3

VC

C3V

3

VC

C3V

3

VC

C3V

3

ICE

_VC

CIO

1IC

E_V

CC

IO0

VB

US

_DE

T5

CC

1_D

ET

5

CC

2_D

ET

5,8

SP

I_M

ISO

3,5,

9S

PI_

MO

SI

3,5,

9S

PI_

SC

K2,

3,5,

9IC

E_S

PI_

SS

_B3,

5E

C_I

NT

3,5

EC

_CS

2,3,

5,9

SS

_EN

5,6

SS

_PO

L5,

6S

S_A

MS

EL

5,6

VB

US

_SIN

K_E

N5,

8

VB

US

_5V

_EN

5,8

CC

26,

9

CC

16,

9

CC

1_R

P5

CC

1_R

D5

CC

2_R

P5

CC

2_R

D5

CC

1_T

X5

CC

1_T

X_E

N5

CC

2_T

X5

CC

2_T

X_E

N5

CC

1_V

CO

NN

_EN

5

CC

2_V

CO

NN

_EN

5

DB

_DIS

AB

LE5

UF

P/D

FP

5,9

CR

ES

ET

_B3,

5

VB

US

_DIS

CH

AR

GE

_EN

5,8

HS

_SA

I5,

6CLK

_IN

5,7

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

104

ICE

5LP

4K I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

104

ICE

5LP

4K I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

104

ICE

5LP

4K I/

F

B

510K

R53

5K1

R52

0.04

7uF

10VC

52

0.04

7uF

C44

5K1

R44

P-C

hann

el

Q3

36K

R46

10uF

10V

C12

7

100n

F10

V

C47

255R

R47

5K1R

167

118R

R42

R62

0

DN

I

R16

810

m

10uF

10V

C12

8

510K

R56

D9

Red

1 2

118R

R48

5K1

R60

10uF

10V

C48

510K

R54

1nF

10V

C49

1nF

10V

C46

5K1

R49

R61

649

D34

CD

BU

05201

2

100n

F10

V

C58

0.04

7uF

10VC

51

100n

F10

V

C54

TS

5A23

159R

SE

R

U6

NC

19

NO

12

NC

27

V+8

CO

M1

10

NO

24

GND3

CO

M2

6

IN2

5

IN1

1

510K

R57

330p

F16

V

C10

9

iCE

5LP

4K _

QF

N48

U5

U5

VC

CIO

21

IOB

_6a

2

IOB

_9b

3

IOB

_8a

4

VC

C5

IOB

_13b

6

CD

ON

E7

CR

ES

ET

_B8

IOB

_16a

9

IOB

_18a

10

IOB

_20a

11

IOB_22a12

IOT

_45a

_G1

37

IOT

_50b

38

RG

B2

39

RG

B1

40

RG

B0

41

IOT

_51a

42

IOT

_49a

43

IOB_3b_G644

IOB_5b45

IOB

_0a

46IO

B_2

a47

IOB_4a48

IOB

_24a

13

IOB

_32a

_SO

14

IOB

_34a

_SC

K15

IOB

_35b

_CS

N16

IOB

_33b

_SI

17

IOB

_31b

18IO

B_2

9b19

IOB

_25b

_G3

20IOB_23b

21

SP

I_V

CC

IO1

22

IOT

_37a

23

VP

P2V

5_T

op24

IOT

_36b

25

IOT

_39a

26

IOT

_38b

27

IOT

_41a

28

VC

CP

LL29

VC

C30

IOT

_42b

31

IOT

_43a

32

VC

CIO

033

IOT

_44b

34

IOT

_46b

_G0

35

IOT

_48b

36

TH_PAD49

510K

R51

10uF

10V

C11

5

Q1 B

SH

103,

235

Q2 B

SH

103,

235

510K

R41

1K

R58

510K

R45

100n

F10

V

C11

4

5K1R

55

330p

F16

V

C10

8

36K

R38

R16

910

m

R18

00

DN

I

P-C

hann

el

Q4

R17

90

R17

0

75K

1K

R59

1KR

37

SN

74LV

1T34

DC

KR

U7

NC

1

A2

G3

V5

Y4

100R

R40

100n

F10

V

C59

100n

F10

V

C11

2

5K1

R50

10uF

10V

C12

6

255R

R39

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

21


Figure 13. iCE5LP8K I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

BMC RX Comparators

SPI FLASH

PLA

CE

DE-

CA

PS C

LOSE

TO

TH

EIR

PO

WER

PIN

S

CC

2_E

XT

_DE

T

CC

1_D

ET

CC

2_D

ET

8K_C

C2_

DE

T_P

WM

8K_C

C1_

DE

T_P

WM

SP

I_M

ISO

SP

I_M

OS

IS

PI_

SC

KIC

E_S

PI_

SS

_B

CD

ON

E

8K_V

BU

S_I

N

8K_V

BU

S_D

ET

_PW

N

8K_C

C1_

DE

T_R

EF

CC

1_E

XT

_DE

T

CC

2_R

X_R

EF

CC

1_R

X_R

EF

VB

US

_DE

T

CC

_RX

_RE

F

SP

I_M

ISO

SP

I_M

OS

I

SP

I_S

CK

FL_

SP

I_S

S_B

VB

US

_DE

T

CC

1_D

ET

CC

2_D

ET

SP

I_M

OS

I

SP

I_M

ISO

SP

I_S

CK

ICE

_SP

I_S

S_B

FL_

SP

I_S

S_B

CD

ON

E

ISE

NS

E

VB

US

_8K

_RE

F

ISE

NS

E

VP

P_2

V5

8K_C

C2_

DE

T_R

EF

CC

2_E

XT

_DE

T

CC

1_E

XT

_DE

T

8K_C

C2_

DE

T_R

EF

8K_C

C1_

DE

T_R

EF

ICE

_VC

CIO

3

VC

C3V

3

ICE

8K_C

OR

E

ICE

_VC

CIO

2

VC

C_S

PI

ICE

8K_C

OR

EV

CC

3V3

ICE

8K_C

OR

E

ICE

_VC

CIO

1

ICE

_VC

CIO

0

VC

C3V

3

VC

C_S

PI

ICE

_VC

CIO

0

ICE

_VC

CIO

2

VC

C3V

3

VC

C3V

3

VC

C3V

3

VC

C3V

3

VC

C_S

PI

SC

L13,

9S

DA

13,

9S

CL2

3,9

SD

A2

3,9

AG

G_G

PIO

13,

9A

GG

_GP

IO2

3,9

AG

G_G

PIO

33,

9A

GG

_GP

IO4

3,9

AG

G_G

PIO

53,

9A

GG

_GP

IO6

3,9

AG

G_G

PIO

73,

9A

GG

_GP

IO8

3,9

CLK

_IN

4,7

VB

US

_DE

T4

CC

1_D

ET

4

CC

2_D

ET

4,8

CC

2_R

P4

CC

2_R

D4

CC

1_R

P4

CC

1_R

D4

SS

_EN

4,6

SS

_PO

L4,

6S

S_A

MS

EL

4,6

SP

I_M

OS

I3,

4,9

SP

I_M

ISO

3,4,

9

SP

I_S

CK

2,3,

4,9

ICE

_SP

I_S

S_B

3,4

FL_

SP

I_S

S_B

3

EC

_CS

2,3,

4,9

CR

ES

ET

_B3,

4

EC

_IN

T3,

4

CC

1_T

X4

CC

1_T

X_E

N4

CC

2_T

X4

CC

2_T

X_E

N4

VB

US

_5V

_EN

4,8

VB

US

_SIN

K_E

N4,

8

VB

US

_DIS

CH

AR

GE

_EN

4,8

VB

US

_20V

_EN

8

HP

D6

UF

P/D

FP

4,9

AU

X_C

HP

6

AU

X_C

HN

6

DB

_DIS

AB

LE4

ISE

NS

E8

BB

_SC

K6

BB

_IN

T6

BB

_SD

O6

BB

_SD

I6

CC

1_V

CO

NN

_EN

4C

C2_

VC

ON

N_E

N4

GP

IO1

3,8

HS

_SA

I4,

6

DP

_PO

WE

R_E

N7

GP

IO2

3

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

105

ICE

40LP

8K I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

105

ICE

40LP

8K I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

105

ICE

40LP

8K I/

F

B

C73

10uF

D10

CD

BU

0520

12

R91

0

C11

8

10uF

10V

U10

N25

Q03

2A13

ES

C40

F

CS

1

SD

I5

SC

K6

WP

3

HO

LD7

VCC8

GND4

SD

O2

R81

0

C62

10uF

10V

R18

40

DN

I

C74

1uF

510K

R71

U20

TLV

3492

AID

CN

R

DN

I

2 31

4

6 57

8

C67

100n

F

C12

0

10uF

10V

R72

2K

R82

0

TP

3

1

R88

10K

R75

2K

C70

100n

F

R89

10K

1nF

C69

R74

2K

510K

R18

1

R90

10K

C11

9

10uF

10V

510K

R85

R76

2K

BA

NK

2

iCE

40LP

8K-C

M81

U22

C

IOB

_81_

GB

IN5

G4

IOB

_82_

GB

IN4

H4

IOB

_103

_CB

SE

L0G

5

IOB

_104

_CB

SE

L1H

5

CD

ON

EE

6

CR

ES

ET

_BH

6

VC

CIO

_2J5

IOB

_54

H1

IOB

_55

J1

IOB

_56

J2

IOB

_57

J3

IOB

_70

J4 D11

Red

1 2

PO

WER

iCE

40LP

8K-C

M81

U22

F

GN

DF

4

GN

DF

5

GN

DF

6

GN

DF

9G

ND

PLL

0J6

VC

CP

LL0

J7V

CC

F2

VC

CD

4

VC

CE

9

VP

P_2

V5

C8

VP

P_F

AS

TC

7

1nF

C63

C12

1

100n

F DN

I

R11

2k2

C11

7

10uF

10V

510K

R8651

0KR

69

510K

R18

2

510K

R80

U9

TLV

3202

AID

GK

R

2 31

4

6 57

8

R22

2

10K

510K

R18

5

DN

I

1nF

C64

BA

NK

0

iCE

40LP

8K-C

M81

U22

A

IOT

_197

_GB

IN1

C5

IOT

_198

_GB

IN0

C4

VC

CIO

_0A

5

IOT

_170

B8

IOT

_174

A8

IOT

_177

A7

IOT

_180

B7

IOT

_183

B6

IOT

_185

A6

IOT

_188

B5

IOT

_208

A4

IOT

_211

B4

IOT

_212

D5

IOT

_214

E5

IOT

_217

A3

IOT

_218

B3

IOT

_221

A2

IOT

_224

A1

C75

100n

F

510K

R8351

0KR

68

510K

R79

1nF

C68

510K

R84

C11

6

10uF

10V

SPI

iCE

40LP

8K-C

M81

U22

E

VC

C_S

PI

H8

IOB

_105

_SD

OG

6

IOB

_106

_SD

IH

7

IOB

_107

_SC

KG

7

IOB

_108

_SS

F7

C76

100n

F

C71

100n

F

C66

100n

F

510K

R17

3D

NI

BA

NK

3

iCE

40LP

8K-C

M81

U22

D

IOL_

13B

_GB

IN7

D3

IOL_

14A

_GB

IN6

E3

VC

CIO

_3H

3IO

L_2A

C2

IOL_

2BB

2

IOL_

3AB

1

IOL_

3BC

1

IOL_

7AD

2

IOL_

7BC

3

IOL_

10A

D1

IOL_

10B

E1

IOL_

13A

E2

IOL_

14B

E4

IOL_

22A

F1

IOL_

22B

F3

IOL_

24A

G3

IOL_

24B

G1

IOL_

26A

G2

IOL_

26B

H2

510K

R67

R18

30

DN

I

C77

100n

F

R17

264

9

510K

R73

R66

100R

C72

100n

F10

V

C61

100n

F

C65

100n

F

C60

100n

F10

V

BA

NK

1

iCE

40LP

8K-C

M81

U22

B

IOR

_140

_GB

IN3

E8

IOR

_141

_GB

IN2

D8

VC

CIO

_1C

6

IOR

_109

J8

IOR

_110

J9

IOR

_111

H9

IOR

_112

G9

IOR

_113

F8

IOR

_114

G8

IOR

_115

D6

IOR

_116

A9

IOR

_117

D7

IOR

_118

E7

IOR

_119

D9

IOR

_120

B9

IOR

_148

C9

510K

R70

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

22


Figure 14. SS/DP/BB I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

1)

ALL

TH

E U

SB S

IGN

ALS

SH

OU

LD M

AIN

TAIN

90

OH

MS

DIF

FER

NTI

AL

IMPE

DA

NC

E A

ND

45

OH

MS

AS

A S

ING

LE E

ND

ED T

RA

CE

2)R

OU

TE D

IFFE

REN

TIA

L PA

IR S

IGN

ALS

SH

OR

T A

S PO

SSIB

LE

LAY

OU

T N

OTE

:

3)M

ATC

H L

ENTH

WIT

HIN

PA

IRS(

+/-

50

mils

) A

S W

ELL

AS

TX &

RX

FO

R U

SB S

S SI

GN

ALS

SS

SWIT

CH

4)A

LL T

HE

DIS

PLA

Y P

OR

T(D

P) S

IGN

ALS

SH

OU

LDM

AIN

TAIN

100

OH

MS

DIF

FER

NTI

AL

IMPE

DA

NC

E

'D*_LANE_a' PAD

'DFP_D*_LANEn' PAD

'UFP_D*_LANEn' PAD

LAY

OU

T N

OTE

:R

ESIS

TOR

S

PLA

CE

TOP

SID

E

PLA

CE

TOP

SID

E

PLA

CE

X2

CLO

SE T

O U

13

UF

P

DF

P

DN

_LA

NE

_AD

P_L

AN

E_A

DN

_LA

NE

_BD

P_L

AN

E_B

US

B3_

TX

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US

B3_

TX

_DP

US

B3_

RX

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US

B3_

RX

_DP

AU

X_C

HP

AU

X_C

HN

US

BC

_RX

2_D

NU

SB

C_R

X2_

DP

US

BC

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2_D

NU

SB

C_T

X2_

DP

US

BC

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1_D

NU

SB

C_T

X1_

DP

US

BC

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1_D

NU

SB

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X1_

DP

SS

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SS

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SE

LS

S_P

OL

US

BC

_RF

U1

US

BC

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U2

US

BC

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1_D

PU

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X1_

DN

US

BC

1_D

PU

SB

C1_

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US

BC

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NU

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C_R

X2_

DP

US

BC

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U1

US

BC

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U2

US

BC

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1_D

PU

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C_R

X1_

DN

US

BC

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2_D

NU

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C1_

DP

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NE

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P_L

AN

E_C

DN

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NE

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AN

E_D

UF

P_D

N_L

AN

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AN

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AN

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AN

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P_L

AN

E1

UF

P_D

N_L

AN

E0

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P_D

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AN

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US

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TX

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US

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TX

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US

B3_

RX

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US

B3_

RX

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US

BC

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U1

US

BC

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U2

BB

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BB

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BB

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BB

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BB

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M

BB

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B/P

DB

BB

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MB

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LSB

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B_O

EB

B_C

LK

US

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DP

US

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DN

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BB

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US

BC

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PU

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DN

US

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AN

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AN

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AN

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PD

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X_C

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UX

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ND

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X_C

HP

UF

P_A

UX

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PU

FP

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X_C

HN

DF

P_A

UX

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ND

FP

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X_C

HP

DF

P_D

P_L

AN

E0

DF

P_D

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AN

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AN

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DF

P_D

N_L

AN

E1

DF

P_D

P_L

AN

E2

DF

P_D

N_L

AN

E2

DF

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P_L

AN

E3

DF

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AN

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AN

E1

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AN

E0

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AN

E1

DF

P_D

P_L

AN

E0

UF

P_D

N_L

AN

E2

DF

P_D

N_L

AN

E3

UF

P_D

P_L

AN

E2

DF

P_D

P_L

AN

E3

UF

P_D

N_L

AN

E3

DF

P_D

N_L

AN

E2

UF

P_D

P_L

AN

E3

DF

P_D

P_L

AN

E2

AU

X_C

HP

AU

X_C

HN

US

BC

_RF

U1

US

BC

_RF

U2

VC

C3V

3

VB

US

DP

PO

WE

R

US

B5V

5V

5V

5VV

CC

3V3

5VV

CC

3V3

VC

C3V

35V

DP

3V3

DP

PO

WE

R

CC

14,

9C

C2

4,9

HP

D5,

6

BB

_SC

K5

BB

_SD

O5

BB

_SD

I5

BB

_IN

T5

SS

_EN

4,5

SS

_AM

SE

L4,

5S

S_P

OL

4,5

HS

_SA

I4,

5

HP

D5,

6

AU

X_C

HP

5A

UX

_CH

N5

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

106

SS

/DP

/BB

I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

106

SS

/DP

/BB

I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

106

SS

/DP

/BB

I/F

B

R23

00

DN

I

L4 600o

hm 5

00m

A

12

C79

100n

F10

V

J17

HE

AD

ER

2

1 2

L560

0ohm

500

mA

12

R20

20

R21

00

U13

SN

8F22

511B

X

P5.

0/S

CK

1

P5.

2/S

DO

2

P5.

1/S

DI

3

P1.

04

P1.

15

P0.

1/IN

T1

6

XIN

7

XO

UT

8

P2.

116

P2.

015

VD

D14

VR

EG

3313

DN

12

DP

11

VS

S10

VR

EG

259

R20

30

R21

10

R16

6

4.7k

U11

HD

3SS

460

LnA

n15

LnA

p16

LnB

n18

LnB

p19

LnC

n20

LnC

p21

LnD

n23

LnD

p24

SS

TX

n25

SS

TX

p26

SS

RX

n27

SS

RX

p28

CR

X2n

10

CR

X2p

9

CT

X2n

7

CT

X2p

6

CT

X1n

5

CT

X1p

4

CR

X1n

2

CR

X1p

1

CR

FU

111

CR

FU

212

RF

U2

14E

N17

AM

SE

L8

PO

L3

RF

U1

13

THERMAL PAD - GND29

VCC22

R20

40

C82

0.1u

F

R21

20

R92

2M2

R20

50

C87

1uF

R95

4.7k

R21

30

C10

7

100n

F10

V

510K

R19

3

C80

100n

F10

V

R93

2M2

R17

8

4.7k

C81

100n

F10

V

R19

80

C86

1uF

U12

TX

B01

04P

WR

VC

CA

1V

CC

B14

A1

2

A2

3

A3

4

A4

5

NC

16

GN

D7

B1

13

B2

12

B3

11

B4

10

NC

29

OE

8

R19

90

R20

60

C89

18pF

U19

PI3

DB

S32

24

INA

+1

INA

-2

INB

+3

INB

-4

SA

I14

SA

015

SB

I12

SB

O11

EN

A16

EN

B10

OU

TA

0+18

OU

TA

0-17

OU

TA

1+20

OU

TA

1-19

OU

TB

0+8

OU

TB

0-9

OU

TB

1+6

OU

TB

1-7

VC

C13

GN

D5

R20

70

CN

1 Min

i-DP

DP

PO

WE

R20

GN

D3

19

AU

X_C

HN

18

ML_

LAN

E1P

17

AU

X_C

HP

16

ML_

LAN

E1N

15

GN

D2

14G

ND

113

ML_

LAN

E0P

12

ML_

LAN

E2P

11

ML_

LAN

E0N

10

ML_

LAN

E2N

9

GN

D5

8G

ND

47

CO

NF

IG2

6

ML_

LAN

E3P

5

CO

NF

IG1

4

ML_

LAN

E3N

3

HP

D2

GN

D6

1

CN

2

US

B T

ypeC

Con

nect

orM

FG

= B

IZ L

INK

MF

G P

/N =

115

H0-

0153

69-R

1

VB

US

A4

VB

US

A9

TX

1PA

2

TX

1NA

3

DP

1A

6

DN

1A

7

RX

2NA

10

RX

2PA

11

RF

U1

A8

CC

1A

5

GN

DA

1

GN

DA

12

VB

US

B4

VB

US

B9

RX

1PB

11

RX

1NB

10

DN

2B

7

DP

2B

6

TX

2NB

3

TX

2PB

2

RF

U2

B8

CC

2B

5

GN

DB

1

GN

DB

12

C83

100n

F10

V

R21

40

C88

18pF

R94

4.7k

CN

3 Min

i-DP

DP

PO

WE

R20

GN

D3

19

AU

X_C

HN

18

ML_

LAN

E2N

17

AU

X_C

HP

16

ML_

LAN

E2P

15

GN

D2

14G

ND

113

ML_

LAN

E3N

12

ML_

LAN

E1N

11

ML_

LAN

E3P

10

ML_

LAN

E1P

9

GN

D5

8G

ND

47

CO

NF

IG2

6

ML_

LAN

E0N

5

CO

NF

IG1

4

ML_

LAN

E0P

3

HP

D2

GN

D6

1

R20

00

R20

80

J5

HE

AD

ER

6

1 2 3 4 5 6

R21

50

R20

10

R20

90

J6 Typ

e-A

US

B 3

.0 1

0 P

in F

EM

ALE

VB

US

1

US

B D

-2

US

B D

+3

GN

D4

SS

RX

-5

SS

RX

+6

SS

TX

-8

SS

TX

+9

GN

D_D

RA

IN7

R21

60

L760

0ohm

500

mA

DN

I

12

C85

0.1u

F

R22

90

DN

I

R21

70

X2

12M

HZ

11

33

G1

2G

24

C84

100n

F10

V

C12

9

0.1u

F

510K

R19

7

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

23


Figure 15. Power Regulator I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EGATLOV

EROC

EGATLOV

HSALF XO2 I/O VOLTAGE

ICE I/O VOLTAGE SEL

VCONN VOLTAGE

500mA traces

700mA traces

XO2 CORE&I/O TP

ICE CORE&I/O TP

POWER SWITCH - PLACE IT TOP

PWR ON LED'S

POWER AND GND TP SILK SCREEN SHOULD BE IN

THE NAME OF RESPECTIVE PLANE NAME

LDO

R

EGU

LATO

RS

500mA traces

500mA traces

PLACE GND TEST POINTS TWO DIFFERENT CORNER

PLACE POWER TEST POINTS NEAR LDO

Place Near FPGA Pin [50 Ohms]

High Speed Signal

OSCILLATOR

500mA traces

700mA traces

700mA traces

Mo

un

tin

g

Ho

les

Place mounting holes in each corner

POWERE AND GND TEST POINT SILK SCREEN

SHOULD BE IN THE NAME OF RESPECTIVE

POWER RAIL INSTEAD OF "TP"

ICE

_VC

CIO

2

5VV

CC

3V3

VC

C1V

2

XO

2_C

OR

E

XO

2_V

CC

IO0

XO

2_V

CC

IO1

XO

2_V

CC

IO2

XO

2_V

CC

IO3

VC

C3V

3

ICE

4K_C

OR

E

5V

ICE

_VC

CIO

0

ICE

_VC

CIO

1

ICE

_VC

CIO

2

ICE

_VC

CIO

3

VC

C3V

3V

CC

_SP

I

EX

T_5

V

VC

C3V

3

XO

2_C

OR

E

ICE

4K_C

OR

E

ICE

8K_C

OR

E

5V

VC

C1V

2

VC

C1V

2

5V

5V

INT

_5V

VC

ON

N_5

V5V V

CC

3V3

XO

2_V

CC

IO0

XO

2_V

CC

IO1

XO

2_V

CC

IO2

XO

2_V

CC

IO3

ICE

_VC

CIO

0V

CC

3V3

ICE

_VC

CIO

1

ICE

_VC

CIO

3

VC

C3V

3

VS

INK

5V

ICE

8K_C

OR

E

DP

3V3

INT

_5V

US

B5V

CLK

_IN

4,5

DP

_PO

WE

R_E

N5

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

107

PO

WE

R R

EG

ULA

TO

R I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

107

PO

WE

R R

EG

ULA

TO

R I/

F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

107

PO

WE

R R

EG

ULA

TO

R I/

F

B

MH

4T

hruH

ole

TP

16 1

R99

1k

TP

12 1

C94

10u

R10

51

MH

2T

hruH

ole

D12

BLU

E

R98

1k

R10

30

C96

10u

D14

YE

LLO

W

C97

0.1u

SW

2P

WR

TP

13 1

TP

18 1

U21

XC

6222

B33

1MR

-G

Vin

1

Vss2

CE

3N

C4

Vou

t5

R10

71

D36

SL4

4-E

3/57

T

12

C90

10u

AP

2120

N-1

.2T

RG

1

U15

GND1

OU

T2

IN3

TP

14 1

TP

7 1

R10

91

D35

SL4

4-E

3/57

T

12

J7

HE

AD

ER

2

1 2

U14

XC

6222

B33

1MR

-G

Vin

1

Vss2

CE

3N

C4

Vou

t5

TP

5 1

TP

15 1

C99

0.1u

R96

4.7k

C12

2

10u

C92

10u

TP

6 1

R11

11

C12

3

0.1u

MH

3T

hruH

ole

D13

YE

LLO

W

TP

4 1

C98

100n

F10

V

C91

0.1u

R11

31

C12

4

10u

TP

19 1

R10

11

TP

9 1

C93

0.1u

TP

8 1

AS

FLM

B-2

5MH

Z

X3

GN

D2

VD

D4

ST

DB

Y#

1

OU

T3

C12

5

0.1u

R10

21

MH

1T

hruH

ole

R10

81

TP

17 1

R10

0

100K

R17

7

4.7k

R10

60

R11

01

TP

10 1

R11

21

R97

680R

C950.

1u

TP

11 1

R11

41

R10

41

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

24


Figure 16. Power Source/Sink I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

Note : Boost regulator loads upto 0.8A current

J8 supplies 5V at 5A should be in plane

VBUS 5V at 3A should be in plane

VSINK 5V at 3A should be in plane

20V at 3A should be in plane

VC

C3V

3

VB

US

VB

US

_SO

UR

CE

INT

_5V

VB

US

_SO

UR

CE

VC

C3V

3V

BU

S_S

OU

RC

EV

BU

S_S

OU

RC

EV

SIN

K

INT

_5V

20V

20V

EX

T_5

V

VB

US

_SO

UR

CE

VB

US

_5V

_EN

4,5

VB

US

_SIN

K_E

N4,

5

VB

US

_20V

_EN

5

VB

US

_DIS

CH

AR

GE

_EN

4,5

CC

2_D

ET

4,5

ISE

NS

E5

GP

IO1

3,5

Da

te:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

108

PO

WE

R S

OU

RC

E/S

INK

I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

108

PO

WE

R S

OU

RC

E/S

INK

I/F

BD

ate

:

Siz

eS

chem

atic

R

ev

of

She

et

Titl

e

Latti

ce

Sem

icon

duct

or

App

licat

ions

Em

ail:

tech

supp

ort@

Latti

cese

mi.c

om

Boa

rd R

ev

Pro

ject

24-F

EB

-201

5

B1.

3

108

PO

WE

R S

OU

RC

E/S

INK

I/F

B

510KR

126

N-C

hann

elQ

11

C10

30.

1u

P-C

hann

el

Q14

R22

5

75K

R18

60

DN

I

5K1

R13

2

C10

0

1uF

R11

810

R

P-C

hann

el Q8

N-C

hann

elQ

15C

106

22uF

P-C

hann

el Q5

D15

SL4

4-E

3/57

T

12

R22

7

75K

-

+

U17

INA

199A

1DC

KT

5

46

13

2

U16

FU

SE

11

22

C10

422

uF

R12

4

10K

N-C

hann

elQ

12

R12

01K

100E

R23

1 DN

I

P-C

hann

el

Q16

100R

1WR12

5

R21

9

10K

R19

175

K

N-C

hann

elQ

7

N-C

hann

elQ

17

P-C

hann

el

Q9

R11

510

m

C10

227

nF

N-C

hann

elQ

10

100K

R22

3

D16

SL4

4-E

3/57

T

12

P-C

hann

el Q13

R13

0

5K

R12

93.

9K

R12

7

10K

P-C

hann

el

Q6

R11

710

R

J8 RA

SM

712X

1 23

100E

R21

8 DN

I

5K1

R22

4

R22

8

75K

C10

1

0.1u

R22

00

DN

I

C10

54.

7nF

L6

10uH

1 2

R22

6

75K

U18

ISL9

7656

CO

MP

1

FB

2

EN

3

GN

D4

GN

D5

VIN

8

LX6

LX7

FR

EQ

9

SS

10

EP

AD

11

5K1

R11

9

Latti

ce U

SB

Typ

e-C

Eva

luat

ion

Boa

rd

25


Figure 17. Headers and Switch I/F

5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

UFP/DFP Selection Jumper

Place all the resistors in the top side

General purpose input Switch

Aggregator GPIO for driving externally when HIZ Mode

External AardVark I/F

I/O Direction Enable - XO2

HIZ Enable for I/O - XO2

NO

TE :

ALL

TH

E H

EAD

ERS

AN

D S

WIT

CH

SH

OU

LD B

E PL

AC

ED

IN T

OP

Device

MachXO2

ICE CRAM

ICE-FLASH

Operation

PROG/CONF

Mode

JTAG

CONFIG_SW3

PROG/CONF

PROG/CONF

SPI

SPI

DOWN

DOWN

Note : R188,R189 For External Aardvark SPI

Signals for Probing

SW3.1

SW3.2

UP

DOWN

DOWN

UP

UP

UP

ALL

BOOT

-

XO

2_V

CC

IO3

XO

2_V

CC

IO1

XO

2_V

CC

IO2

XO

2_V

CC

IO2

ICE

_VC

CIO

3

VB

US

VC

C3V

3

XO

2_V

CC

IO1

AG

G_G

PIO

13,

5A

GG

_GP

IO2

3,5

AG

G_G

PIO

33,

5A

GG

_GP

IO4

3,5

AG

G_G

PIO

53,

5A

GG

_GP

IO6

3,5

AG

G_G

PIO

73,

5A

GG

_GP

IO8

3,5

CO

NF

IG_S

W1

3C

ON

FIG

_SW

23

CO

NF

IG_S

W3

3S

W4

3S

W5

3S

W6

3S

W7

3S

W8

3

UF

P/D

FP

4,5

HIZ

_CN

TR

L3

IO_D

IRE

CT

ION

_EN

3P

D_C

ON

TR

AC

T3

CC

14,

6C

C2

4,6

SW

93

SW

103

SP

I_S

CK

2,3,

4,5

EC

_CS

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Figure 18. Status LED I/F

5 5

4 4

3 3

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AA

STATUS LED'S - SHOULD BE PLACED IN THE TOP SIDE

VC

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Appendix B. Bill of MaterialsItem Reference Quantity Part PCB Footprint Comments Part Number Manufacturer Description

4k BOM 8kdfp BOM

1 CN1 1 Mini-DP 2129320-3 DNI — 2129320-3 TE Connectivity Mini Display Port Reverse Offset

2 CN2 1 USB Type-C Connector

usb_type_c Customer Supplied

— 115H0-015369-R1

BIZ LINK CONN, USB Type-C, 24P, R/A Recep-tacle

3 CN3 1 Mini-DP 2129320-3 DNI — 2129320-3 TE Connectivity Mini Display Port Reverse Offset

4 C1,C3,C5,C6,C8,C9,C10,C13,C14,C15,C16,C17,C18,C19,C20,C29,C82

17 0.1 uF C0402 — — C0402C104K4RACTU

KEMETCorporation

CAP Ceramic 0.1 uF 16 V X7R 0402

5 C2,C4 2 4u7 C0603 — — ECJ-1VB0J475K Panasonic CAP Ceramic 4.7 uF 6.3V 10% X5R 0603

6 C7 1 10 uF C0603 — — LMK107BJ106MALTD

Taiyo Yuden CAP CECAP CER 10 uF 10 V X5R 20% 0603

7 C11,C12,C88,C89

4 18 pF C0402 — — C0402C180K3GACTU

KEMETCorporation

CAP Ceramic 18 pF 25 V C0G 0402

8 C21,C25,C30,C34,C38

5 10 uF C0805 — — GRM21BR61A106KE19L

Murata CAP Ceramic 10 uF 10 V 10% X5R 0805

9 C22,C23,C24,C26,C27,C28,C31,C32,C33,C35,C36,C37,C40,C41,C42,C43,C72,C80,C81,C98,C107

21 100 nF C0402 — — GRM155R61A104KA01D

Murata CAP Ceramic 100 nF 10 V 10% X5R 0402

10 C39 1 1 uF C0402 — — GRM155R61A105KE15D


11 C44,C51,C52 3 0.047 uF C0402 — DNI GRM155R61A473KA01D

Murata CAP Ceramic 0.047 uF 10 V 10% X5R 0402

12 C46,C49 2 3.3 nF C0402 — — 04025C332JAT2A

AVX Corporation CAP Ceramic 3300 pF 50 V 5% X7R 0402

13 C47,C54,C58,C59,C112,C114

6 100 nF C0402 — DNI GRM155R61A104KA01D


14 C48,C115,C126,C127,C128

5 10 uF C0805 — DNI GRM21BR61A106KE19L


15 C60,C61,C65,C66,C67,C70,C71,C75,C76,C77,C83,C84

12 100 nF C0402 DNI — GRM155R61A104KA01D


16 C62,C73,C116,C117,C118,C119,C120

7 10 uF C0805 DNI — GRM21BR61A106KE19L


17 C63,C64,C68,C69

4 1 nF C0402 DNI — GRM155R61A102KA01D

Murata CAP Ceramic 1000 pF 10 V 10% X5R 0402

18 C74,C86,C87 3 1 uF C0402 DNI — GRM155R61A105KE15D


19 C79 1 100 nF C0402 DNI — GRM155R61A104KA01D


20 C85 1 0.1 uF C0402 DNI — C0402C104K4RACTU

KEMETCorporation


21 C90,C92,C94,C96

4 10 u C0603 — — CL10X106MP8NRNC

Samsung CAP Ceramic 10 uF 10 V 20% X6S 0603

22 C91,C93,C95,C97,C99,C101

6 0.1 u C0402 — — CL05A104MP5NNNC

Samsung Cap Ceramic 0.1 uF 10 V X5R 20% SMD 0402 85C Paper T/R

23 C100 1 1 uF C0805 — — GRM21BR71H105KA12L.

Murata Manufac-turing Co Ltd

Multilayer Ceramic Capacitors MLCC - SMD/SMT 1.0 uF 50 V 10% 0805

24 C102 1 27 nF C0402 DNI — C0402C273K3RAC7867

KEMETCorporation

Multilayer Ceramic Capacitors MLCC - SMD/SMT 25 V 0.027 uF 10% X7R

25 C103 1 0.1 u C0805 DNI — VJ0805Y104KXATW1BC

Vishay Intertech-nologies

Multilayer Ceramic Capacitors MLCC - SMD/SMT 0805 0.1 uF 50 V X7R 10%

26 C104,C106 2 22 uF 7343 DNI — T491X226K035AT

KEMETCorporation

Tantalum Capacitors - Solid SMD 35 V 22 uF 10% "X"

27 C105 1 4.7 nF C0402 DNI — 04025C472KAT2A

AVX Corporation Multilayer Ceramic Capacitors MLCC - SMD/SMT 0402 4700 pF 50 V X7R 10%

28 C108,C109 2 330 pF C0402 DNI DNI C0402C331K4RACTU

KEMETCorporation

CAP Ceramic 330 pF 16 V 10% X7R 0402

29 C121 1 100 nF C0402 DNI DNI GRM155R61A104KA01D


30 C122,C124 2 10 u C0603 DNI — CL10X106MP8NRNC

Samsung CAP Ceramic 10 uF 10 V 20% X6S 0603

31 C123,C125 2 0.1 u C0402 DNI — CL05A104MP5NNNC

Samsung Cap Ceramic 0.1 uF 10 V X5R 20% SMD 0402 85C Paper T/R

32 C129 1 0.1 uF C0402 DNI DNI C0402C104K4RACTU

KEMETCorporation


28


33 D1,D2,D3,D4,D5,D6,D7,D8

8 Green led_0603 DNI — LTST-C194KGKT

Lite ON INC Standard LEDs - SMD Green 571nm 12mcd 20mA

34 D9 1 Red led_0603 — DNI LTST-C193KRKT-5A

Lite ON INC Standard LEDs - SMD Red 631nm 14mcd 5mA

35 D10 1 CDBU0520 D0603 DNI — CDBU0520 Comchip DIODE SCHOTTKY 20 V 500 mA 0603

36 D11 1 Red led_0603 DNI — LTST-C193KRKT-5A

Lite ON INC Standard LEDs - SMD Red 631 nm 14 mcd 5m A

37 D12 1 Blue led0603 — — LB Q39G-L2N2-35-1

Osram Opto Standard LEDs - SMD Blue, 470nm 45mcd, 5mA

38 D13,D14 2 Yellow led0603 — — LY Q976-P1S2-36

Osram Opto LED Uni-Color Yellow 591nm 2-Pin Chip LED T/R

39 D15,D35,D36 3 SL44-E3/57T SL44E357T — — SL44-E3/57T VISHAY SEMI-CONDUCTOR

Schottky Diodes & Rectifiers 4.0 Amp 40 V

40 D16 1 SL44-E3/57T SL44E357T DNI — SL44-E3/57T VISHAY SEMI-CONDUCTOR

Schottky Diodes & Rectifiers 4.0 Amp 40 V

41 D17,D18,D19,D20,D28,D29,D32

7 Blue led_0603 — — LTST-C193TBKT-5A

Lite ON INC Standard LEDs - SMD Blue 470 nm 28 mcd 5 mA

42 D21,D22,D23,D24,D25

5 Green led_0603 — — LTST-C194KGKT

Lite ON INC Standard LEDs - SMD Green 571 nm 12 mcd 20 mA

43 D26,D27 2 Red led_0603 — — LTST-C193KRKT-5A

Lite ON INC Standard LEDs - SMD Red 631nm 14mcd 5mA

44 D30,D31,D33 3 Yellow led_0603 — — LTST-C193KSKT-5A

Lite ON INC Standard LEDs - SMD Yellow 589nm 22mcd 5mA

45 D34 1 CDBU0520 D0603 — DNI CDBU0520 Comchip DIODE SCHOTTKY 20 V 500 mA 0603

46 J1 1 header_1x8 hdr_amp_87220_8_1x8_100

DNI DNI 22-28-4081 Molex General 100 mils Header 1x8

47 J2 1 SKT_MINIUSB_B_RA

skt_miniusb_b_ra — — 5075BMR-05-SM-CR

Neltron CONN MINI USB RCPT RA TYPE B SMD

48 J3,J9,J12,J16 4 Header 3 header1X3 — — - - General 100 mils Header 1x3

49 J5 1 Header 6 HEADER1x6 DNI — - - General 100 mils Header

50 J6 1 Type-A USB 3.0 10 Pin FEMALE

micro_usb3_0A — — GSB311131HR Amphenol USB Connectors USB 3.0 R/A REC TH TYPE A BLUE 30 GOLD

51 J7 1 Header 2 HEADER2 — — - - General 100 mils Header 1x2

52 J8 1 RASM712X RASM712X — — RASM712X Switchcraft DC Power Connectors RA PWR JK SM.100 DIA

53 J10 1 Header 3 header1X3 DNI — - - General 100 mils Header 1x3

54 J15 1 4 Header HEADER1X4 — — - - General 100 mils header

55 J17 1 Header 2 HEADER2 DNI — - - General 100 mils Header 1x2

56 J18 1 Header 5X2 header2X5 — — - - General 100 Mils 2*5 header

57 J19 1 Header 7X2 Header7x2 — — - - General 100 mils header

58 J20 1 Header 5X2 header5X2 — — - - General 100 Mils 2*5 header

59 L1,L2,L3,L5 4 600 Ohm 500 mA

FB0603 — — BLM18AG601SN1D

Murata Ferrite Bead 600ohm@100MHz 500mA 0603

60 L4 1 600 Ohm 500 mA

FB0603 DNI — BLM18AG601SN1D


61 L6 1 10 uH 1240 DNI — SRR1240-100M. Bourns Fixed Inductors 10 UH 4A

62 L7 1 600 Ohm 500 mA

FB0603 DNI — BLM18AG601SN1D


63 MH1,MH2,MH3,MH4

4 ThruHole MTG125 — — — — —

64 Q1,Q2 2 BSH103,235 BSH103_235 — — BSH103,235 NXP Semicon-ductors

MOSFET N-CH 30 V 0.85 A SOT23

65 Q3,Q4,Q9 3 P-Channel NTA4151PT1G_SOT416

— — NTA4151PT1G ON Semiconduc-tor

MOSFET P-CH 20 V 760 mA SOT-416

66 Q5,Q6 2 P-Channel IRLML5203TRPBF

— DNI IRLML5203TRPBF

International Rectifier

MOSFET MOSFT P-Ch -30 V -3A 98 mOhm


— — IRLML5203TRPBF


MOSFET MOSFT P-Ch -30 V -3A 98 mOhm

68 Q7,Q10,Q11,Q12,Q17

5 N-Channel BSH103_235 — — BSH103,235 NXP Semicon-ductors



DNI — IRLML5203TRPBF


MOSFET MOSFT P-Ch -30 V -3 A 98 mOhm

70 Q15 1 N-Channel BSH103_235 DNI — BSH103,235 NXP Semicon-ductors


Item Reference Quantity Part PCB Footprint Comments Part Number Manufacturer Description

29


71 R1,R2,R27,R31,R32,R96,R133,R134,R135,R136,R137,R138,R139,R140,R141,R142,R143,R144,R145,R166,R171,R194

22 4.7k R0603 — — CRCW06034K70FKEA

VISHAY Thick Film Resistors - SMD 1/10watt 4.7 kOhm 1%

72 R3,R4,R5,R6,R7,R8,R9,R10,R28,R29,R30,R33,R34,R91,R103,R106,R180,R187,R188,R189,R232,R233

22 0 R0402 — — RC0402JR-070RL

Yageo RES 1/10W 0.0 Ohm 5% 0402

73 R11,R13,R195 3 2k2 R0603 — — CRCW06032K20FKEA

Vishay RES Thick Film 0603 2.2 kOhm 1% 1/10W ±100ppm/C Molded SMD Paper T/R

74 R14,R18 2 12k R0603 — — RC0603FR-0712KL

Yageo SMT Thick Film Chip Resistor 0603 0.1 W 12 kOhms 1% ?100 ppm

75 R15,R16,R17 3 10K R0603 — — RMCF0603JT10K0

Stackpole Electronics Inc

RES Thick Film 0603 10 kOhm 5% 1/10W ±100ppm/C Molded SMD SMD Paper T/R

76 R19,R20,R21,R22,R23,R24,R25,R26

8 680R R0402 DNI — RMCF0402JT680R


RES 680 Ohm 1/16W 5% 0402

77 R36,R94,R95,R178,R192

5 4.7k R0603 DNI — CRCW06034K70FKEA

VISHAY Thick Film Resistors - SMD 1/10watt 4.7Kohms 1%

78 R37,R58,R59 3 1K R0402 — DNI RMCF0402JT1K00


RES 1 kOhm 1/16 W 5% 0402

79 R38,R46 2 36K R0402 — — RMCF0402JT36K0


RES 36 kOhm 1/16 W 5% 0402

80 R39,R47 2 100R R0603 — — ERJ-3EKF1000V

Panasonic RES SMD 100 kOhm 1% 1/10 W 0603

81 R40 1 100R R0402 — DNI RMCF0402JT100R


RES 100 Ohm 1/16 W 5% 0402

82 R41,R126 2 510K R0402 — — RMCF0402JT510K


RES 510 kOhm 1/16W 5% 0402

83 R45,R54 2 4.7k R0402 — — ERJ-2RKF4701X

Panasonic RES SMD 4.7 kOhm 1% 1/10W 0402

84 R42,R48 2 42.2R R0603 — — ERJ-3EKF42R2V

Panasonic RES SMD 42.2 kOkm 1% 1/10W 0603

85 R44,R49,R50,R52,R60,R119,R224

7 5K1 R0402 — — RMCF0402JT5K10


RES 5.1 kOhm 1/16W 5% 0402

86 R51,R53 2 510K R0603 — — ERJ-3GEYJ514V

Panasonic RES SMD 510 kOhm 5% 1/10W 0603

87 R55,R167 2 5K1 R0402 — DNI RMCF0402JT5K10


RES 5.1 kOhm 1/16W 5% 0402

88 R56,R57 2 510K R0402 — Refer to Rework

instructions

RMCF0402JT510K


RES 510 kOhm 1/16W 5% 0402

89 R61 1 649 R0603 — DNI RC0603FR-07649RL

Yageo RES SMD 649 Ohm 1% 1/10W 0603

90 R12,R62,R183,R184,R186,R229,R230

6 0 R0402 DNI DNI RC0402JR-070RL

Yageo RES 1/10W 0.0 Ohm 5% 0402

91 R66 1 100R R0402 DNI — RMCF0402JT100R


RES 100 Ohm 1/16W 5% 0402

92 R67,R68,R69,R70,R71,R73,R79,R80,R83,R84,R85,R86,R181,R182

14 510K R0603 DNI — ERJ-3GEYJ514V


93 R72,R74,R75,R76

4 2K R0603 DNI — RMCF0603JT2K00


RES SMD 2 kOhm 5% 1/10W 0603

94 R81,R82 2 0 R0402 DNI — RC0402JR-070RL

Yageo RES 1/10W 0.0 Ohm 5% 0402

95 R220 1 0 R0402 DNI — RC0402JR-070RL

Yageo RES 1/10W 0.0 Ohm 5% 0402

96 R88,R89,R90,R124,R127,R222

6 10K R0402 — — RMCF0402JT10K0


RES 10 kOhm 1/16W 5% 0402

97 R92,R93 2 2M2 R0402 — — RK73H1ETTP2204F

KOA Speer Thick Film Resistors - SMD 2.2 mOhm 1%


30


98 R97,R149,R150,R151,R152,R153,R154,R155,R156,R157,R158,R159,R160,R161,R162,R163,R164,R165

18 680R R0402 — — RMCF0402JT680R


RES 680 Ohm 1/16W 5% 0402

99 R98,R99 2 1k R0603 — — RC1608J102CS Samsung RES Thick Film 0603 1 kOhm 5% 1/10 W 100ppm/? Molded SMD T/R

100 R100 1 100K R0402 — — RMCF0402JT100K


RES 100 kOhm 1/16W 5% 0402

101 R101,R102,R107,R108,R109,R110,R111,R113,R114

9 1 R0603 — — CRCW06031R00JNEAHP

Vishay RES 1.0 Ohm .25W 5% 0603 SMD

102 R104 1 1 R0603 — — CRCW06031R00JNEAHP


103 R105,R112 2 1 R0603 DNI — CRCW06031R00JNEAHP


104 R115,R168,R169 3 10m R0402 — — CSRF0402FT10L0


RES SMD 0.01 Ohm 1% 1/8W 0402

105 R117,R118 2 10R R0402 — — ERJ-2RKF10R0X

Panasonic RES SMD 10 Ohm 1% 1/10W 0402

106 R120 1 1K R0402 — — ERJ-2RKF1001X

Panasonic Electronic Components

Thick Film Resistors - SMD 0402 1 kOhms 1%

107 R125 1 100R R0402 — — ERJ-2RKF1000X

Panasonic RES SMD 100 Ohm 1% 1/10 W 0402

108 R219 1 10K R0402 DNI DNI RMCF0402JT10K0


RES 10 kOhm 1/16 W 5% 0402

109 R129 1 3.9K R0402 DNI — CRCW04023K90FKED

Vishay Intertech-nologies

Thick Film Resistors - SMD 1/16 W 3.9 kOhms 1%

110 R130 1 5K R0603 DNI — PNM0603E5001BST5

Vishay / Thin Film

Thin Film Resistors - SMD 150 mW 5 kOhm 0.1% 25ppm

111 R132 1 5K1 R0402 DNI — RMCF0402JT5K10


RES 5.1 kOhm 1/16 W 5% 0402

112 R170,R226,R227,R228

4 75K R0402 — — RMCF0402JT75K0


RES SMD 75 kOhm 5% 1/16W 0402

113 R172 1 649 R0603 DNI — RC0603FR-07649RL

Yageo RES SMD 649 kOhm 1% 1/10W 0603

114 R173,R185 2 510K R0603 DNI DNI ERJ-3GEYJ514V


115 R177 1 4.7k R0603 DNI — CRCW06034K70FKEA

VISHAY Thick Film Resistors - SMD 1/10 W 4.7 kOhm 1%

116 R179 1 0 R0402 — DNI RC0402JR-070RL

Yageo RES 1/10 W 0.0 Ohm 5% 0402

117 R191,R225 2 75K R0402 DNI — RMCF0402JT75K0


RES SMD 75 kOhm 5% 1/16W 0402

118 R193 1 510K R0603 DNI DNI ERJ-3GEYJ514V


119 R197 1 510K R0603 DNI — ERJ-3GEYJ514V


120 R198,R200,R202,R204,R206,R208,R210,R212,R214,R216

10 0 R0402 DNI DNI RC0402JR-070RL

Yageo RES 1/10 W 0.0 Ohm 5% 0402

121 R199,R201,R203,R205,R207,R209,R211,R213,R215,R217

10 0 R0402 DNI — RC0402JR-070RL

Yageo RES 1/10 W 0.0 Ohm 5% 0402

122 R218,R231 2 100E R0603 DNI DNI CRCW0603100RFKEAHP

Vishay / Dale Thick Film Resistors - SMD 1/4watt 100 Ohms 1% 100 ppm High Power

123 R221 1 10K R0402 DNI DNI RMCF0402JT10K0


RES 10 kOhm 1/16 W 5% 0402

124 R223 1 100K R0402 — — RN731ETTP1003B25

KOA Speer Thin Film Resistors - SMD 100 kOhm, 0402, 0.1%, 25 ppm, 63 mW, 25 V

125 SW1 1 SYS_RST 2psmd_eswitch — — TL1015AF160QG

E-Switch Inc Switch Tactile SPST-NO 0.05 A 12 V

126 SW2 1 PWR EG1218O_switch — — EG1218 E-Switch Power Switch

127 SW3 1 SW DIP-10 CTS_195-10 — — 195-10MST CTS Electrocom-ponents

10 Position DIP Switch (Refer to notes below)


31


128 TP1,TP2,TP3,TP4,TP5,TP6,TP7,TP8,TP9,TP10,TP11,TP12,TP13,TP14,TP15,TP16,TP17,TP18,TP19

19 TP_S_40_63 tp_s_40_63 — — — — 40 mil SMD

129 U1 1 FT2232HL tqfp64_0p5_12p2x12p2_h1p6

Customer Supplied

FT2232HL FTDI USB to UART / FIFO / JTAG/SPI

130 U2 1 93LC56-SO8 so8_50_244 — — 93LC56C-I/SN Microchip IC 93LC56 EEPROM

131 U3 1 STG3693QTR STG3693QTR — — STG3693QTR STMicroelec-tronics

STG3693 Series SPDT 4.3 V 4 Ohm Low Volt High Bandwidth Switch - QFN-16 (2.6x1.8)

132 U4 1 LCMXO2-4000ZE-1MG132I

LCMXO2-4000ZE-1MG132C

Customer Supplied

LCMXO2-4000ZE-1MG132I

Lattice Semiconductor

FPGA - Field Programmable Gate Array 1280 LUTs 105 I/O 1.2 V -1

133 U5 1 iCE5LP4K _QFN48

ICE5LP48QFN Customer Supplied

DNI ICE5LP4K-QFN48


Lattice FPGA

134 U6 1 TS5A23159RSER TS5A23159_10UQFN

— — TS5A23159RSER

Texas Instruments

Switch Dual SPDT

135 U7 1 SN74LV1T34DCKR

SC-70-5 — SN74LV1T04DCKR

SN74LV1T34DCKR

Texas Instruments

IC Buffer Gate SGL CMOS SC70-5

136 U9 1 TLV3202AIDGKR

TLV3202AIDGKR DNI — TLV3202AIDGKR

Texas Instruments

Analog Comparators Dual, 40 ns, microPower RRI Comparator

137 U10 1 N25Q032A13ESC40F

N25Q032A13_8SOIC

— — N25Q032A13ESC40F

Micron IC Flash 32 Mbit 108 MHz SOIC8

138 U11 1 HD3SS460 HD3SS460 Customer Supplied

— HD3SS460 Texas Instruments

HS USB Switch

139 U12 1 TXB0104PWR TXB0104PWR DNI — TXB0104PWR Texas Instruments

4-Bit Bidirectional Voltage-level Trans-lator With Automatic Direction Sensing

140 U13 1 SN8F22511BX SN8F22511BX DNI — SN8F22511BX SONIX USB 2.0 Full-Speed 8-Bit Micro-Con-troller

141 U14 1 XC6222B331MR-G

SOT25 — — XC6222B331MR-G

Torex Semiconductor LTD

IC REG LDO 3.3 V 0.7 A SOT25

142 U15 1 AP2120N-1.2TRG1

SOT23 — — AP2120N-1.2TRG1

Diodes INC IC REG LDO 1.2 V 0.15 A SOT23

143 U16 1 FUSE 0154004DRT — — 0154004.DRT Littlefuse Surface Mount Fuses Fuseblock w/ fuse 4A OMNI BLOK 154T

144 U17 1 INA199A1DCKT INA199A1DCKT — — INA199A1DCKT Texas Instruments

SP Amp Current Shunt Monitor Single 26 V 6-Pin SC-70 T/R

145 U18 1 ISL97656 ISL97656 DNI — ISL97656IRTZ Intersil Step-Up Regulator with 4A Integrated Switch

146 U19 1 PI3DBS3224 PI3DBS3224 — — PI3DBS3224ZNAEX

PERICOMM HIGH SPEED MUX/SWITCH

147 U20 1 TLV3492AIDCNR

TLV3492AIDCNR DNI DNI TLV3492AIDCNR

Texas Instruments

Analog Comparators Dual Nanopower Push -Pull Out Comparator

148 U21 1 XC6222B331MR-G

SOT25 DNI — XC6222B331MR-G

Torex Semiconductor LTD

IC REG LDO 3.3 V 0.7 A SOT25

149 U22 1 iCE40LP8K-CM81

iCE40LP8K-CM81

DNI / Customer Supplied

— iCE40LP8K-CM81


Lattice FPGA-(CM81) 81-Ball ucBGA

150 X1 1 12 MHz crystal_4p_3p2x2p5

— — 7M-12.000MAAJ-T

TXC 12 MHz Crystal

151 X2 1 12 MHz crystal_4p_3p2x2p5

DNI — 7M-12.000MAAJ-T

TXC 12 MHz Crystal

152 X3 1 ASFLMB-25 MHz

ASFLMB_SMD — — ASFLMB-25.000MHZ-LY-T

Abracon Corporation

OSC MEMS 25.000 MHz CMOS SMD

153 USB TYPE-C EVALUATION BOARD PCB

1 — — — — 305-PD-15-0107 Pactron —


EB99 - USB Type-C Demo Kit V2 Board User Guide Sheets/Lattice PDFs... · 2015-07-07 · USB Type-C...

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Transcript of EB99 - USB Type-C Demo Kit V2 Board User Guide Sheets/Lattice PDFs... · 2015-07-07 · USB Type-C...