eb78 - machxo2-4000hc control development kit user’s guide€¦ · · 2015-03-27machxo2-4000hc...

March 2015EB78_1.2

MachXO2-4000HC Control Development Kit

User Guide

2

MachXO2-4000HC Control Development Kit User Guide

IntroductionThank you for choosing the Lattice Semiconductor MachXO2™-4000HC Control Development Kit!

This guide describes how to start using the MachXO2-4000HC Control Development Kit, an easy-to-use platform for rapidly prototyping system control designs using MachXO2 PLDs. Along with the evaluation board and accesso-ries, this kit includes a pre-loaded control system-on-chip (Control SoC) design that demonstrates board diagnostic functions including I/O control, voltage monitoring, time-stamps and data logging to non-volatile memory. The Power Manager II ispPAC®-POWR1014A and 8-bit LatticeMico8™ microcontroller are featured in the board and demonstration design.

The contents of this user’s guide include demo operation, top-level functional descriptions of the various portions of the evaluation board, descriptions of the on-board connectors, switches, a complete set of schematics and bill of materials for the MachXO2-4000HC Control Evaluation Board.

Note: Static electricity can severely shorten the lifespan of electronic components. See the MachXO2-4000HC Control Development Kit QuickSTART Guide for handling and storage tips.

FeaturesThe MachXO2-4000HC Control Development Kit includes:

• MachXO2-4000HC Control Evaluation Board – The MachXO2-4000HC Control Evaluation Board features the following on-board components and circuits:

— MachXO2 LCMXO2-4000HC-csBGA132 PLD— Power Manager II POWR1014A mixed-signal PLD — 4 Mbit SPI Flash memory— microSD (micro Secure Digital) memory socket— Current and voltage sensor circuits— Voltage ramp circuits— Electret microphone— Audio amplifier and Delta-Sigma ADC— PWM analog output circuit— Audio output channel— Up to two DVI sources and one DVI output— Up to two 7:1 LVDS sources and one 7:1:VDS output (e.g. Camera Link)— Expansion header for JTAG, SPI, I2C and PLD I/Os— LEDs and switches— Standard USB cable for device programming— RS-232/USB and JTAG/USB interface— RoHS-compliant packaging and process — AC adapter (international plugs)

• Pre-loaded Reference Designs and Demo – The kit includes the pre-loaded Control SoC demo design that integrates several Lattice reference designs including: the LatticeMico8 microcontroller, master WISHBONE bus controller, soft Delta-Sigma ADC, SPI master controller, UART peripheral, Embedded Block RAM and additional control functions.

• USB connector Cable – A mini B USB port provides a communication and debug port via a USB-to-RS-232 physical channel and programming interface to the MachXO2 JTAG port.

• AC Adapter (international plugs) with 5 V DC output, center positive.

• QuickSTART Guide – Provides information on connecting the MachXO2-4000HC Control Evaluation Board, installing Windows hardware drivers, and running the Control SoC demo.

3


Figure 1 shows the top side of the MachXO2-4000HC Control Evaluation Board with comments on the specific fea-tures that are designed in the board.

Figure 1. MachXO2-4000HC Control Evaluation Board, Top Side

DVI Video Source USB 2.0Interface Socket

7:1 LVDSVideo Source

(Camera Link)

microSD Socket

MachXO2-4000HC

DVIVideo Output

7:1 LVDSVideo Output

2x20 GPIO Header

GSR Push-buttonMachXO2 DIP Switches5V Power Indicator

Electret Microphone

Speaker/Headphone Jack

AC-DC Adapter Jack

MachXO2 LED Field

ADC Input (J9: Pin 2)LPDDR MemoryPOWR1014AJTAG Device Select (J6),MachXO2 Position Shown

Notes: — Video Source 1 is available in both DVI and 7:1 LVDS interfaces. Video Source 2 is not populated.— An LPDDR memory device is installed on the PCB, but performance is limited to 20 MHz max.

Lattice Semiconductor DevicesMachXO2This board features a 3.3 V MachXO2 PLD packaged in a 132-ball csBGA package. This package allows density migration to devices from 256 to 4340 LUTs. A complete description of this device can be found in DS1035, MachXO2 Family Data Sheet.

Power Manager IIThis board also features a Power Manager II mixed-signal PLD. The POWR1014A device serves as a general-purpose power supply monitor, reset generator, sequence controller, and high-voltage FET drivers. More information about Power Manager II devices can be found on the Lattice web site at www.latticesemi.com/products/powermanager.

Software RequirementsYou should install Lattice Diamond® design software version 2.0 (or higher) before you begin developing designs for the evaluation board.

http://www.latticesemi.com/products/powermanager/index.cfm?source=topnav

www.latticesemi.com/dynamic/view_document.cfm?document_id=38834

4


Control SoC Demonstration DesignThe Control System-on-Chip (SoC) demonstration illustrates the use of the LatticeMico8 microcontroller, peripher-als, and firmware integrated to provide system control features such as power supply sequencing, voltage monitor-ing, data logging to nonvolatile memory, I/O control, embedded block RAM utilization, UART communication and PLL status monitoring.

• The Power Manager II device sequences the power-up of voltage rails on the board and performs reset distribu-tion.

• LatticeMico8 executable program initializes the peripherals that are embedded in the SoC design. During initial-ization, LatticeMico8 uploads the user menu on a Terminal emulator (such as HyperTerminal, Tera Term) of a PC.

• Users interact with LatticeMico8 and the board through the Terminal emulator of a PC.

Figure 2. Control SoC Demo Block Diagram

MachXO2 Control Evaluation Board

MachXO2-1200

UART LEDs/DIP Switches

Timer/Counter

LatticeMico8Microcontroller

MasterSPI

SoftADC

SPIFlash

WISHBONE Bus

USB/RS232

AnalogSignal

PC

EmbeddedBlock RAM

Power management is handled in two phases by the MachXO2-4000HC Control Evaluation Board system:

1. Power On – After power is supplied to the board and the 3.3 V rail is stable, the POWR1014A sequences four supply rails. Two circuits demonstrate the voltage ramp of 2N7002E power MOSFETs using the high-voltage (HVOUT) outputs and two demonstrate power rail enable of VCC_CORE and VCCP of the MachXO2 using digital outputs. Next, the POWR1014A asserts the MachXO2 reset. Finally, the POWR1014A enters a supply monitoring state.

2. Post Power On – During the second phase of power management, the board’s “condition” is monitored. Power supply rail voltage, and current is monitored by the POWR1014A. If any supply rail fails, the POWR1014A asserts a reset for the MachXO2.

MachXO2 Function – After the reset is de-asserted, LatticeMico8 initializes the peripherals embedded in the MachXO2 device and uploads the user menu onto the Terminal emulator window of a PC.

5


Figure 3. HyperTerminal User Menu

Users interact with LatticeMico8 microcontroller and the board by selecting the available options in the Terminal emulator menu. The available options are:

• ‘m’ – This option will re-display the main menu anytime during the demonstration.

• ‘a’ – This option will sample the voltage in the pin #2 of header J9. By default, the node is biased at 1.65 V, which is half of the VCCIO = 3.30 V. The voltage will be displayed in the HyperTerminal window. The ADC input voltage should be limited to the range 0 to 3.0 V to avoid device damage.

• ‘s’ – This option will read the device ID of the SPI Flash on the board and display it in the HyperTerminal. The resulting ID is hexadecimal 0x44, which corresponds to AT25DF041A device.

• ‘t’ – This option samples and displays the elapsed time since the reset was de-asserted.

• ‘r’ - This option samples the DIP switches (reference designator SW1) on the board and displays the data in the HyperTerminal. Users can change the DIP switches on the board and press ‘r’ to display the new value.

• “0-9” – These are BCD numerical values that can be typed on the keyboard. The value will be received by LatticeMico8, which will update the LEDs (D0-D3) on the board.

• ‘l’ – This is a lower case ‘L’ character. Pressing ‘l’ will sample the voltage in pin #2 of header J9 and log the data in the SPI Flash device on the board. The WRITE page pointer will increment when ‘l’ is pressed. The initial value of the page pointer after power-up or after a reset is 0.

• ‘d’ – This option will read the data from SPI Flash device and display it on the HyperTerminal window. The READ page pointer will increment when ‘d’ is pressed. The initial value of the page pointer after power-up or after a reset is 0.

• ‘c’ – This option will clear (reset) the WRITE and READ page pointers.

• ‘e’ – This selection will perform a bulk-erase of the Flash memory in the SPI Flash device.

6


Setting up the BoardDrivers and FirmwareBefore you begin, you will need to obtain the necessary hardware drivers for Windows from the Lattice web site.

1. Browse to the www.latticesemi.com/MachXO2-control-kit and locate the hardware device drivers for the USB interface.

2. Download the ZIP file to your system and unzip it to a location on your PC.

Linux Support:

The USB interface drivers for the evaluation board are included in Linux kernel 2.4.20 or greater including distribu-tions compatible with Lattice Diamond design software (Red Hat Enterprise v.3, v.4 or Novell SUSE Enterprise v.10).

The Control SoC Demo is preprogrammed into the MachXO2-4000HC Control Evaluation Board, however over time it is likely that your board will be modified.

To download the demo source files and reprogram the MachXO2-4000HC Control Evaluation Board:

1. Download demo application source code from www.latticesemi.com/mxo2-control-kit.

2. Use .\Demo_MachXO2_Control_SoC\project\control_soc_demo.jed to restore the MachXO2-4000HC Control SoC demo design.

3. Use .\Demo_PM_Control_BM\project\bm_demo.jed to restore the POWR1014A Board Management demo design.

Connecting to the MachXO2-4000HC Control Evaluation Board1. Plug the AC-DC adopter to an outlet.

2. Power the board by inserting the AC-DC adopter into the power jack with reference designator J11. Once the connection is made, a red LED with reference designator D12 will illuminate.

3. Connect the evaluation board to your PC using the USB cable provided. The USB connector in the board has reference designator J5.

4. If you are prompted, “Windows may connect to Windows Update”, select No, not this time from available options and click Next to proceed with the installation.

5. Choose the Install from specific location (Advanced) option and click Next.

6. Select Search for the best driver in these locations and click the Browse button to browse to the Windows driver folder created earlier. Select the CDM 2.04.06 WHQL Certified folder and click OK.

7. Click Next. A screen will display as Windows copies the required driver files. Windows will display a message indicating that the installation was successful.

Programming the PLDsThe three-pin header with reference designator J6 is used to select between the JTAG port of the MachXO2 or POWR1014A device. Installing a jumper in pins 1 and 2 of J6 will select the JTAG port of the POWR1014A device. Installing a jumper in pins 2 and 3 of J6 will select the JTAG port of the MachXO2 device.

Pin 1 of header J6 is marked on the silkscreen of the board with a white triangle as shown in Figure 4. This exam-ple shows the jumper installed in pins 2 and 3 of the J6 header and the JTAG port of the MachXO2 device has been selected.

http://www.latticesemi.com/MachXO2-control-kit

www.latticesemi.com/alpha-mxo2-control-kit

7


Figure 4. J6 Header Used for Selecting the JTAG Port of the PLDs

Using Diamond Programmer software (included with the Diamond installation), users can scan and perform JTAG operations, including programming, with the MachXO2 and POWR1014A devices.

Setting Up Windows HyperTerminalYou will use a terminal emulator program to communicate with the evaluation board. The following instructions describe the Windows HyperTerminal program which is found on most Windows PCs. You may use another termi-nal program if desired although setup will be different. Windows 7 does not include HyperTerminal. Tera Term has been verified to work with Windows 7. For Linux, Minicom is a good alternative.

Note: This step uses the procedure for Windows XP users. Steps may vary slightly if using another Windows ver-sion.

1. From the Start menu, select Control Panel > System. The “System Properties” dialog appears.

2. Select the Hardware tab and click Device Manager. The “Device Manager” dialog appears.

Figure 5. Device Manager – COM Port

3. Expand the Ports (COM & LPT) entry and note the COM port number for the USB Serial Port.

4. From the Start menu, select Programs > Accessories > Communications > HyperTerminal. The HyperTer-minal application and a “Connection Description” dialog appear.

8


Figure 6. New Connection – COM Port

5. Specify a Name and Icon for the new connection. Click OK. The “Connect To” dialog appears.

6. Select the COM port identified in Step 3 from the Connect using: list. Click OK.

Figure 7. Selecting the COM Port

7. The “COMn Properties” dialog appears where n is the COM port selected from the list.

8. Select the following Port Settings and click OK.Bits per second: 115200Data bits: 8Parity: NoneStop bits: 1Flow control: None

Figure 8. COM Port Properties

9


9. The HyperTerminal window appears.

10. From the MachXO2-4000HC Control Evaluation Board, press the reset push-button with reference designator S1. The Control SoC demo main menu appears.

Setting Up Linux MinicomMinicom is a terminal program found with most Linux distributions. It can be used to communicate with the MachXO2-4000HC Control Evaluation Board.

To setup Minicom:

1. Check active serial ports:

#dmesg | grep tty

Note the tty label assigned to the USB port

2. From a command prompt, start Minicom:

#minicom –s

The configuration menu appears.

3. Highlight Serial port setup and press Enter. Serial port settings appear.

4. Press A (Serial Device). Specify the active serial device noted in Step 1 and press Enter.

5. Press E (Bps/Par/Bits). Specify 115200, None, 8 and press Enter.

6. Press F (Hardware Flow Control). Specify None and press Enter.

7. Press Esc. The configuration menu appears.

8. Select Save setup as dfl. Minicom saves the port setup as the new default.

9. Select Exit. The Minicom interface appears.

10. From the evaluation board, press the S1 push-button (GSR).The Control SoC demo main menu appears.

Ordering Information

Description Ordering Part NumberChina RoHS Environment-Friendly

Use Period (EFUP)

MachXO2-4000HC Control Development Kit LCMXO2-4000HC-C-EVN

10


Technical Support Assistancee-mail: [email protected]

Internet: www.latticesemi.com

Revision HistoryDate Version Change Summary

March 2015 1.2 Updated Features section. Added “center positive” to AC Adapter description.

Updated Technical Support Assistance information.

November 2013 01.1 Removed LPDDR from features list, added performance note.

October 2012 01.0 Initial release.

© 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.

mailto: [email protected]

http://www.latticesemi.com

http://www.latticesemi.com/legal

11


Appendix A. SchematicFigure 9. Architecture

55

44

33

22

11

DD

CC

BB

AA

I2C Bus

ispPAC POWR1014A

Power Manager II

MachXO2

Voltage Monitor

High Voltage Drivers

GPIO

2x20 Header

LPDDR 128Mb

SW & LEDs

Board Power

Managment

RESET

SW & LEDs

7:1LVDS Conn

DVI Conn

DVI to 7:1LVDS

Conversion

DVI Conn

DVI to 7:1LVDS

Conversion

7:1LVDS Conn

DVI Conn

7:1LVDS to DVI

Conversion

7:1LVDS Conn

7:1LVDS RX

7:1LVDS TX

ADC-DAC

SPI

4Mbit

SPI Bus

GPIO

Crystal

USB PORT

UART

UART &

JTAG Chain

SD Flash

Audio OUT

Audio IN

MachX

O2 C

ontrol Board A

rchitecture

Page 12

Page 8

Page 7

ADC: Page 14

Page 13,14

Page 10

Page 9

Page 6

Page 3,5

Page 4

Page 7

Page 4

Page 8

Page 7

DAC: Page 12

Page 12

Page 8

Page 7

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5555 N.E. Moore CourtHillsboro, Oregon. 97124www.latticesemi.com

MachX

O2 C

ontrol Board

G

Architecture

B

214

Tuesday, June 26, 2012

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12


Figure 10. Power, VCC33, VCC18, VCC12

55

44

33

22

11

DD

CC

BB

AA

Linear VR

EG

Step D

own 5V

to 3.3V R

ail

5VInput

AC

-DC

Jack - 5V

Linear VR

EG

Step D

own 3.3V

to 1.8V R

ailLinear V

RE

G S

tep Dow

n 3.3V to 1.2V

Rail

VC

C5

VC

C5

VC

C33

VC

C18

VC

C33

VC

C33

VC

C12

VC

C33

VC

C33

VC

C_C

OR

E

PM

_OU

T8

[4,5]

Title

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MachX

O2 C

ontrol Board

G

Pow

er VC

C33, V

CC

18, VC

C12

B

314


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MachX

O2 C

ontrol Board

G

Pow

er VC

C33, V

CC

18, VC

C12

B

314


Title

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MachX

O2 C

ontrol Board

G

Pow

er VC

C33, V

CC

18, VC

C12

B

314


U11

NC

P1117S

T33

DI

U11

NC

P1117S

T33

DI

GN

D

1

IN3

OU

T2

TA

B4

Q6

BS

S138LT

1Q

6B

SS

138LT1

R122

470D

I

R122

470D

I

D12LED

DI

D12LED

DI

C33

10uFD

I

C33

10uFD

I

C54

10uFD

I

C54

10uFD

I

U12

NC

P1117S

T18

DI

U12

NC

P1117S

T18

DI

GN

D

1

IN3

OU

T2

TA

B4

C106

10uFD

I

C106

10uFD

I

LP3879M

R_1_2

U17

DN

ILP

3879MR

_1_2U

17

DN

I

BY

PA

SS

1

NC

2

GN

D3

INP

UT

4

OU

TP

UT

5

SE

NS

E6

NC

_17

~S

D8

99

C53

22uFD

I C53

22uFD

IC65

22uFD

I C65

22uFD

I

J11P

WR

_JAC

KD

IJ11

PW

R_JA

CK

DI

3 2 1

C108

0_01uFD

I

C108

0_01uFD

I

IO20

IO20

R200

10KD

IR

20010K

DI

IO19

IO19

C66

10uFD

I

C66

10uFD

I

R81

10KD

IR

8110K

DI

13


Figure 11. Power ispPAC-POWR1014A

55

44

33

22

11

DD

CC

BB

AA

Voltage R

amp C

ircuit

PM

DIP

Sw

itch

PO

WE

R M

AN

AG

ER

II

PM

LED

sP

M D

IP S

WIT

CH

PM

_LED

1P

M_LE

D2

VM

ON

3

SC

LS

DA

PM

_LED

3P

M_O

UT

8P

M_O

UT

9

HV

OU

T2

HV

OU

T1

PM

_OU

T10

PM

_OU

T11

VM

ON

1

PM

_OU

T12

VM

ON

7V

MO

N8

PM

_SM

BA

_OU

T3

PM

_IN1

PM

_IN2

PM

_IN3

PM

_IN4

PM

_MC

LKP

M_P

LDC

LK

PM

_LED

0V

MO

N4

VM

ON

6V

MO

N5

VM

ON

8H

VO

UT

2

VM

ON

7

PM

_LED

1P

M_LE

D2

PM

_LED

3

HV

OU

T1

PM

_LED

0

PM

_IN3

PM

_IN4

VM

ON

9V

MO

N10

PM

_OU

T13

PM

_OU

T14

VC

C33

VC

C33

VC

C33

VC

C33

VC

C33

VC

C_C

OR

EV

CC

IO33

ICC

_Sense

[5]

ICC

IO33_S

ense[5]

SC

L[7,14]

SD

A[7,14]

PM

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LK[7,14]

PM

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T8

[3,5]P

M_O

UT

9[5]

XO

2_RE

SE

Tn

[7,14]P

M_O

UT

11[14]

PM

_OU

T12

[14]

PM

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BA

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T3

[14]

PM

_IN1

[14]P

M_IN

2[14]

PM

_TC

K[6]

PM

_TD

O[6]

PM

_TM

S[6]

PM

_TD

I[6]

PM

_PLD

CLK

[7,14]

ICC

IO18_S

ense[5]

VM

ON

10[7]

VM

ON

9[7]

HV

OU

T1

[7]H

VO

UT

2[7]

PM

_OU

T13

[14]P

M_O

UT

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B

414


R16310KDI R16310KDI

D7

LED

DI

D7

LED

DI

R195

1K DI

R195

1K DI

Q2

2N7002E

DI

Q2

2N7002E

DI

3

1

2

R16410KDI R16410KDI

D8

LED

DI

D8

LED

DI

U7ispP

AC

-PO

WR

1014AD

I

U7ispP

AC

-PO

WR

1014AD

I VM

ON

125

VM

ON

226

VM

ON

327

VM

ON

428

VM

ON

532

VM

ON

633

VM

ON

734

VM

ON

835

VM

ON

936

VM

ON

1037

IN1

44

IN2

46

IN3

47

IN4

48

HV

OU

T1

15

HV

OU

T2

14

SM

BA

_OU

T3

13

OU

T4

12

OU

T5

11

OU

T6

10

OU

T7

9

OU

T8

8

OU

T9

6

OU

T10

5

OU

T11

4

OU

T12

3

OU

T13

2

OU

T14

1

TD

I18

AT

DI

17

TM

S16

TC

K22

TD

O21

TD

ISE

L19

SC

L39

SD

A38

VCCJ20

VCCD23

VCCPROG24

VCCA29VCCD41

VCCINP45

GN

DD

7G

ND

D31

GN

DA

30

RE

SE

TB

40M

CLK

43P

LDC

LK42

C83

1uFD

I

C83

1uFD

I

IO18

IO18

D10

LED

DI

D10

LED

DI

R198

200D

I R198

200D

I

C99

0_1uFD

I

C99

0_1uFD

I

C107

0_1uFD

I

C107

0_1uFD

I

C35

1uFD

I

C35

1uFD

I

SW

2

SW

DIP

_2D

I

SW

2

SW

DIP

_2D

I

R179

200D

I R179

200D

I

C89

0_1uFD

I

C89

0_1uFD

I

D9

LED

DI

D9

LED

DI

RN

4R

N2_4_470

DI

RN

4R

N2_4_470

DI

1234

8765

R196

1KDI

R196

1KDI

Q5

2N7002E

DI

Q5

2N7002E

DI

3

1

2

14


Figure 12. Power Current Sense

55

44

33

22

11

DD

CC

BB

AA

MachX

O2 P

ower R

ails

MachXO2 - Core Current

Current S

ense

MachXO2 - ICCIO18 Current

MachXO2 - ICCIO33 Current

C142, C143 to limit Vcc, Vccio

ramp rates to data sheet spec.

ICC

IO33_N

ICC

IO33_P

ICC

_NIC

C_P

ICC

IO33_P

ICC

IO33_N

ICC

_P

ICC

_N

ICC

IO18_N

ICC

IO18_P

ICC

IO18_P

ICC

IO18_N

VC

CIO

33

VC

C_C

OR

E

VC

CIO

18

VC

C33

VC

C33

VC

C18

VC

C12

VC

C33

VC

C33

VC

C33

VC

C33

PM

_OU

T8

[3,4]

PM

_OU

T9

[4]

ICC

_Sense

[4]

ICC

IO33_S

ense[4]

ICC

IO18_S

ense[4]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Pow

er Current S

ense

B

514


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Pow

er Current S

ense

B

514


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Pow

er Current S

ense

B

514


R219

220

DI

R219

220

DI

R67

1KDI

R67

1KDI

R148

2DI

R148

2DI

R185

100D

I

R185

100D

I

R184

100D

I

R184

100D

I

C41

0_01uFD

I

C41

0_01uFD

I

- +

U16A

AD

8604AR

Z

- +

U16A

AD

8604AR

Z32

1

411

R232

1KDI

R232

1KDI

C38

0_01uFD

I

C38

0_01uFD

I

C91

0_01uFD

I

C91

0_01uFD

I

R58

0DN

I

R58

0DN

I

C44

0_1uFD

I

C44

0_1uFD

I

IO14

IO14

R197

2KDI

R197

2KDI

IO9

IO9Q

7BZ

DT

758

DI

Q7B

ZD

T758

DI

1

27

8

- +

U16C

AD

8604AR

Z

- +

U16C

AD

8604AR

Z109

8

411

C46

0_1uFD

I

C46

0_1uFD

I

C105

0_1uFD

I

C105

0_1uFD

I

R192

3_92KD

I

R192

3_92KD

I

R193

3_92KD

I

R193

3_92KD

I

Q7A

ZD

T758

DI

Q7A

ZD

T758

DI

34

56

IO15

IO15

IO11

IO11

R204

2KDI

R204

2KDI

C143

10uFDI

C143

10uFDI

IO8

IO8

R201

100D

I

R201

100D

I

- +

U16DA

D8604A

RZ

- +

U16DA

D8604A

RZ

121314

411

R60

220D

I

R60

220D

I

R59

1DI

R59

1DI

IO7

IO7

R190

3_92KD

I

R190

3_92KD

I

R189

3_92KD

I

R189

3_92KD

I

R194

100D

I

R194

100D

I

R191

100D

I

R191

100D

I

R235

2DI

R235

2DI

C142

10uFDI

C142

10uFDI

- +

U16B

AD

8604AR

Z

- +

U16B

AD

8604AR

Z56

7

411

R206

100D

I

R206

100D

I

15


Figure 13. Configuration USB Port55

44

33

22

11

DD

CC

BB

AA

US

B P

ort: CP

LD C

onfiguration & U

SB

<->

UA

RT

Com

munication

Pin 1 - PM is SelectedPin 3 - XO2 is Selected

The USB interface draws no power from

the USB bus. It is self-powered.

SH

LD_D

ebug

PM

_TD

I

PM

_TM

S

XO

2_TD

I

XO

2_TM

S

PM

_TD

OX

O2_T

DO

PM

_TC

K

XO

2_TC

K

PM

_TD

I

PM

_TD

O

PM

_TM

S

XO

2_TD

I

XO

2_TD

O

XO

2_TM

S

PM

_TC

KX

O2_T

CK

Dp

FT

_EE

CS

FT

_EE

CLK

FT

_EE

DA

TA

Dm

FT

_EE

DA

TA

FT

_EE

CS

FT

_EE

CLK

VB

US

VB

US

VC

C33

VC

C33

VC

C33

VC

C33

VC

C33

VC

C33

VC

C18F

T

VC

C33

VC

C33

US

B_U

AR

T_T

X[14]

US

B_U

AR

T_R

X[14]

PM

_TC

K[4]

XO

2_TC

K[7,13,14]

PM

_TD

I[4]

PM

_TD

O[4]

PM

_TM

S[4]

XO

2_TD

I[13,14]

XO

2_TD

O[13]

XO

2_TM

S[7,13,14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Configuration U

SB

Port

C

614


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Configuration U

SB

Port

C

614


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Configuration U

SB

Port

C

614


C144

4u7C

1444u7

12

C32

0_01uFD

IC

320_01uF

DI

C31

0.1uFcc0402

C31

0.1uFcc0402

12

C27

0.1uFC

270.1uF

12

R85

4_7KD

I

R85

4_7KD

I

R62

0D

IR

620

DI

C23

18pFC

2318pF

1 2

R202

10kR

20210k

2 1

R55

4_7KD

I

R55

4_7KD

I

C48

0.1uFcc0402

C48

0.1uFcc0402

12

X3

12MH

Z

X3

12MH

Z

11

33

G1

2G

24

J6

Jumper_2w

ayD

I J6

Jumper_2w

ayD

I

123

R71

0D

IR

710

DI

R88

4_7KD

I

R88

4_7KD

I

C82

0.1uFcc0402

C82

0.1uFcc0402

12

R80

68D

IR

8068

DI

R75

0D

IR

750

DI

C28

10uC

2810u

12

R76

0D

IR

760

DI

C85

0.1uFcc0402

C85

0.1uFcc0402

12

C29

18pFC

2918pF

1 2

R87

0D

IR

870

DI

R203

10kR

20310k

2 1

J5U

SB

_MIN

I_BD

IJ5

US

B_M

INI_B

DI

VC

C1

D-

2

D+

3

GN

D5

NC

4

CA

SE

7

CA

SE

8

CA

SE

9

CA

SE

6

MH

110

MH

211

R241

10kR

24110k

2 1

U5S

TG

3693QT

R

U5S

TG

3693QT

R

1S2

1

123SE

L3

2S1

4D

25

2S2

6

GN

D11

3S1

7

D3

8

3S2

9

4SE

L10

4S1

12

D4

13

4S2

14

VC

C2

1S1

15

D1

16

R65

4_7KD

I

R65

4_7KD

I

R66

4_7KD

I

R66

4_7KD

I

R240

2.2KD

I R240

2.2KD

I1

2

R84

4_7KD

I

R84

4_7KD

I

R56

2k2R

562k2

21

R39

0D

IR

390

DI

R249

10kR

24910k

2 1

R83

0D

IR

830

DI

R54

4_7KD

I

R54

4_7KD

I

R68

0D

IR

680

DI

R86

68D

IR

8668

DI

R89

4_7KD

I

R89

4_7KD

I

C145

0.1uFC

1450.1uF

12

R79

100KD

IR

79100K

DI

R38

0D

IR

380

DI

R205

4_7KD

I

R205

4_7KD

I

R70

0D

IR

700

DI

C109

0_1uFD

I

C109

0_1uFD

IL3

600ohm 500m

A

L3

600ohm 500m

A 12

R78

0D

IR

780

DI

FTDI H

igh-Speed U

SB

FT2232H

FT

2232HL

U20

FTDI H

igh-Speed U

SB

FT2232H

FT

2232HL

U20

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

GND51 P

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

R82

0D

IR

820

DI

C126

0.1uFC

1260.1uF

12

93LC56-S

O8

U21

93LC56-S

O8

U21

CS

1

CLK

2

DI

3

DO

4V

SS

5O

RG

6N

U7

VC

C8

C30

0.1uFcc0402

C30

0.1uFcc0402

12

R37

0D

IR

370

DI

R61

0D

IR

610

DI

C119

0.1uFC

1190.1uF

12

C104

0.1uFC

1040.1uF

12

R63

0D

IR

630

DI

R199

12k1%

R199

12k1%

21

R36

0D

IR

360

DI

16


Figure 14. Software, LED, Crystal, Header

55

44

33

22

11

DD

CC

BB

AA

XO

2 LED

s

CT1934MS-ND

18pF = 12pF + Ground Plane ( 6pF )

hcti

wS

PID-

4hc

tiw

S no

ttu

B-hs

uP t

ese

R

2x20 Header

24 MH

z Crystal

25 MH

z OS

C

XO

2_LED

1X

O2_LE

D2

XO

2_LED

3

XO

2_LED

0

SW

1S

W2

SW

3S

W3

X_2

X_1

SW

0

XO

2_GP

IO_0

XO

2_GP

IO_1

XO

2_GP

IO_2

XO

2_GP

IO_3

XO

2_GP

IO_4

XO

2_GP

IO_5

XO

2_GP

IO_6

XO

2_GP

IO_7

PM

_MC

LKP

M_P

LDC

LK

HV

OU

T2

HV

OU

T1

VM

ON

9

VM

ON

10

PM

_OU

T14

SC

LS

DA

XO

2_GP

IO_8

XO

2_GP

IO_9

XO

2_GP

IO_10

XO

2_SP

I_INX

O2_S

PI_C

LK

XO

2_SP

I_OU

T

XO

2_AD

C_IN

XO

2_GP

IO_11

VC

C33

VC

C33

VC

C33

VC

C33

VC

C33

VC

C12

VC

C18

XO

2_RE

SE

Tn

[4,14]

X_1

[14]

X_2

[14]

SW

0[14]

XO

2_LED

0[14]

XO

2_LED

1[14]

XO

2_LED

2[14]

XO

2_LED

3[14]

SW

1[14]

SW

2[14]

SW

3[14]

PM

_MC

LK[4,14]

PM

_PLD

CLK

[4,14]

HV

OU

T2

[4]

HV

OU

T1

[4]X

O2_G

PIO

_0[14]

XO

2_GP

IO_1

[14]X

O2_G

PIO

_2[14]

XO

2_GP

IO_3

[14]X

O2_G

PIO

_4[14]

XO

2_GP

IO_5

[14]X

O2_G

PIO

_6[14]

XO

2_GP

IO_7

[14]

VM

ON

9[4]

VM

ON

10[4]

TM

S_H

DR

[6,13,14]T

DI_H

DR

[13]T

DO

_HD

R[13]

TC

K_H

DR

[6,13,14]

PM

_OU

T14

SC

L[4,14]

SD

A[4,14]

XO

2_GP

IO_8

[14]

XO

2_SP

I_OU

T[8,14]

XO

2_SP

I_IN[8,14]

XO

2_SP

I_CLK

[8,14]

XO

2_GP

IO_9

[14]X

O2_G

PIO

_10[14]

XO

2_AD

C_IN

[14]

XO

2_GP

IO_11

[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

SW

, LED

, Crystal, H

eader

B

714


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

SW

, LED

, Crystal, H

eader

B

714


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

SW

, LED

, Crystal, H

eader

B

714


R128

10K

DI

R128

10K

DI

X2

HC

M49 24.000M

AB

J-UT

DI

X2

HC

M49 24.000M

AB

J-UT

DI

12

R124

10KD

I

R124

10KD

I

R1

10KD

IR

110K

DI

C11

12pFD

I

C11

12pFD

I

IO3

IO3

IO2

IO2

R126

10KD

I

R126

10KD

I

RN

1R

N2_4_470

DI

RN

1R

N2_4_470

DI

1234

8765

R125

10KD

I

R125

10KD

I

C63

0_1uFD

I C63

0_1uFD

I

S1

XO

2 Global R

eset

DI S

1

XO

2 Global R

eset

DI

14

23

D3

LED

DI

D3

LED

DI

R127

10KD

I

R127

10KD

I

R2

1MDI

R2

1MDI

C4

12pF

DI

C4

12pF

DI

D1

LED

DI

D1

LED

DI

J4CO

N40A

DN

I2x20x100m

il

J4CO

N40A

DN

I2x20x100m

il

12

34

56

78

910

1112

1314

1516

1718

1920

2122

2324

2526

2728

2930

3132

3334

3536

3738

3940

SW

1

SW

DIP

_4

DI

SW

1

SW

DIP

_4

DI

1234

8765D

2LE

D

DI

D2

LED

DI

CT

S-C

B3LV

-3C-25M

Hz

X1

CT

S-C

B3LV

-3C-25M

Hz

X1

EO

H1

GN

D2

VC

C4

OU

TP

UT

3

D4

LED

DI

D4

LED

DI

C8

0_1uFD

I C8

0_1uFD

I

R4

1KD

I

R4

1KD

I

R3

0DN

I

R3

0DN

I

17


Figure 15. Memory LPDDR, SD, SPI

55

44

33

22

11

DD

CC

BB

AA

4MB

it SP

I

Micro S

D C

ard Socket

LPD

DR

- 128Mb (4 M

eg x 4 banks x 8 data)

Lower B

yte Mask &

Strobe

Em

pty External P

ull-UP

resistors. The internal X

O2 resistors are used for bias.

Package: U

DF

N

Package: S

OIC

8 (WID

E)

XO

2_SP

I_INX

O2_S

PI_O

UT

XO

2_SP

I_CS

0

LPD

DR

_DQ

0LP

DD

R_D

Q1

LPD

DR

_DQ

2LP

DD

R_D

Q3

LPD

DR

_DQ

4LP

DD

R_D

Q5

LPD

DR

_DQ

6LP

DD

R_D

Q7

LPD

DR

_LDM

LPD

DR

_LDQ

S

LPD

DR

_A0

LPD

DR

_A1

LPD

DR

_A2

LPD

DR

_A3

LPD

DR

_A4

LPD

DR

_A5

LPD

DR

_A6

LPD

DR

_A7

LPD

DR

_A8

LPD

DR

_A9

LPD

DR

_A10

LPD

DR

_A11

LPD

DR

_A12

LPD

DR

_CK

LPD

DR

_CK

nLP

DD

R_C

KE

LPD

DR

_CS

n

LPD

DR

_WE

n

LPD

DR

_RA

Sn

LPD

DR

_CA

Sn

LPD

DR

_BA

0LP

DD

R_B

A1

uSD

_DA

T2

uSD

_DA

T1

uSD

_DA

T3

uSD

_CM

DuS

D_C

LKuS

D_D

AT

0LP

DD

R_D

Q0

LPD

DR

_DQ

1LP

DD

R_D

Q2

LPD

DR

_DQ

3LP

DD

R_D

Q4

LPD

DR

_DQ

5LP

DD

R_D

Q6

LPD

DR

_DQ

7

XO

2_SP

I_INX

O2_S

PI_C

LK

XO

2_SP

I_OU

T

XO

2_SP

I_CS

0

XO

2_SP

I_CLK

VC

C33

VC

C18

VC

C18

VC

C33

VC

C18

VC

C33

VC

C33

LPD

DR

_DQ

0[14]

LPD

DR

_DQ

1[14]

LPD

DR

_DQ

2[14]

LPD

DR

_DQ

3[14]

LPD

DR

_DQ

4[14]

LPD

DR

_DQ

5[14]

LPD

DR

_DQ

6[14]

LPD

DR

_DQ

7[14]

LPD

DR

_LDM

[14]LP

DD

R_LD

QS

[14]

LPD

DR

_A0

[14]LP

DD

R_A

1[14]

LPD

DR

_A2

[14]LP

DD

R_A

3[14]

LPD

DR

_A4

[14]LP

DD

R_A

5[14]

LPD

DR

_A6

[14]LP

DD

R_A

7[14]

LPD

DR

_A8

[14]LP

DD

R_A

9[14]

LPD

DR

_A10

[14]LP

DD

R_A

11[14]

LPD

DR

_A12

[14]

LPD

DR

_CK

[14]LP

DD

R_C

Kn

[14]LP

DD

R_C

KE

[14]

LPD

DR

_CS

n[14]

LPD

DR

_WE

n[14]

LPD

DR

_RA

Sn

[14]LP

DD

R_C

AS

n[14]

LPD

DR

_BA

0[14]

LPD

DR

_BA

1[14]

XO

2_SP

I_OU

T[7,14]

XO

2_SP

I_IN[7,14]

XO

2_SP

I_CLK

[7,14]X

O2_S

PI_C

S0

[14]

uSD

_DA

T1

[14]

uSD

_DA

T2

[14]uS

D_D

AT

3[14]uS

D_C

MD

[14]uS

D_C

LK[14]

uSD

_DA

T0

[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Mem

ory LPD

DR

, SD

, SP

I

B

814


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Mem

ory LPD

DR

, SD

, SP

I

B

814


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Mem

ory LPD

DR

, SD

, SP

I

B

814


RN

3R

N1_8_10K

DI

RN

3R

N1_8_10K

DI

1 2 3 4 5 6 7 8910111213141516

R158

10KD

IR

15810K

DI

C71

0_001uFD

I

C71

0_001uFD

I

C79

0_1uFD

I

C79

0_1uFD

I

RN

2R

N1_8_10K

DN

IR

N2

RN

1_8_10KD

NI

1 2 3 4 5 6 7 8910111213141516

R234

1KDI

R234

1KDI

U15

AT

25DF

041A-M

H-B

U15

AT

25DF

041A-M

H-B

S1

Q2

W3

Vss

4

Vcc

8

D5

C6

Reset

7

microS

D S

ocket

U1

microS

D S

ocket

U1

DA

T2

1

CD

/DA

T3

2

CM

D3

CLK

5

DA

T0

7

DA

T1

8

VD

D4

VS

S6

MT

46H16M

16LFB

FU

6M

T46H

16M16LF

BF

U6

A0

J8

A1

J9

A10

J7

A11

H2

A12

H3

A2

K7

A3

K8

A4

K2

A5

K3

A6

J1

A7

J2

A8

J3

A9

H1

BA

0H

8

BA

1H

9

CA

S#

G8

CK

G2

CK

#G

3

CK

EG

1

CS

#H

7

RA

S#

G9

WE

#G

7

DQ

0A

8

DQ

1B

7

DQ

10D

3

DQ

11C

2

DQ

12C

3

DQ

13B

2

DQ

14B

3

DQ

15A

2

DQ

2B

8

DQ

3C

7

DQ

4C

8

DQ

5D

7

DQ

6D

8

DQ

7E

7

DQ

8E

3

DQ

9D

2

LDM

F8

LDQ

SE

8

UD

MF

2

UD

QS

E2

NC

D9

NC

F3

NC

F7

VDDA9

VDDF9

VDDK9

VDDQA7

VDDQB1

VDDQC9

VDDQD1

VDDQE9

VSSA1

VSSF1

VSSK1

VSSQA3

VSSQB9

VSSQC1

VSSQE1

C81

0_1uFD

I

C81

0_1uFD

I

R159

10KD

IR

15910K

DI

U14

AT

25DF

041A-S

H-B

U14

AT

25DF

041A-S

H-B

S1

Q2

W3

Vss

4

Vcc

8

D5

C6

Reset

7

C72

0_01uFD

I

C72

0_01uFD

I

C75

0_1uFD

I

C75

0_1uFD

I

C74

0_1uFD

I C74

0_1uFD

I

R186

0DI

R186

0DI

18


Figure 16. Video Input 155

44

33

22

11

DD

CC

BB

AA

LED will be ON

when link is

active.

(SCDT high)

(1) Gate

(2) Source

(3) Drain

SOT-23 321

RGB

rota

lsna

rT

SD

VLre

doce

D S

DM

T - I

VD

rotc

enno

C IV

DMD

R C

onnector

Video Input S

ource 1 : DV

I or MD

R for direct 7:1LV

DSS

upporting Circuits

Resistor M

UX

OD

CK

opposite edge from V

ideo Source 2

TO

P P

ackage View

Cam

era Link - RX

(Fram

e Grabber)

TM

DS

_1_DA

TA

0_NT

MD

S_1_D

AT

A0_P

TM

DS

_1_DA

TA

2_PT

MD

S_1_D

AT

A2_N

TM

DS

_1_CLK

_N

TM

DS

_1_CLK

_N

TM

DS

_1_CLK

_P

TM

DS

_1_CLK

_P

TI_P

VD

D_1

DV

DD

_1

OC

K_IN

V_1

DF

O_1

PIX

S_1

ST

AG

N_1

ST

_1

PD

N_1

PD

ON

_1

TI_O

VD

D_1

NS

_LVC

C_1

NS

_PV

CC

_1

DV

DD

_1

TI_A

VD

D_1

DV

DD

_1

SC

DT

_1

DV

DD

_1

SC

DT

_1

TX

IN26_1

TX

IN25_1

TX

IN24_1

TX

IN23_1

TX

IN22_1

TX

IN21_1

TX

IN20_1

TX

IN19_1

TX

IN18_1

TX

IN17_1

TX

IN16_1

TX

IN15_1

TX

IN14_1

TX

IN13_1

TX

IN12_1

TX

IN11_1

TX

IN10_1

TX

IN9_1

TX

IN8_1

TX

IN7_1

TX

IN6_1

TX

IN5_1

TX

IN4_1

TX

IN3_1

TX

IN2_1

TX

IN1_1

TX

IN0_1

TX

CLK

IN_1

TX

CLK

IN_1

TX

IN18_1

TX

IN15_1

TX

IN14_1

PW

RD

WN

_1

OC

K_IN

V_1

PD

N_1

PD

ON

_1

PW

RD

WN

_1

ST

_1

DF

O_1

PIX

S_1

ST

AG

N_1

DV

DD

_1

TX

IN7_1

CT

L1_1

CT

L2_1

CT

L3_1

CT

L1_1

CT

L3_1C

TL2_1

TI_A

VD

D_1

DV

DD

_1

TI_O

VD

D_1

TI_P

VD

D_1

NS

_LVC

C_1

NS

_PV

CC

_1

TX

_OU

T0_N

_1T

X_O

UT

0_P_1

TX

_OU

T1_N

_1T

X_O

UT

1_P_1

TX

_OU

T2_N

_1T

X_O

UT

2_P_1

TX

_OU

T3_N

_1T

X_O

UT

3_P_1

TX

_CLK

OU

T_N

_1T

X_C

LKO

UT

_P_1

TM

DS

_1_DA

TA

1_NT

MD

S_1_D

AT

A1_P

TM

DS

_1_DA

TA

2_NT

MD

S_1_D

AT

A2_P

TM

DS

_1_DA

TA

1_PT

MD

S_1_D

AT

A1_N

TM

DS

_1_DA

TA

0_PT

MD

S_1_D

AT

A0_N

TX

IN1_1

TX

IN0_1

TX

IN17_1

TX

IN11_1

TX

IN5_1

TX

IN16_1

TX

IN10_1

TX

IN27_1

TX

IN3_1

TX

IN2_1

TX

IN24_1

TX

IN21_1

TX

IN19_1

TX

IN22_1

TX

IN20_1

TX

IN23_1

TX

IN6_1

TX

IN4_1

TX

IN13_1

TX

IN9_1

TX

IN26_1

TX

IN12_1

TX

IN8_1

TX

IN25_1

TX

IN27_1

MD

R_T

X_O

UT

0_N_1

MD

R_T

X_O

UT

0_P_1

MD

R_T

X_O

UT

1_P_1

MD

R_T

X_O

UT

1_N_1

MD

R_T

X_O

UT

2_P_1

MD

R_T

X_O

UT

2_N_1

MD

R_T

X_C

LKO

UT

_P_1

MD

R_T

X_C

LKO

UT

_N_1

MD

R_T

X_O

UT

3_P_1

MD

R_T

X_O

UT

3_N_1

MD

R_T

X_O

UT

0_P_1

MD

R_T

X_O

UT

1_P_1

MD

R_T

X_O

UT

1_N_1

MD

R_T

X_O

UT

2_P_1

MD

R_T

X_O

UT

2_N_1

MD

R_T

X_C

LKO

UT

_P_1

MD

R_T

X_C

LKO

UT

_N_1

MD

R_T

X_O

UT

0_N_1

MD

R_T

X_O

UT

3_P_1

MD

R_T

X_O

UT

3_N_1

TX

_OU

T0_N

_1T

X_O

UT

0_P_1

TX

_OU

T1_N

_1T

X_O

UT

1_P_1

TX

_OU

T2_N

_1T

X_O

UT

2_P_1

TX

_OU

T3_N

_1T

X_O

UT

3_P_1

TX

_CLK

OU

T_N

_1T

X_C

LKO

UT

_P_1

OC

K_IN

V_1

NS

_ST

B_1

NS

_ST

B_1

DD

C_C

LKD

DC

_DA

TA

NS

_ST

B_1

Hot_P

lug_Video

VC

C33

VC

C33

XO

2_IN0_1_N

[14]X

O2_IN

0_1_P[14]

XO

2_IN1_1_N

[14]X

O2_IN

1_1_P[14]

XO

2_IN2_1_N

[14]X

O2_IN

2_1_P[14]

XO

2_IN3_1_N

[14]X

O2_IN

3_1_P[14]

XO

2_CLK

IN_1_N

[14]X

O2_C

LKIN

_1_P[14]

DD

C_C

LK

[10,11]D

DC

_DA

TA

[10,11]

Hot_P

lug_Video

[14]

SE

RT

C1+

[14]S

ER

TC

1-[14]

SE

RT

FG

1-[14]

SE

RT

FG

1+[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 1

C

914


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 1

C

914


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 1

C

914


IO5

IO5

DS

90CR

287U

19D

S90C

R287

U19 LV

DS

GN

D43

TxO

UT

3P37

TxO

UT

3N38

TxO

UT

2P41

TxO

UT

2N42

TxO

UT

1P45

TxO

UT

1N46

TxO

UT

0P47

TxO

UT

0N48

LVD

SV

CC

44

LVD

SG

ND

36

LVD

SG

ND

49

TxC

LKO

UT

P39

TxC

LKO

UT

N40

PW

RD

WN

32

TxIN

051

TxIN

152

TxIN

254

TxIN

355

TxIN

456

TxIN

52

TxIN

63

TxIN

74

TxIN

86

TxIN

97

TxIN

108

TxIN

1110

TxIN

1211

TxIN

1312

TxIN

1414

TxIN

1515

TxIN

1616

TxIN

1718

TxIN

1819

TxIN

1920

TxIN

2022

TxIN

2123

TxIN

2224

TxIN

2325

TxIN

2427

TxIN

2528

TxIN

2630

TxIN

2750

GN

D53

GN

D21

GN

D29

VC

C1

GN

D5

PLLG

ND

35

GN

D13

PLLV

CC

34

PLLG

ND

33

VC

C9

VC

C17

VC

C26

TxC

LKIN

31

R5

0D

NI

R5

0D

NI

Q1

BS

S138LT

1Q

1B

SS

138LT1

C19

0_1uFD

I

C19

0_1uFD

I

R-evenR-oddG-evenG-oddB-evenB-odd

R-in

G-in

B-in

Clk-in

TF

P401A

U2


R-in

G-in

B-in

Clk-in

TF

P401A

U2

AG

ND

79

Rx2P

80

Rx2N

81

AV

DD

82

AG

ND

83

AV

DD

84

Rx1P

85

Rx1N

86

AG

ND

87

AV

DD

88

AG

ND

89

Rx0P

90

Rx0N

91

AG

ND

92

RxC

P93

RxC

N94

AV

DD

95

EX

T_R

ES

96

DF

O1

RS

VD

(Tie high)

99

OC

K_IN

V100

PD

N2

PD

ON

9

PIX

S4

ST

3S

TA

GN

7

QE

414

QE

515

QE

616

QE

717

QO

859

QO

960

QO

1061

QO

1162

QO

1263

QO

1364

QO

1465

QO

1566

QE

820

QE

921

QE

1022

QE

1123

QE

1224

QE

1325

QE

1426

QE

1527

QO

1669

QO

1770

QO

1871

QO

1972

QO

2073

QO

2174

QO

2275

QO

2377

QE

1630

QE

1731

QE

1832

QE

1933

QE

2034

QE

2135

QE

2236

QE

2337

QE

212

QE

313

QE

010

QE

111

QO

655

QO

150

QO

049

QO

352

QO

756

QO

453

QO

251

QO

554

CT

L342

CT

L241

CT

L140

DE

46

HS

YN

C48

OD

CK

44

VS

YN

C47

SC

DT

8

OV

DD

18

OV

DD

29

OV

DD

43

OV

DD

57

OV

DD

78

OG

ND

76

OG

ND

45

OG

ND

58

OG

ND

19

OG

ND

28

DG

ND

5

DG

ND

39

DV

DD

67

DG

ND

68

DV

DD

6

DV

DD

38

PV

DD

97

PG

ND

98

C15

0_01uFD

I

C15

0_01uFD

I

C125

0_001uFD

I

C125

0_001uFD

I

R210

0D

NI

R210

0D

NI

C115

0_1uFD

I

C115

0_1uFD

I

R21

10KD

IR

2110K

DI

R18

10KD

IR

1810K

DI

C135

0_001uFD

I

C135

0_001uFD

I

C113

0_001uFD

I

C113

0_001uFD

I

R215

0D

NI

R215

0D

NI

R228

0D

IR

2280

DI

R222

0D

IR

2220

DI

R242

10KD

IR

24210K

DI

3M 10226-1210VE

J110226-1A10P

E-N

D3M 10226-1210VE

J110226-1A10P

E-N

D

inner shield11

inner shield214

X0-

25

X0+

12

X1-

24

X1+

11

X2-

23

X2+

10

XC

LK-

22

XC

LK+

9

X3-

21

X3+

8

SerT

C+

20

SerT

C-

7

SerT

FG

-19

SerT

FG

+6

CC

1-18

CC

1+5

CC

2+17

CC

2-4

CC

3-16

CC

3+3

CC

4+15

CC

4-2

inner shield313

inner shield426

mount-L

27

mount-R

28

R248

0D

IR

2480

DI

R211

0D

NI

R211

0D

NI

C17

0_001uFD

I

C17

0_001uFD

I

D5

LED

_Green

D5

LED

_Green

C112

0_1uFD

I

C112

0_1uFD

I

C137

0_001uFD

I

C137

0_001uFD

I

C140

10uFD

I

C140

10uFD

I

C21

10uFD

I

C21

10uFD

I

R216

0D

NI

R216

0D

NI

R229

0D

IR

2290

DI

R223

0D

IR

2230

DI

R212

0D

NI

R212

0D

NI

C20

10uFD

I

C20

10uFD

I

C121

10uFD

I

C121

10uFD

I

C14

0_001uFD

I

C14

0_001uFD

I

DVI-Integrated

J2D

VI_I

DVI-Integrated

J2D

VI_I

TM

DS

_Data2+

2T

MD

S_D

ata2-1

TM

DS

_Data4-

4

TM

DS

_Data4+

5

TM

DS

_Data2/4_S

hield3

DD

C_C

lock6

DD

C_D

ata7

Analog_V

ertical_Sync

8

TM

DS

_Data1-

9

TM

DS

_Data1+

10

TM

DS

_Data1/3_S

hield11

TM

DS

_Data3-

12

TM

DS

_Data3+

13

+5V

_Pow

er14

GN

D(for +

5V)

15

Hot_P

lug_Detect

16

TM

DS

_Data0-

17

TM

DS

_Data0+

18

TM

DS

_Data0/5_S

hield19

TM

DS

_Data5-

20

TM

DS

_Data5+

21

TM

DS

_Clock_S

hield22

TM

DS

_Clock+

23

TM

DS

_Clock-

24

Analog_R

edC

1

Analog_G

reenC

2

Analog_B

lueC

3

Analog_H

orizontal_Sync

C4

Analog_G

round_1C

5

Analog_G

round_2C

6

R27

470D

IR

27470D

I

R213

0D

NI

R213

0D

NI

R236

10KD

IR

23610K

DI

R218

0D

NI

R218

0D

NI

C124

0_01uFD

I

C124

0_01uFD

I

R224

0D

IR

2240

DI

R20

10KD

IR

2010K

DI

R226

0D

IR

2260

DI

C22

10uFD

I

C22

10uFD

I

R8

0D

NI

R8

0D

NI

C136

0_01uFD

I

C136

0_01uFD

I

R214

0D

NI

R214

0D

NI

C5

0_01uFD

I

C5

0_01uFD

I

C122

10uFD

I

C122

10uFD

I

R237

10KD

NI

R237

10KD

NI

R22

10KD

NI

R22

10KD

NI

R19

10KD

IR

1910K

DI

C123

0_1uFD

I

C123

0_1uFD

I

R225

0D

IR

2250

DI

R233

10KD

IR

23310K

DI

C18

0_01uFD

I

C18

0_01uFD

I

IO4

IO4

R227

0D

IR

2270

DI

R217

0D

NI

R217

0D

NI

R6

0D

IR

60

DI

C6

0_01uFD

I

C6

0_01uFD

IR

24410K

DI

R244

10KD

I

R230

0D

IR

2300

DI

R209

0D

NI

R209

0D

NI

R231

0D

IR

2310

DI

C141

0_1uFD

I

C141

0_1uFD

I

C16

0_1uFD

I

C16

0_1uFD

I

R239

10KD

IR

23910K

DI

19


Figure 17. Video Input 255

44

33

22

11

DD

CC

BB

AA

LED will be ON

when link is

active.

(SCDT high)

321

Resistor M

UX

Video Input S

ource 2 : DV

I or MD

R for direct 7:1LV

DS

rota

lsna

rT

SD

VLre

doce

D S

DM

T - I

VD

rotc

enno

C IV

DMD

R C

onnector

RG

Supporting C

ircuits

B

(1) Gate

(2) Source

(3) Drain

SOT-23

TO

P P

ackage View

Cam

era Link - RX

(Fram

e Grabber)

DV

DD

_2

TX

IN11_2

TX

IN10_2

TX

IN9_2

TX

IN8_2

TX

IN7_2

TX

IN6_2

TX

IN5_2

TX

IN4_2

TX

IN3_2

TX

IN2_2

TX

IN1_2

TX

IN0_2

TX

CLK

IN_2

TI_A

VD

D_2

DV

DD

_2

PIX

S_2

DV

DD

_2

CT

L1_2

CT

L3_2C

TL2_2

TI_O

VD

D_2

ST

AG

N_2

TM

DS

_2_DA

TA

1_PT

MD

S_2_D

AT

A1_N

TX

IN7_2

CT

L1_2

CT

L2_2

CT

L3_2

PW

RD

WN

_2

SC

DT

_2

TM

DS

_2_DA

TA

2_P

TM

DS

_2_DA

TA

1_N

TI_P

VD

D_2

TM

DS

_2_DA

TA

1_P

TM

DS

_2_DA

TA

0_N

TI_A

VD

D_2

TX

IN1_2

ST

_2

TX

IN0_2

TM

DS

_2_DA

TA

0_P

NS

_LVC

C_2

TM

DS

_2_DA

TA

0_N

TX

IN17_2

TM

DS

_2_DA

TA

2_N

TX

_OU

T0_N

_2

TX

IN11_2

TX

_OU

T0_P

_2

PD

N_2

TX

IN3_2

TX

IN2_2

TX

IN24_2

TX

IN21_2

TX

IN19_2

TX

IN22_2

TX

IN5_2

TX

IN20_2

TX

IN23_2

TX

_OU

T1_N

_2

NS

_PV

CC

_2

TM

DS

_2_DA

TA

2_NT

MD

S_2_D

AT

A2_P

TM

DS

_2_CLK

_N

TX

_OU

T1_P

_2

TX

IN16_2

TX

IN6_2

TX

IN4_2

TX

IN13_2

TX

IN9_2

TX

IN26_2

TX

IN12_2

TX

IN8_2

TX

IN25_2

TX

_OU

T2_N

_2

TX

IN10_2

TX

IN18_2

TX

IN15_2

TX

IN14_2

DV

DD

_2

TX

_OU

T2_P

_2

TX

IN27_2

PD

ON

_2

TI_P

VD

D_2

TX

CLK

IN_2

TM

DS

_2_CLK

_N

TM

DS

_2_DA

TA

0_P

TX

_OU

T3_N

_2T

X_O

UT

3_P_2

TX

IN27_2

TX

_CLK

OU

T_N

_2

TM

DS

_2_CLK

_P

MD

R_T

X_O

UT

0_P_2

MD

R_T

X_O

UT

1_P_2

MD

R_T

X_O

UT

1_N_2

MD

R_T

X_O

UT

2_P_2

DV

DD

_2

MD

R_T

X_O

UT

2_N_2

MD

R_T

X_C

LKO

UT

_P_2

MD

R_T

X_C

LKO

UT

_N_2

MD

R_T

X_O

UT

0_N_2

MD

R_T

X_O

UT

3_P_2

MD

R_T

X_O

UT

3_N_2

TX

IN26_2

TX

_CLK

OU

T_P

_2

TX

_OU

T0_N

_2T

X_O

UT

0_P_2

TX

_OU

T1_N

_2T

X_O

UT

1_P_2

TX

_OU

T2_N

_2T

X_O

UT

2_P_2

TX

_OU

T3_N

_2T

X_O

UT

3_P_2

TX

_CLK

OU

T_N

_2T

X_C

LKO

UT

_P_2

TM

DS

_2_CLK

_P

DV

DD

_2

TX

IN25_2

TX

IN24_2

OC

K_IN

V_2

OC

K_IN

V_2

TX

IN23_2

TX

IN22_2

TX

IN21_2

TX

IN20_2

PW

RD

WN

_2

PD

N_2

SC

DT

_2

TI_O

VD

D_2

PD

ON

_2

TX

IN19_2

TX

IN18_2

TX

IN17_2

TX

IN16_2

TX

IN15_2

TX

IN14_2

TX

IN13_2

TX

IN12_2

DF

O_2

ST

_2

DF

O_2

PIX

S_2

ST

AG

N_2

NS

_LVC

C_2

NS

_PV

CC

_2

OC

K_IN

V_2

NS

_ST

B_2

NS

_ST

B_2

NS

_ST

B_2

DD

C_C

LKD

DC

_DA

TA

Hot_P

lug_Video

MD

R_T

X_O

UT

0_P_2

MD

R_T

X_O

UT

1_P_2

MD

R_T

X_O

UT

1_N_2

MD

R_T

X_O

UT

2_P_2

MD

R_T

X_O

UT

2_N_2

MD

R_T

X_C

LKO

UT

_P_2

MD

R_T

X_C

LKO

UT

_N_2

MD

R_T

X_O

UT

0_N_2

MD

R_T

X_O

UT

3_P_2

MD

R_T

X_O

UT

3_N_2

VC

C33

VC

C33

XO

2_IN0_2_N

[14]X

O2_IN

0_2_P[14]

XO

2_IN1_2_N

[14]X

O2_IN

1_2_P[14]

XO

2_IN2_2_N

[14]X

O2_IN

2_2_P[14]

XO

2_IN3_2_N

[14]X

O2_IN

3_2_P[14]

XO

2_CLK

IN_2_N

[14]X

O2_C

LKIN

_2_P[14]

DD

C_D

AT

A

[9,11]

DD

C_C

LK

[9,11]

Hot_P

lug_Video

[14]

SE

RT

C2+

[14]S

ER

TC

2-[14]

SE

RT

FG

2-[14]

SE

RT

FG

2+[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 2

C

1014


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 2

C

1014


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video Input 2

C

1014


Q8

BS

S138LT

1Q

8B

SS

138LT1

R114

470D

IR

114470D

I

R221

0D

IR

2210

DI

R107

0D

IR

1070

DI

3M 10226-1210VE

J13

10226-1A10P

E-N

D3M 10226-1210VE

J13

10226-1A10P

E-N

D

inner shield11

inner shield214

X0-

25

X0+

12

X1-

24

X1+

11

X2-

23

X2+

10

XC

LK-

22

XC

LK+

9

X3-

21

X3+

8

SerT

C+

20

SerT

C-

7

SerT

FG

-19

SerT

FG

+6

CC

1-18

CC

1+5

CC

2+17

CC

2-4

CC

3-16

CC

3+3

CC

4+15

CC

4-2

inner shield313

inner shield426

mount-L

27

mount-R

28

C43

10uFD

I

C43

10uFD

I

DVI-Integrated

J10D

VI_I

DVI-Integrated

J10D

VI_I

TM

DS

_Data2+

2T

MD

S_D

ata2-1

TM

DS

_Data4-

4

TM

DS

_Data4+

5

TM

DS

_Data2/4_S

hield3

DD

C_C

lock6

DD

C_D

ata7

Analog_V

ertical_Sync

8

TM

DS

_Data1-

9

TM

DS

_Data1+

10

TM

DS

_Data1/3_S

hield11

TM

DS

_Data3-

12

TM

DS

_Data3+

13

+5V

_Pow

er14

GN

D(for +

5V)

15

Hot_P

lug_Detect

16

TM

DS

_Data0-

17

TM

DS

_Data0+

18

TM

DS

_Data0/5_S

hield19

TM

DS

_Data5-

20

TM

DS

_Data5+

21

TM

DS

_Clock_S

hield22

TM

DS

_Clock+

23

TM

DS

_Clock-

24

Analog_R

edC

1

Analog_G

reenC

2

Analog_B

lueC

3

Analog_H

orizontal_Sync

C4

Analog_G

round_1C

5

Analog_G

round_2C

6

R208

0D

NI

R208

0D

NI

C45

0_1uFD

I

C45

0_1uFD

I

C34

0_01uFD

I

C34

0_01uFD

I

C36

0_01uFD

I

C36

0_01uFD

I

R112

0D

IR

1120

DI

C138

0_01uFD

I

C138

0_01uFD

I

R101

10KD

NI

R101

10KD

NI

R96

0D

NI

R96

0D

NI

R97

10KD

IR

9710K

DI

C40

0_01uFD

I

C40

0_01uFD

I

R108

0D

IR

1080

DI

R93

0D

IR

930

DI

C114

0_001uFD

I

C114

0_001uFD

I

R106

0D

NI

R106

0D

NI

C130

0_01uFD

I

C130

0_01uFD

I

C110

0_1uFD

I

C110

0_1uFD

I

R113

0D

NI

R113

0D

NI

R119

10KD

IR

11910K

DI

R117

10KD

IR

11710K

DI

R110

0D

NI

R110

0D

NI

R115

10KD

IR

11510K

DI

R105

0D

NI

R105

0D

NI

R95

0D

IR

950

DI

R109

0D

NI

R109

0D

NI

C42

0_1uFD

I

C42

0_1uFD

I

C116

0_1uFD

I

C116

0_1uFD

I

R120

10KD

IR

12010K

DI

C128

0_1uFD

I

C128

0_1uFD

I

R103

0D

IR

1030

DI

C133

0_1uFD

I

C133

0_1uFD

I

C118

10uFD

I

C118

10uFD

I

C37

0_001uFD

I

C37

0_001uFD

IR

24310K

DN

IR

24310K

DN

I

R98

0D

NI

R98

0D

NI

R111

0D

IR

1110

DI

R94

10KD

IR

9410K

DI


R-in

G-in

B-in

Clk-in

TF

P401A

U9


R-in

G-in

B-in

Clk-in

TF

P401A

U9

AG

ND

79

Rx2P

80

Rx2N

81

AV

DD

82

AG

ND

83

AV

DD

84

Rx1P

85

Rx1N

86

AG

ND

87

AV

DD

88

AG

ND

89

Rx0P

90

Rx0N

91

AG

ND

92

RxC

P93

RxC

N94

AV

DD

95

EX

T_R

ES

96

DF

O1

RS

VD

(Tie high)

99

OC

K_IN

V100

PD

N2

PD

ON

9

PIX

S4

ST

3S

TA

GN

7

QE

414

QE

515

QE

616

QE

717

QO

859

QO

960

QO

1061

QO

1162

QO

1263

QO

1364

QO

1465

QO

1566

QE

820

QE

921

QE

1022

QE

1123

QE

1224

QE

1325

QE

1426

QE

1527

QO

1669

QO

1770

QO

1871

QO

1972

QO

2073

QO

2174

QO

2275

QO

2377

QE

1630

QE

1731

QE

1832

QE

1933

QE

2034

QE

2135

QE

2236

QE

2337

QE

212

QE

313

QE

010

QE

111

QO

655

QO

150

QO

049

QO

352

QO

756

QO

453

QO

251

QO

554

CT

L342

CT

L241

CT

L140

DE

46

HS

YN

C48

OD

CK

44

VS

YN

C47

SC

DT

8

OV

DD

18

OV

DD

29

OV

DD

43

OV

DD

57

OV

DD

78

OG

ND

76

OG

ND

45

OG

ND

58

OG

ND

19

OG

ND

28

DG

ND

5

DG

ND

39

DV

DD

67

DG

ND

68

DV

DD

6

DV

DD

38

PV

DD

97

PG

ND

98

R116

10KD

IR

11610K

DI

C39

0_001uFD

I

C39

0_001uFD

I

C131

0_001uFD

I

C131

0_001uFD

I

C132

0_001uFD

I

C132

0_001uFD

I

R99

0D

IR

990

DI

C139

0_001uFD

I

C139

0_001uFD

I

R100

0D

NI

R100

0D

NI

C127

10uFD

I

C127

10uFD

I

C111

10uFD

I

C111

10uFD

I

C117

0_01uFD

I

C117

0_01uFD

I

R104

0D

NI

R104

0D

NI

R220

0D

IR

2200

DI

D11

LED

_Green

D11

LED

_Green

DS

90CR

287U

18D

S90C

R287

U18 LV

DS

GN

D43

TxO

UT

3P37

TxO

UT

3N38

TxO

UT

2P41

TxO

UT

2N42

TxO

UT

1P45

TxO

UT

1N46

TxO

UT

0P47

TxO

UT

0N48

LVD

SV

CC

44

LVD

SG

ND

36

LVD

SG

ND

49

TxC

LKO

UT

P39

TxC

LKO

UT

N40

PW

RD

WN

32

TxIN

051

TxIN

152

TxIN

254

TxIN

355

TxIN

456

TxIN

52

TxIN

63

TxIN

74

TxIN

86

TxIN

97

TxIN

108

TxIN

1110

TxIN

1211

TxIN

1312

TxIN

1414

TxIN

1515

TxIN

1616

TxIN

1718

TxIN

1819

TxIN

1920

TxIN

2022

TxIN

2123

TxIN

2224

TxIN

2325

TxIN

2427

TxIN

2528

TxIN

2630

TxIN

2750

GN

D53

GN

D21

GN

D29

VC

C1

GN

D5

PLLG

ND

35

GN

D13

PLLV

CC

34

PLLG

ND

33

VC

C9

VC

C17

VC

C26

TxC

LKIN

31

R118

10KD

IR

11810K

DI

R207

0D

NI

R207

0D

NI

C129

10uFD

I

C129

10uFD

I

IO17

IO17

R247

0D

IR

2470

DI

R121

10KD

IR

12110K

DI

R102

0D

IR

1020

DI

C120

10uFD

I

C120

10uFD

I

IO16

IO16

R92

0D

NI

R92

0D

NI

20


Figure 18. Video Output55

44

33

22

11

DD

CC

BB

AA

Video O

utput : DV

I or MD

R for direct 7:1LV

DS

TM

DS

- DV

I Decoder

LVD

S T

ranslator

stiuc

riC

gnit

ropp

uS

rotc

enno

C R

DM

Resistor D

e-MU

X

LED will be OFF when

a powered receiver is

attached to DVI.

(MSEN low)

321

TM

DS

- DV

I Connector

(1) Gate

(2) Source

(3) Drain

SOT-23

TO

P P

ackage View

Cam

era Link - TX

(Cam

era)

DV

DD

NS

_DV

DD

RX

OU

T7

CT

L2

PW

RD

WN

TI_P

VD

DT

I_TV

DD

NS

_LVC

C

NS

_PV

CC

DV

DD

BS

EL

PD

N

ISE

L

DS

EL

MD

R_R

X_IN

2_NM

DR

_RX

_IN2_P

MD

R_R

X_IN

3_NM

DR

_RX

_IN3_P

MD

R_R

X_IN

0_NM

DR

_RX

_IN0_P

MD

R_R

X_C

LKO

UT

_NM

DR

_RX

_CLK

OU

T_P

MD

R_R

X_IN

1_NM

DR

_RX

_IN1_P

MD

R_R

X_IN

0_NM

DR

_RX

_IN0_P

MD

R_R

X_IN

1_NM

DR

_RX

_IN1_P

MD

R_R

X_IN

2_NM

DR

_RX

_IN2_P

MD

R_R

X_IN

3_NM

DR

_RX

_IN3_P

MD

R_R

X_C

LKO

UT

_NM

DR

_RX

_CLK

OU

T_P

RX

_IN0_N

RX

OU

T26

RX

OU

T24

RX

OU

T25

RX

_IN0_P

RX

OU

T22

RX

OU

T20

RX

OU

T21

RX

OU

T23

RX

_IN3_N

RX

_IN1_N

RX

OU

T18

RX

OU

T16

RX

OU

T17

RX

OU

T14

RX

OU

T12

RX

OU

T13

RX

OU

T15

RX

OU

T19

RX

OU

T10

RX

OU

T8

RX

OU

T9

RX

OU

T6

RX

OU

T4

RX

OU

T5

RX

OU

T7

RX

OU

T11

RX

_IN3_P

RX

OU

T3

RX

OU

T1

RX

OU

T2

RX

_IN1_P

RX

CLK

OU

T

RX

_IN2_N

RX

_IN2_P

RX

_CLK

IN_N

RX

OU

T0

RX

_CLK

IN_P

NS

_LVC

C

NS

_PV

CC

PW

RD

WN

RX

OU

T27

NS

_DV

DD

DV

DD

TM

DS

_DA

TA

0_N

TI_T

VD

D

TM

DS

_CLK

_PT

MD

S_C

LK_N

RX

OU

T18

RX

OU

T14

RX

OU

T15

MS

EN

TI_T

VD

D

TM

DS

_DA

TA

2_P

ED

GE

ISE

L

BS

EL

DS

EL

PD

N

VR

EF

DK

EN

TM

DS

_DA

TA

2_N

TI_P

VD

D

TM

DS

_DA

TA

1_P

CT

L3

TM

DS

_DA

TA

1_N

TM

DS

_DA

TA

0_P

RX

OU

T25

RX

OU

T26

RX

OU

T8

RX

OU

T9

RX

OU

T12

RX

OU

T13

RX

OU

T4

RX

OU

T6

RX

OU

T23

RX

OU

T19

RX

OU

T20

RX

OU

T21

RX

OU

T22

RX

OU

T24

RX

OU

T2

RX

OU

T3

RX

OU

T27

RX

OU

T10

RX

OU

T5

RX

OU

T11

RX

OU

T16

RX

OU

T17

RX

OU

T0

RX

OU

T1

RX

CLK

OU

T

CT

L2C

TL1

DV

DD

MS

EN

VR

EF

DK

EN

ED

GE

CT

L1

CT

L3

TM

DS

_DA

TA

2_PT

MD

S_D

AT

A2_N

TM

DS

_DA

TA

1_NT

MD

S_D

AT

A1_P

TM

DS

_DA

TA

0_PT

MD

S_D

AT

A0_N

TM

DS

_CLK

_PT

MD

S_C

LK_N

ED

GE

DD

C_C

LKD

DC

_DA

TA

RX

_IN2_N

RX

_IN2_P

RX

_IN3_N

RX

_IN3_P

RX

_IN0_N

RX

_IN0_P

RX

_CLK

IN_N

RX

_CLK

IN_P

RX

_IN1_N

RX

_IN1_P

VC

C33

VC

C33

VC

C5

DD

C_D

AT

A

[9,10]

DD

C_C

LK

[9,10]Hot_P

lug_Video

[14]

XO

2_OU

T2_P

[14]

XO

2_OU

T3_N

[14]

XO

2_OU

T3_P

[14]XO

2_CLK

OU

T_N

[14]

XO

2_CLK

OU

T_P

[14]

XO

2_OU

T0_N

[14]

XO

2_OU

T0_P

[14]

XO

2_OU

T1_N

[14]

XO

2_OU

T1_P

[14]

XO

2_OU

T2_N

[14]

SE

RT

C+

[14]S

ER

TC

-[14]

SE

RT

FG

-[14]

SE

RT

FG

+[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video O

utput

C

1114


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video O

utput

C

1114


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Video O

utput

C

1114


R12

0D

IR

120

DI

R50

0D

IR

500

DI

C7

0_001uFD

I

C7

0_001uFD

I

C134

0_1uFD

I

C134

0_1uFD

I

R172

0D

NI

R172

0D

NI

C60

10uFD

I

C60

10uFD

I

R245

10KD

NI

R245

10KD

NI

R43

10KD

IR

4310K

DI

R/HVSync

G/CTL1

B/CTL3:2

Clk Out

TF

P410

U3

R/HVSync

G/CTL1

B/CTL3:2

Clk Out

TF

P410

U3ID

CK

P57

IDC

KN

56

DE

2

DS

EL/S

DA

14

ISE

L/RS

TN

13

PD

N10

N/C

49

DK

EN

35

RE

SE

RV

ED

(Tie to G

ND

)34

BS

EL/S

CL

15

TX

CN

21T

XC

P22

TV

DD

23

TX

0N24

TX

0P25

TG

ND

26

TX

1N27

TX

1P28

TV

DD

29

TX

2N30

TX

2P31

TG

ND

32

MS

EN

/PO

111

DA

TA

162

DA

TA

261

DA

TA

360

DA

TA

459

DA

TA

558

DA

TA

655

DA

TA

754

DA

TA

853

DA

TA

952

DA

TA

1051

DA

TA

1150

DA

TA

1247

DA

TA

1346

DA

TA

1445

DA

TA

1544

DA

TA

1643

DA

TA

1742

DA

TA

1841

DA

TA

1940

DA

TA

2039

DA

TA

2138

DA

TA

2237

DA

TA

2336

TG

ND

20

CT

L3/A3/D

K3

6

CT

L2/A2/D

K2

7

CT

L1/A1/D

K1

8

VR

EF

3

HS

YN

C4

TF

AD

J19

VS

YN

C5

ED

GE

/HT

PLG

9D

GN

D16

DG

ND

48

DV

DD

33

DG

ND

64

DV

DD

1

DV

DD

12

PV

DD

18

PG

ND

17

DA

TA

063

C3

10uFD

I

C3

10uFD

I

C50

0_001uFD

I

C50

0_001uFD

I

R129

100S

M_R

_0603

R129

100S

M_R

_0603

R48

10KD

NI

R48

10KD

NI

R64

470D

IR

64470

DI

R174

0D

IR

1740

DI

R168

0D

NI

R168

0D

NI

C12

0_001uFD

I

C12

0_001uFD

I

R15

0D

NI

R15

0D

NI

3M 10226-1210VE

J8

10226-1A10P

E-N

D

3M 10226-1210VE

J8

10226-1A10P

E-N

D

inner shield11

inner shield214

X0-

2

X0+

15

X1-

3

X1+

16

X2-

4

X2+

17

XC

LK-

5

XC

LK+

18

X3-

6

X3+

19

SerT

C+

7

SerT

C-

20

SerT

FG

-8

SerT

FG

+21

CC

1-9

CC

1+22

CC

2+10

CC

2-23

CC

3-11

CC

3+24

CC

4+12

CC

4-25

inner shield313

inner shield426

mount-L

27

mount-R

28

R246

10KD

NI

R246

10KD

NI

R7

10KD

IR

710K

DI

R171

0D

IR

1710

DI

R11

0D

NI

R11

0D

NI

C25

0_01uFD

I

C25

0_01uFD

I

R31

510, 1%S

M_R

_0603R

31510, 1%S

M_R

_0603

Q3

BS

S138LT

1Q

3B

SS

138LT1

R123

10KD

I

R123

10KD

I

DS

90CR

288AU

10D

S90C

R288A

U10

LVD

SG

ND

14

RxIN

3P20

RxIN

3N19

RxIN

2P16

RxIN

2N15

RxIN

1P12

RxIN

1N11

RxIN

0P10

RxIN

0N9

LVD

SV

CC

13

LVD

SG

ND

8

LVD

SG

ND

21

RxC

LKIN

P18

RxC

LKIN

N17

PW

RD

WN

25

RxO

UT

027

RxO

UT

129

RxO

UT

230

RxO

UT

332

RxO

UT

433

RxO

UT

534

RxO

UT

635

RxO

UT

737

RxO

UT

838

RxO

UT

939

RxO

UT

1041

RxO

UT

1142

RxO

UT

1243

RxO

UT

1345

RxO

UT

1446

RxO

UT

1547

RxO

UT

1649

RxO

UT

1750

RxO

UT

1851

RxO

UT

1953

RxO

UT

2054

RxO

UT

2155

RxO

UT

221

RxO

UT

232

RxO

UT

243

RxO

UT

255

RxO

UT

266

RxO

UT

277

GN

D52

GN

D36

GN

D44

VC

C31

GN

D4

PLLG

ND

24

GN

D28

PLLV

CC

23

PLLG

ND

22

VC

C40

VC

C48

VC

C56

RxC

LKO

UT

26

R44

10KD

IR

4410K

DI

R51

0D

IR

510

DI

C9

10uFD

I

C9

10uFD

I

R16

0D

NI

R16

0D

NI

C62

10uFD

I

C62

10uFD

I

R13

0D

IR

130

DI

C49

10uFD

I

C49

10uFD

I

C61

0_1uFD

I

C61

0_1uFD

I

C2

0_01uFD

I

C2

0_01uFD

I

C59

0_1uFD

I

C59

0_1uFD

I

C52

0_01uFD

I

C52

0_01uFD

I

C24

0_01uFD

I

C24

0_01uFD

I

R17

0D

IR

170

DI

R170

0D

IR

1700

DI

R25

0D

NI

R25

0D

NI

R46

10KD

IR

4610K

DI

DVI-Integrated

J3

DV

I_I

DVI-Integrated

J3

DV

I_I

TM

DS

_Data2+

2T

MD

S_D

ata2-1

TM

DS

_Data4-

4

TM

DS

_Data4+

5

TM

DS

_Data2/4_S

hield3

DD

C_C

lock6

DD

C_D

ata7

Analog_V

ertical_Sync

8

TM

DS

_Data1-

9

TM

DS

_Data1+

10

TM

DS

_Data1/3_S

hield11

TM

DS

_Data3-

12

TM

DS

_Data3+

13

+5V

_Pow

er14

GN

D(for +

5V)

15

Hot_P

lug_Detect

16

TM

DS

_Data0-

17

TM

DS

_Data0+

18

TM

DS

_Data0/5_S

hield19

TM

DS

_Data5-

20

TM

DS

_Data5+

21

TM

DS

_Clock_S

hield22

TM

DS

_Clock+

23

TM

DS

_Clock-

24

Analog_R

edC

1

Analog_G

reenC

2

Analog_B

lueC

3

Analog_H

orizontal_Sync

C4

Analog_G

round_1C

5

Analog_G

round_2C

6

R32

10KD

IR

3210K

DI

C55

0_001uFD

I

C55

0_001uFD

I

R47

10KD

IR

4710K

DI

R135

100S

M_R

_0603

R135

100S

M_R

_0603

C64

0_1uFD

I

C64

0_1uFD

I

R23

0D

IR

230

DI

C51

0_01uFD

I

C51

0_01uFD

I

R45

10KD

IR

4510K

DI

R131

0D

IR

1310

DI

C26

0_001uFD

I

C26

0_001uFD

I

R173

0D

NI

R173

0D

NI

R130

100S

M_R

_0603

R130

100S

M_R

_0603

R29

0D

NI

R29

0D

NI

R34

0D

IR

340

DI

C13

10uFD

I

C13

10uFD

I

R167

0D

IR

1670

DI

C10

0_1uFD

I

C10

0_1uFD

I

R134

100S

M_R

_0603

R134

100S

M_R

_0603

R14

0D

IR

140

DI

IO13

IO13

C1

0_001uFD

I

C1

0_001uFD

I

C57

0_1uFD

I

C57

0_1uFD

IR

490

DI

R49

0D

I

R9

0D

IR

90

DI

D6

LED

_Green

D6

LED

_Green

R133

100S

M_R

_0603

R133

100S

M_R

_0603

C58

0_1uFD

I

C58

0_1uFD

I

IO10

IO10

R10

0D

NI

R10

0D

NI

R169

0D

NI

R169

0D

NI

R132

10KD

IR

13210K

DI

C56

0_01uFD

I

C56

0_01uFD

I

21


Figure 19. Audio In/Audio Out

55

44

33

22

11

DD

CC

BB

AA

PW

M A

nalog Signal O

utputM

icrophone

Audio A

mplifier

Optional B

ypass

AU

DIO

_SIG

AU

DIO

_OU

T

D2A

_OU

T

AU

DIO

_SIG

AU

DIO

_INA

UD

IO_S

IG

VC

C33

VC

C5

VC

C33

VC

C33

AU

DIO

_OU

T[14]

AU

DIO

_IN[14]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Audio In / A

udio Out

B

1214


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Audio In / A

udio Out

B

1214


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

Audio In / A

udio Out

B

1214


J12

PH

ON

EJA

CK

ST

ER

EO

J12

PH

ON

EJA

CK

ST

ER

EO

231

R147

2_2KD

I

R147

2_2KD

I

R151

10K

DI R

151

10K

DI

C68

0_1uFD

NI

C68

0_1uFD

NI

C70

10uFD

I

C70

10uFD

I

R146

100D

I

R146

100D

I

-+

U13

MC

P6L71R

-+

U13

MC

P6L71R

3 41

5 2

C47

0_1uF

DI

C47

0_1uF

DI

C73

10uFD

IC

7310uF

DI

R162

1000K

DI

R162

1000K

DI

R136

100DI

R136

100DI

R149

1000K

DI

R149

1000K

DI

R145

330

DI

R145

330

DI

R150

10KD

IR

15010K

DI

R160

680KD

IR

160680K

DI

R154

0D

IR

1540

DI

C69

0_1uFD

I

C69

0_1uFD

I

C67

10uFD

I

C67

10uFD

I

CM

A-4544P

F-W

U8

CM

A-4544P

F-W

U8

TE

RM

11

TE

RM

22

R161

0DN

I

R161

0DN

I

Q4

2N2369A

DI

Q4

2N2369A

DI

31

2

22


Figure 20. MachXO2 Supplies, JTAG

55

44

33

22

11

DD

CC

BB

AA

MachXO2 JTAG Port

Expand JTAG Chain to Prototype Header:

NOT Populated

So

cket (080SQ

132U6618A

) Mo

un

ting

Ho

les

TDI

TDO

TDI

TDO

MachXO2

R203

R202

R201

JTAG HeaderJ12

To Prototype Header

Expand JTAG Chain to Prototype Header:

MachX

O2 B

ank 1

MachX

O2 B

ank 5A

DC

Delta-S

igma Interface

MachX

O2 B

ank 4

MachX

O2 B

ank 3

XO

2_TD

O

XO

2_TC

K

XO

2_TD

IX

O2_T

MS

XO

2_TD

O

XO

2_TC

KX

O2_T

MS

XO

2_TD

I

XO

2_TD

O

XO

2_TM

S

XO

2_TC

K

XO

2_TD

O_P

IN

XO

2_TD

O_P

IN

LPD

DR

_A0

LPD

DR

_A1

XO

2_GP

IO_10

LPD

DR

_DQ

0

LPD

DR

_DQ

1

LPD

DR

_DQ

2

LPD

DR

_DQ

3

LPD

DR

_DQ

4LP

DD

R_D

Q5

LPD

DR

_DQ

6LP

DD

R_D

Q7

LPD

DR

_A2

LPD

DR

_A3

LPD

DR

_A4

LPD

DR

_A5

LPD

DR

_A6

LPD

DR

_A7

LPD

DR

_A8

LPD

DR

_A10

LPD

DR

_A11

LPD

DR

_CK

LPD

DR

_CK

n

LPD

DR

_LDM

LPD

DR

_A12

LPD

DR

_A9

uSD

_DA

T2

SW

3

XO

UT

XIN

uSD

_DA

T3

LVD

S_C

OM

P_N

AU

DIO

_OU

TX

O2_LE

D1

XO

2_LED

2

XO

2_LED

3

XO

2_LED

0

PW

M_F

B_D

elta_Sigm

a

LVD

S_C

OM

P_P

_VR

EF

PM

_PLD

CLK

XO

2_RE

SE

Tn

uSD

_CM

D

uSD

_DA

T0

uSD

_DA

T1

US

B_U

AR

T_T

XU

SB

_UA

RT

_RX

uSD

_CLK

PM

_OU

T13

PM

_OU

T11

PM

_OU

T12

PM

_MC

LK

LPD

DR

_LDQ

S

AD

C_IN

AU

DIO

_IN

LVD

S_C

OM

P_P

_VR

EF

PW

M_F

B_D

elta_Sigm

a

LVD

S_C

OM

P_N

VC

C_C

OR

E

VC

C33

VC

CIO

33

VC

CIO

18

VC

C18

VC

CIO

33

VC

CIO

33

VC

CIO

33

XO

2_TD

I[6,14]

XO

2_TD

O[6]

XO

2_TC

K[6,7,14]

XO

2_TM

S[6,7,14]

TD

I_HD

R[7]

TD

O_H

DR

[7]

TM

S_H

DR

[6,7,14]T

CK

_HD

R[6,7,14]

XO

2_TD

O_P

IN[14]

LPD

DR

_A0

[8]LP

DD

R_A

1[8]

XO

2_GP

IO_10

[7]

LPD

DR

_DQ

0[8]

LPD

DR

_DQ

1[8]

LPD

DR

_DQ

2[8]

LPD

DR

_DQ

3[8]

LPD

DR

_DQ

4[8]

LPD

DR

_DQ

5[8]

LPD

DR

_DQ

6[8]

LPD

DR

_DQ

7[8]

LPD

DR

_LDQ

S[8]

LPD

DR

_A2

[8]LP

DD

R_A

3[8]

LPD

DR

_A4

[8]LP

DD

R_A

5[8]

LPD

DR

_A6

[8]LP

DD

R_A

7[8]

LPD

DR

_A8

[8]

LPD

DR

_A10

[8]

LPD

DR

_A11

[8]

LPD

DR

_CK

[8]LP

DD

R_C

Kn

[8]

LPD

DR

_LDM

[8]

LPD

DR

_A12

[8]

LPD

DR

_A9

[8]

uSD

_DA

T2

[8]S

W3

[7]

X_1

[7]

uSD

_DA

T3

[8]

AU

DIO

_OU

T[12]

XO

2_LED

0[7]

XO

2_LED

1[7]

XO

2_LED

2[7]

XO

2_LED

3[7]

PM

_PLD

CLK

[4,7]

X_2

[7]

XO

2_RE

SE

Tn

[4,7]

uSD

_CM

D[8]

uSD

_DA

T0

[8]

uSD

_DA

T1

[8]

US

B_U

AR

T_T

X[6]

US

B_U

AR

T_R

X[6]

uSD

_CLK

[8]

PM

_OU

T13

[4]

PM

_OU

T11

[4]

PM

_OU

T12

[4]

PM

_MC

LK[4,7]

XO

2_AD

C_IN

AU

DIO

_IN

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 1, 3, 4, 5 &

JTA

G

B

1314


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 1, 3, 4, 5 &

JTA

G

B

1314


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 1, 3, 4, 5 &

JTA

G

B

1314


R155

0D

NI

R155

0D

NI

R165

0D

IR

1650

DI

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4E

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4E

PL4C

/PL6A

/PL9A

F1

PL4D

/PL6B

/PL9B

F3

PL5A

/PL7C

/PL10C

PC

LKT

4_0G

3

PL5B

/PL7D

/PL10D

PC

LKC

4_0H

2

PL5C

/PL9A

/PL13A

H1

PL5D

/PL9B

/PL13B

H3

PL8A

/PL10A

/PL14A

J1

PL8B

/PL10B

/PL14B

J2

VC

CIO

3G

1

C94

0_1uFD

NI

C94

0_1uFD

NI

MH

16

M_H

OLE

1D

IIW

_MN

T0

MH

16

M_H

OLE

1D

IIW

_MN

T0

1

XO

2 JTA

G H

D

J7

XO

2 JTA

G H

D

J7

PO

WE

R1

TD

O2

TD

I3

NC

4

TR

ST

5

TM

S6

GN

D7

TC

K8

R166

0D

IR

1660

DI

R156

0DN

I

R156

0DN

I

R73

10KD

IR

7310K

DI

J9

Jumper_2w

ayD

NI

J9

Jumper_2w

ayD

NI

123

C98

0_1uFD

I

C98

0_1uFD

I

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4F

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4F

PL2A

/PL1A

/PL3A

L_GP

LLT_F

BB

1

PL2B

/PL1B

/PL3B

L_GP

LLC_F

BB

2

PL2C

/PL2A

/PL4A

L_GP

LLT_IN

C1

PL2D

/PL2B

/PL4B

L_GP

LLC_IN

C3

PL3A

/PL3A

/PL6A

PC

LKT

5_0C

2

PL3B

/PL3B

/PL6B

PC

LKC

5_0D

1

PL3C

/PL4A

/PL7A

E1

PL3D

/PL4B

/PL7B

E2

PL4A

/PL5A

/PL8A

E3

PL4B

/PL5B

/PL8B

F2

VC

CIO

3/VC

CIO

5/VC

CIO

5D

3

IO12

IO12

C78

3300pFD

I

C78

3300pFD

I

C84

0_1uFD

I

C84

0_1uFD

I

R181

10KD

IR

18110K

DI

C77

0_1uFD

I

C77

0_1uFD

I

R180

10KD

IR

18010K

DI

C90

0_1uFD

I

C90

0_1uFD

I

C80

0_1uFD

I

C80

0_1uFD

I

R53

10KD

IR

5310K

DI

C76

0_1uFD

I

C76

0_1uFD

I

R41

10KD

IR

4110K

DI

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4D

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4D

PL10B

/PL13B

/PL19B

L3

PL10C

/PL14A

/PL20A

M1

PL10D

/PL14B

/PL20B

M2

PL8C

/PL11A

/PL16A

J3

PL8D

/PL11B

/PL16B

K2

PL9A

/PL12A

/PL17A

PC

LKT

3_0K

1

PL9B

/PL12B

/PL17B

PC

LKC

3_0K

3

VC

CIO

3L1

C87

0_1uFD

NI

C87

0_1uFD

NI

DQ1

DQ0

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4B

DQ1

DQ0

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4B

PR

10A/P

R13A

/PR

18AM

12

PR

10B/P

R13B

/PR

18BM

14

PR

10C/P

R14A

/PR

19AN

13

PR

10D/P

R14B

/PR

19BN

14

PR

2A/P

R1A

/PR

2A/R

_GP

LLT_F

BB

14

PR

2B/P

R1B

/PR

2B/R

_GP

LLC_F

BC

13

PR

2C/P

R2A

/PR

3A/R

_GP

LLT_IN

C14

PR

2D/P

R2B

/PR

3B/R

_GP

LLC_IN

D12

PR

3A/P

R3A

/PR

5AE

12

PR

3B/P

R3B

/PR

5BE

14

PR

4A/P

R4A

/PR

6AE

13

PR

4B/P

R4B

/PR

6BF

12

PR

4C/P

R5A

/PR

8AF

13

PR

4D/P

R5B

/PR

8BF

14

PR

5A/P

R6A

/PR

9A D

QS

G12

PR

5B/P

R6B

/PR

9B D

QS

NG

14

PR

5C/P

R7A

/PR

10A/P

CLK

T1_0

G13

PR

5D/P

R7B

/PR

10B/P

CLK

C1_0

H12

PR

8A/P

R9A

/PR

13A D

QS

J12

PR

8B/P

R9B

/PR

13B D

QS

NJ14

PR

8C/P

R10A

/PR

14AJ13

PR

8D/P

R10B

/PR

14BK

12

PR

9A/P

R11A

/PR

15AK

13

PR

9B/P

R11B

/PR

15BK

14

PR

9C/P

R12A

/PR

16AL14

PR

9D/P

R12B

/PR

16BM

13

VC

CIO

1H

14

VC

CIO

1D

14

VC

CIO

1L12

MH

13

M_H

OLE

1D

IIW

_MN

T0

MH

13

M_H

OLE

1D

IIW

_MN

T0

1

LCM

XO

2-1_2K/2K

/4K-M

N132

U4G

LCM

XO

2-1_2K/2K

/4K-M

N132

U4G

GN

DA

5

GN

DB

11

GN

DD

2

GN

DD

13

GN

DL2

GN

DL13

GN

DP

5

GN

DP

10

GN

DG

2

GN

DH

13

NC

C7

VC

CA

14V

CC

N1

VC

CA

1V

CC

P14

C93

0_1uFD

NI

C93

0_1uFD

NI

MH

2

M_H

OLE

1D

IIW

_MN

T0

MH

2

M_H

OLE

1D

IIW

_MN

T0

1

R157

0D

IR

1570

DI

C95

0_1uFD

NI

C95

0_1uFD

NI

C97

0_1uFD

I

C97

0_1uFD

I

MH

1

M_H

OLE

1D

IIW

_MN

T0

MH

1

M_H

OLE

1D

IIW

_MN

T0

1

23


Figure 21. MachXO2 Top, Bottom

55

44

33

22

11

DD

CC

BB

AA

MachX

O2 B

ank 2M

achXO

2 Bank 0

Interface between LV

CM

OS

33 and LPD

DR

1.8V

LVC

MO

S33 O

pen Drain

LVC

MO

S33 V

oltage Devider

I2C B

us Pull-up R

esistors

Resistor M

ux between P

rototype Header

and Video C

hannel 2 (7:1LVD

S)

LPD

DR

_RA

Sn

LPD

DR

_CA

Sn

LPD

DR

_CS

n

LPD

DR

_WE

n

LPD

DR

_BA

1_3p3LP

DD

R_B

A0_3p3

LPD

DR

_CK

E_3p3

LPD

DR

_CK

E_1p8

LPD

DR

_BA

1_1p8LP

DD

R_B

A0_1p8

SC

L

SD

A

XO

2_IN3_2_N

XO

2_IN3_2_P

XO

2_IN0_2_N

XO

2_IN0_2_P

XO

2_IN1_2_N

XO

2_IN1_2_P

XO

2_IN2_2_N

XO

2_IN2_2_P

XO

2_CLK

IN_2_N

XO

2_CLK

IN_2_P

XO

2_GP

IO_0

XO

2_GP

IO_1

XO

2_GP

IO_2

XO

2_GP

IO_3

XO

2_GP

IO_4

XO

2_GP

IO_5

XO

2_GP

IO_6

XO

2_GP

IO_7

XO

2_GP

IO_8

XO

2_GP

IO_9

XO

2_IO_7

XO

2_IO_8

XO

2_IO_9

XO

2_IO_0

XO

2_IO_1

XO

2_IO_2

XO

2_IO_3

XO

2_IO_4

XO

2_IO_5

XO

2_IO_6

SW

0

LPD

DR

_CK

E_3p3

SW

1

SW

2

XO

2_SP

I_CS

0

PM

_SM

BA

_OU

T3

XO

2_SP

I_CLK

PM

_IN1

PM

_IN2

XO

2_GP

IO_11

SE

RT

FG

2-

SE

RT

FG

1-S

ER

TF

G1+

SE

RT

C1-

SE

RT

C1+

SE

RT

C-

SE

RT

C+

SE

RT

FG

-

SE

RT

FG

+

MIS

OMO

SI

XO

2_CLK

OU

T_P

XO

2_TC

K

XO

2_TD

I

XO

2_TM

S

SC

L

XO

2_TD

O_P

IN

SD

A

XO

2_OU

T1_N

XO

2_OU

T1_P

XO

2_OU

T2_N

XO

2_OU

T2_P

XO

2_OU

T3_N

XO

2_OU

T3_P

XO

2_CLK

OU

T_N

LPD

DR

_WE

n

LPD

DR

_CA

Sn

LPD

DR

_CS

n

SE

RT

C-

SE

RT

C+

SE

RT

FG

-S

ER

TF

G+

LPD

DR

_BA

1_3p3

XO

2_OU

T0_N

XO

2_OU

T0_P

LPD

DR

_BA

0_3p3

XO

2_IN3_1_P

XO

2_IN3_1_N

XO

2_IN1_1_N

XO

2_IN1_1_P

XO

2_CLK

IN_1_N

XO

2_CLK

IN_1_P

XO

2_IO_0

XO

2_IO_1

XO

2_IO_2

XO

2_IO_3

XO

2_IO_4

XO

2_IO_5

XO

2_IO_7

XO

2_IO_6

XO

2_IO_8

XO

2_IO_9

XO

2_IN2_1_N

XO

2_IN2_1_P

XO

2_IN0_1_N

XO

2_IN0_1_P

SE

RT

FG

2+

SE

RT

C2-

SE

RT

C2+

LPD

DR

_RA

Sn

VC

C18

VC

C33

VC

CIO

33

VC

CIO

33V

CC

IO33

VC

CIO

33

LPD

DR

_BA

0[8]

LPD

DR

_BA

1[8]

LPD

DR

_CK

E[8]

XO

2_IN3_2_N

[10]

XO

2_IN3_2_P

[10]

XO

2_IN2_2_P

[10] XO

2_CLK

IN_2_N

[10]

XO

2_IN0_2_N

[10]

XO

2_IN0_2_P

[10]

XO

2_IN1_2_N

[10]

XO

2_IN1_2_P

[10]

XO

2_IN2_2_N

[10] XO

2_CLK

IN_2_P

[10]

XO

2_GP

IO_0

[7]

XO

2_GP

IO_1

[7]

XO

2_GP

IO_2

[7]

XO

2_GP

IO_3

[7]

XO

2_GP

IO_4

[7]

XO

2_GP

IO_5

[7]

XO

2_GP

IO_6

[7]

XO

2_GP

IO_7

[7]

XO

2_GP

IO_8

[7]

XO

2_GP

IO_9

[7]

SW

0[7]

SW

1[7]

SW

2[7]

XO

2_SP

I_CS

0[8]

PM

_SM

BA

_OU

T3

[4]

XO

2_SP

I_CLK

[7,8]

PM

_IN1

[4]

PM

_IN2

[4]

XO

2_GP

IO_11

[7] SE

RT

C2-

[11]S

ER

TC

2+[11]

SE

RT

FG

2-[11] S

ER

TF

G2+

[11]

SE

RT

FG

1-[9]

SE

RT

FG

1+[9]

SE

RT

C1-

[9]S

ER

TC

1+[9]

XO

2_SP

I_OU

T[7,8]

XO

2_SP

I_IN[7,8]

XO

2_CLK

OU

T_P

[11]

XO

2_TD

I[6,13]

XO

2_TC

K[6,7,13]

XO

2_TM

S[6,7,13]

SC

L[4,7]

XO

2_TD

O_P

IN[13]

SD

A[4,7]

XO

2_OU

T2_P

[11]

XO

2_OU

T3_N

[11]X

O2_O

UT

3_P[11]

XO

2_CLK

OU

T_N

[11]

XO

2_OU

T1_N

[11]X

O2_O

UT

1_P[11]

XO

2_OU

T2_N

[11]

LPD

DR

_WE

n[8]

LPD

DR

_CA

Sn

[8]LP

DD

R_C

Sn

[8]

SE

RT

C-

[11]S

ER

TC

+[11]

SE

RT

FG

-[11]

SE

RT

FG

+[11]

XO

2_OU

T0_N

[11]

LPD

DR

_RA

Sn

[8]

XO

2_OU

T0_P

[11]

XO

2_IN3_1_P

[9]X

O2_IN

3_1_N[9]

XO

2_IN1_1_N

[9]X

O2_IN

1_1_P[9]X

O2_C

LKIN

_1_N[9]

XO

2_CLK

IN_1_P

[9]

XO

2_IN2_1_N

[9]X

O2_IN

2_1_P[9]

XO

2_IN0_1_N

[9]X

O2_IN

0_1_P[9]

Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 0, 2

B

1414


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 0, 2

B

1414


Title

veR

tcej

orP

ezi

S

teeh

S:e

taD

of


MachX

O2 C

ontrol Board

G

XO

2 Banks 0, 2

B

1414


R258

0D

NI

R258

0D

NI

C92

0_1uFD

I

C92

0_1uFD

I

R187820

DI R187820

DI

R52

0D

NI

R52

0D

NI

R153

0D

IR

1530

DI

R238

0D

IR

2380

DI

C101

0_1uFD

NI

C101

0_1uFD

NI

R1831K

DI R1831K

DI

R57

0D

NI

R57

0D

NI

R1761K

DI R1761K

DI

R259

0D

NI

R259

0D

NI

C102

0_1uFD

NI

C102

0_1uFD

NI

R26

0D

NI

R26

0D

NI

1.2K/2K/4K 2nd Fn

^ = True LVDS

LCM

XO

2-1_2K/2K

/4K-M

N132

U4A1.2K/2K/4K 2nd Fn

^ = True LVDS

LCM

XO

2-1_2K/2K

/4K-M

N132

U4A

PT

10A^/P

T11A

^/PT

11A^

A3

PT

10B^/P

T11B

^/PT

11B^

C4

PT

10C/P

T12C

/PT

13C T

DO

A4

PT

10D/P

T12D

/PT

13D T

DI

B4

PT

11A^/P

T13A

^/PT

14A^

B5

PT

11B^/P

T13B

^/PT

14B^

C6

PT

11C/P

T16C

/PT

15C T

CK

B6

PT

11D/P

T16D

/PT

15D T

MS

A6

PT

12A^/P

T17A

^/PT

18A^ P

CLK

T0_1

A7

PT

12B^/P

T17B

^/PT

18B^ P

CLK

C0_1

B7

PT

12C/P

T18C

/PT

20C/S

CL P

CLK

T0_0

C8

PT

12D/P

T18D

/PT

20D/S

DA

PC

LKC

0_0B

8

PT

15A^/P

T19A

^/PT

21A^

C9

PT

15B^/P

T19B

^/PT

21B^

A9

PT

15C/P

T20C

/PT

23C JT

AG

EN

BB

9

PT

15D/P

T20D

/PT

23D P

RO

GR

AM

NC

10

PT

16A^/P

T21A

^/PT

24A^

A10

PT

16B^/P

T21B

^/PT

24B^

C11

PT

16C/P

T22A

^/PT

25A^

A11

PT

16D/P

T22B

^/PT

25B^

B12

PT

17A^/P

T23A

^/PT

27A^

C12

PT

17B^/P

T23B

^/PT

27B^

A12

PT

17C/P

T24C

/PT

28C IN

ITN

B13

PT

17D/P

T24D

/PT

28D D

ON

EA

13

PT

9A^/P

T9A

^/PT

9A^

A2

PT

9B^/P

T9B

^/PT

9B^

B3

VC

CIO

0A

8

VC

CIO

0B

10

VC

CIO

0C

5

R1771K

DI R1771K

DI

R144

0D

IR

1440

DI

R1751K

DI R1751K

DI

R263

0D

IR

2630

DI

R255

0D

IR

2550

DI

R30

0D

NI

R30

0D

NI

R260

0D

NI

R260

0D

NI

R1781K

DI R1781K

DI

R1821K

DI R1821K

DI

R904_7K

DI R904_7K

DI

R24

0D

NI

R24

0D

NI

R250

0D

IR

2500

DI

R142

0D

IR

1420

DI

R256

0D

IR

2560

DI

R914_7K

DI R914_7K

DI

R143

0D

IR

1430

DI

R35

0D

NI

R35

0D

NI

C86

0_1uFD

NI

C86

0_1uFD

NI

R261

0D

NI

R261

0D

NI

R141

0D

IR

1410

DI

R188820

DI R188820

DI

R264

0D

IR

2640

DI

R253

0D

IR

2530

DI

R251

0D

IR

2510

DI

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4C

1.2K/2K/4K 2nd Fn

LCM

XO

2-1_2K/2K

/4K-M

N132

U4C

PB

11A/P

B16A

/PB

20A P

CLK

T2_1

M7

PB

11B/P

B16B

/PB

20B P

CLK

C2_1

N8

PB

11C/P

B12A

/PB

15AP

7

PB

11D/P

B12B

/PB

15BN

7

PB

15A/P

B18A

/PB

21AP

8

PB

15B/P

B18B

/PB

21BM

8

PB

15C/P

B19A

/PB

23AP

9

PB

15D/P

B19B

/PB

23BN

9

PB

18A/P

B21A

/PB

24AM

9

PB

18B/P

B21B

/PB

24BN

10

PB

18C/P

B22A

/PB

27AM

10

PB

18D/P

B22B

/PB

27BP

11

PB

20A/P

B24A

/PB

29AM

11

PB

20B/P

B24B

/PB

29BP

12

PB

20C/P

B25A

/PB

30A S

NN

12

PB

20D/P

B25B

/PB

30B S

I/SIS

PI

P13

PB

4A/P

B3A

/PB

3AP

2

PB

4B/P

B3B

/PB

3BN

2

PB

4C/P

B5A

/PB

4A C

SS

PIN

P3

PB

4D/P

B5B

/PB

4BM

3

PB

6A/P

B6A

/PB

7AN

3

PB

6B/P

B6B

/PB

7BP

4

PB

6C/P

B8A

/PB

9A M

CLK

/CC

LKM

4

PB

6D/P

B8B

/PB

9B S

O/S

PIS

ON

4

PB

9A/P

B11A

/PB

13A P

CLK

T2_0

N6

PB

9B/P

B11B

/PB

13B P

CLK

C2_0

P6

PB

9C/P

B9A

/PB

10AN

5

PB

9D/P

B9B

/PB

10BM

5

VC

CIO

2M

6

VC

CIO

2N

11

VC

CIO

2P

1

R140

0D

IR

1400

DI

C88

0_1uFD

NI

C88

0_1uFD

NI

IO21

IO21

R257

0D

NI

R257

0D

NI

R33

0D

NI

R33

0D

NI

R139

0D

IR

1390

DI

R69820

DI R69820

DI

R262

0D

IR

2620

DI

IO22

IO22

R252

0D

IR

2520

DI

R28

0D

NI

R28

0D

NI

R137

0D

IR

1370

DI

R741K

DI R741K

DI

C103

0_1uFD

I

C103

0_1uFD

I

R265

0D

IR

2650

DI

R40

0D

NI

R40

0D

NI

R138

0D

IR

1380

DI

C96

0_1uFD

I

C96

0_1uFD

I

R254

0D

IR

2540

DI

C100

0_1uFD

I

C100

0_1uFD

I

R42

0D

NI

R42

0D

NI

R152

0D

IR

1520

DI

24


Appendix B. Bill of MaterialsTable 1. Bill of Materials

Item Quantity Reference Value PCB FootprintManufacturerPart Number Manufacturer Description Populate

1 19

C1, C7, C12, C14, C17, C26, C37, C39, C50, C55, C71, C113, C114, C125, C131, C132, C135, C137, C139

0_001uF SM_C_0201 DI

2 23

C2, C5, C6, C15, C18, C24, C25, C32, C34, C36, C38, C40, C41, C51, C52, C56, C72, C91, C117, C124, C130, C136, C138

0_01uF SM_C_0201 DI

3 18

C3, C9, C13, C20, C21, C22, C43, C49, C60, C62, C111, C118, C120, C121, C122, C127, C129, C140

10uF SM_C_0603 C1608Y5V0J106Z TDK DI

4 2 C4, C11 12pF SM_C_0603 DI

5 32

C8, C10, C16, C19, C42, C44, C45, C46, C47, C57, C58, C59, C61, C63, C64, C69, C74, C81, C89, C99, C105, C107, C109, C110, C112, C115, C116, C123, C128, C133, C134, C141

0_1uF SM_C_0603 DI

6 2 C23, C29 18pF cc0402 C0402C180K3GACTU Kemet CAP CER 18PF 25V C0G 0402 DI

7 10C27, C30, C31, C48, C82, C85, C104, C119, C126, C145

0.1uF cc0402 C0402C104K4RACTU Kemet Cap Cer 0.1uF 16V X7R 0402 DI

8 1 C28 10u cc0603 ECJ-1VB0J106M PanasonicCap Cer 10uF 6.3V 20% X5R 0603

DI

9 4 C33, C106, C142, C143 10uF SM_C_0805 JMK212BJ106KD-T TAIYO YUDEN DI

10 2 C35, C83 1uF SM_C_0805 DI

11 2 C53, C65 22uF SM_C_0805 LMK212BJ226MG-T TAIYO YUDEN DI

12 4 C54, C66, C70, C73 10uF SM_C_0805 DI

13 1 C67 10uF SM_C_0603 DI

14 1 C68 0_1uF SM_C_0603 DNI

15 13C75, C76, C77, C79, C80, C84, C90, C92, C96, C97, C98, C100, C103

0_1uF SM_C_0201 DI

16 1 C78 3300pF SM_C_0603 DI

17 8 C86, C87, C88, C93, C94, C95, C101, C102 0_1uF SM_C_0201 DNI

18 1 C108 0_01uF SM_C_0201 DI

19 1 C144 4u7 cc0603 ECJ-1VB0J475K PanasonicCap Cer 4.7uF 6.3V 10% X5R 0603

DI

20 8 D1, D2, D3, D4, D7, D8, D9, D10 LED SM_D_0603 LTST-C190CKT LITE ON DI

21 2 D5, D6 LED_Green SM_D_0603 LTST-C190KGKT LITE ON DI

22 1 D11 LED_Green SM_D_0603 LTST-C190KGKT LITE ON DNI

23 1 D12 LED SM_D_0603 LTST-C190CKT LITE ON DI

24 20

IO2, IO3, IO4, IO5, IO7, IO8, IO9, IO10, IO11, IO12, IO13, IO14, IO15, IO16, IO17, IO18, IO19, IO20, IO21, IO22

T POINT R TP DNI

25 2 J1, J8 10226-1A10PE-ND 10226-1A10PE-ND 10226-1A10PE 3MCONN RECEPT 26POS R/A .050" SMD

DI

26 1 J13 10226-1A10PE-ND 10226-1A10PE-ND 10226-1A10PE 3MCONN RECEPT 26POS R/A .050" SMD

DNI

27 2 J2, J3 DVI_I DVI_I 74320-1004 Molex DI

28 1 J4 CON40A 2x20x100mil TSW-120-07-T-D Samtec DI

29 1 J5 USB_MINI_B TYPE_B UX60-MB-5ST Hirose DI

30 1 J6 Jumper_2way JP_2WY TSW-103-07-G-S Samtec Inc. DI

31 1 J7 XO2 JTAG HD XO2_JTAG_HD DNI

32 1 J9 Jumper_2way JP_2WY TSW-103-07-G-S Samtec Inc. DNI

33 1 J10 DVI_I DVI_I 74320-1004 Molex DNI

34 1 J11 PWR_JACK PWR_CON RAPC712 Switchcraft DI

25


35 1 J12 PHONEJACK STEREO SM MJ1-3510-SMT CUI DI

36 1 L3 600ohm 500mA FB0603 BLM18AG601SN1D MurataFerrite Bead 600 Ohm@100 MHz 500 mA 0603

DI

37 4 MH1, MH2, MH13, MH16 M_HOLE1 IW_MNT0 SJ-5003 (BLACK)BUMPON HEMI-SPHERE .44X.20 BLACK

DI

38 4 Q1, Q3, Q6, Q8 BSS138LT1 SOT_23 BSS138LT3G ON Semi DI

39 2 Q2, Q5 2N7002E SM_SOT23 2N7002ET1G ON_Semi DI

40 1 Q4 2N2369A 2N2369A_SOT23 MMBT2369A Fairchild DI

41 1 Q7 ZDT758 SM_8_DUAL_PNP ZDT758 Diodes/Zetex DI

42 2 RN1, RN4 RN2_4_470 RN2_4_470_0603 TC164-JR-07470RL Yageo DI

43 1 RN2 RN1_8_10K RN1_8_10K_0603 MNR18E0APJ103 Rohm Semi DI

44 1 RN3 RN1_8_10K RN1_8_10K_0603 MNR18E0APJ103 Rohm Semi DI

45 45

R1, R7, R18, R19, R20, R21, R32, R41, R43, R44, R45, R46, R47, R53, R73, R81, R94, R97, R115, R116, R117, R118, R119, R120, R121, R123, R124, R125, R126, R127, R128, R132, R151, R158, R159, R163, R164, R180, R181, R200, R233, R236, R239, R242, R244

10K SM_R_0402 DI

46 1 R2 1M SM_R_0603 DI

47 53

R3, R5, R8, R10, R11, R15, R16, R24, R25, R26, R28, R29, R30, R33, R35, R40, R42, R52, R57, R92, R96, R98, R100, R104, R105, R106, R109, R110, R113, R155, R156, R161, R168, R169, R172, R173, R207, R208, R209, R210, R211, R212, R213, R214, R215, R216, R217, R218, R257, R258, R259, R260, R261

0 SM_R_0402 DNI

48 5 R4, R67, R195, R196, R232 1K SM_R_0603 DI

49 80

R6, R9, R12, R13, R14, R17, R23, R34, R36, R37, R38, R39, R49, R50, R51, R61, R62, R70, R71, R75, R76, R78, R82, R83, R87, R93, R95, R99, R102, R103, R107, R108, R111, R112, R131, R137, R138, R139, R140, R141, R142, R143, R144, R152, R153, R154, R157, R165, R166, R167, R170, R171, R174, R186, R220, R221, R222, R223, R224, R225, R226, R227, R228, R229, R230, R231, R238, R247, R248, R250, R251, R252, R253, R254, R255, R256, R262, R263, R264, R265

0 SM_R_0402 DI

50 7 R22, R48, R101, R237, R243, R245, R246 10K SM_R_0402 DNI

51 4 R27, R64, R114, R122 470 SM_R_0603 ERJ-3EKF4700V Panasonic ECG DI

52 1 R31 510, 1% SM_R_0603 DI

53 9 R54, R55, R65, R66, R84, R85, R88, R89, R205 4_7K SM_R_0603 DI

54 1 R56 2k2 cr0402 TNPW04022K20BEED Vishay/Dale RES 2.20K OHM 1/16W 0.1% 0402 DI

55 1 R58 0 SM_R_0805 DNI

56 1 R59 1 SM_R_0805 DI

57 2 R60, R219 220 SM_R_0603 DI

58 2 R63, R68 0 SM_R_0603 DI

59 3 R69, R187, R188 820 SM_R_0402 DI

60 8 R74, R175, R176, R177, R178, R182, R183, R234 1K SM_R_0402 DI

61 1 R79 100K SM_R_0603 DI

62 2 R80, R86 68 SM_R_0402 DI

63 2 R90, R91 4_7K SM_R_0402 DI

Table 1. Bill of Materials (Continued)


26


64 13

R129, R130, R133, R134, R135, R136, R146, R184, R185, R191, R194, R201, R206

100 SM_R_0603 DI

65 1 R145 330 SM_R_0603 DI

66 1 R147 2_2K SM_R_0603 DI

67 2 R148, R235 2 SM_R_0805 DI

68 2 R149, R162 1000K SM_R_0603 DI

69 1 R150 10K SM_R_0603 DI

70 1 R160 680K SM_R_0603 DI

71 2 R179, R198 200 SM_R_0603 DI

72 4 R189, R190, R192, R193 3_92K SM_R_0603 DI

73 2 R197, R204 2K SM_R_0603 DI

74 1 R199 12k cr0402 RC0402FR-0712KL Yageo Res 1/16W 12.0K 1% 0402 DI

75 4 R202, R203, R241, R249 10k cr0402 RC0402FR-0710KL Yageo Res 1/16W 10.0K 1% 0402 DI

76 1 R240 2.2K SM_R_0402 RC0402FR-072K2L Yageo Res 1/16W 2.2K 1% 0402 DI

77 1 SW1 SWDIP_4 SMD_8check 3-5435640-5 Tyco SWITCH DIP 4POS SEALED GOLD

DI

78 1 SW2 SW DIP_2 SP_75 195-2MST CTSSWITCH SIDE ACTUATED 2 SEC

DI

79 1 S1 XO2 Global Reset SMT_SW EVQ-Q2K03W PanasonicSWITCH LT 6MM 130GF H=3.1MM SMD

DI

80 1 U1 microSD Socket SM_SD 460DE08C3 MULTICOMP DI

81 1 U2 TFP401A HTQFP_100 TFP401APZPG4 TI DI

82 1 U3 TFP410 HTQFP_64 TFP410PAP TI DI

83 1 U4 LCMXO2-4000HC-6MG132 CSBGA132 LCMXO2-4000HC-6MG132 Lattice Semi DI

84 1 U5 STG3693QTR QFN STG3693QTR STMicroelectronics DI

85 1 U6 MT46H16M16LFBF SM/60VFBGA MT46H16M16LFBF Micron DI

86 1 U7 ispPAC-POWR1014A TQFP_48 ispPAC-POWR1014A-01TN48I Lattice DI

87 1 U8 CMA-4544PF-W 2 Solder Pins (TH) CMA-4544PF-W CUI Inc DI

88 1 U9 TFP401A HTQFP_100 TFP401APZPG4 TI DNI

89 1 U10 DS90CR288A TSSOP_56 DS90CR288AMTD/NOPB National Semi DI

90 1 U11 NCP1117ST33 SOT_223 NCP1117ST33T3G ONSemi DI

91 1 U12 NCP1117ST18 SOT_223 NCP1117ST18T3G ONSemi DI

92 1 U13 MCP6L71R SOT_23_5_MC MCP6L71RT-E/OT Microchip DI

93 1 U14 AT25DF041A-SH-B SOIC_8 AT25DF041A-SH-B Atmel DI

94 1 U15 AT25DF041A-MH-B UDFN AT25DF041A-MH-B Atmel DNI

95 1 U16 AD8604ARZ 14_SOIC AD8604ARZ Analog Devices DI

96 1 U17 Value MRA08A_M LP3879MR-1.2 National DNI

97 1 U18 DS90CR287 TSSOP_56 DS90CR287MTD/NOPB TI DNI

98 1 U19 DS90CR287 TSSOP_56 DS90CR287MTD/NOPB TI DI

99 1 U20 FT2232HL tqfp64_0p5_12p2x12p2_h1p6 FT2232HL FTDI DI

100 1 U21 93LC56-SO8 so8_50_244 93LC56T-I/SN Microchip IC 93LC56 EEPROM DI

101 1 X1 CTS-CB3LV-3C-25MHz SMD 7.00mm x 5.00mm CB3LV-3C-25M0000 CTS OSC 25.000 MHZ 3.3V SMD DNI

102 1 X2 HCM49 24.000MABJ-UT SMD HCM49 24.000MABJ-UT Citizen Finetech CRYSTAL 24.000 MHZ 18PF SMD DI

103 1 X3 12 MHZ crystal_4p_3p2x2p5 7M-12.000MAAJ-T TXC CRYSTAL 12.000 MHZ 18PF SMD DI

Table 1. Bill of Materials (Continued)


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