Evaluates: MAX9291/MAX9293
MAX9291/MAX9293 Evaluation Kit
General Description
The MAX9291/MAX9293 evaluation kit (EV kit) provides
a proven design to evaluate the MAX9291/MAX9293
HDMI input with high-bandwidth gigabit multimedia serial
link (GMSL) output serializer with spread spectrum and
full-duplex control channel with the use of a standard
FAKRA coaxial cable. The EV kit also includes Windows
Vista®- and Windows® 7-compatible software that
provides a simple graphical user interface (GUI) for
exercising features of the serializers. The EV kit comes
with a MAX9291 or MAX9293 IC installed.
For complete GMSL evaluation using a standard FAKRA
coax cable, order the MAX9291/MAX9293 coax EV kit and
a companion serializer board (MAX9276A/MAX9280A
coax EV kit referenced in this document). For testing with
STP cable, also order the MAXCOAX2STP-HSD adapter
kit. Only one adapter kit is needed per link (connecting the
serializer and deserializer boards).
Items Included in the EV Kit Package
DESCRIPTION
QTY
MAX9291 coax EV kit or MAX9293
coax EV kit boards
1
USB cable
1
MAX9291/MAX9293 EV Kit Files
FILE
DECRIPTION
MAXSerDesEV-N_Vxxxx_
Install.EXE
Installs the EV kit files on
the PC
MAXSerDesEV-N.EXE
Graphical-user interface
(GUI) program
Quick Start
Required Equipment
●
MAX9291 or MAX9293 coax EV kit (USB cable
included)
● HDMI Input GMSL Serial Output
●
MAX9276A or MAX9280A coax EV kit
● Windows Vista- and Windows 7-Compatible Software
●
2m FAKRA cable assembly (included in the
MAX9276A/MAX9280A coax EV kit)
● USB Powered
●
HDMI data source
● Proven PCB Layout
●
PC running Windows Vista or Windows 7, with a
spare USB port (direct 500mA connection required;
do not use a bus-powered hub)
●
5V DC, 500mA power supply
Features
● USB-Controlled Interface (Cable Included)
● Fully Assembled and Tested
Note: In the following sections, “serializer” refers to the
MAX9291 or MAX9293 ICs and “deserializer” refers to the
MAX9276A or MAX9280A ICs.
Note: To evaluate the product with shielded twisted-pair
(STP) cable, refer to the MAXCOAX2STP-HSD data
sheet.
Note: This document applies to both coax and STP
EV kits. This document covers coax cables, but the
information provided applies equally to STP cables.
Windows, Windows Vista, and Windows 7 are registered trademarks and registered service marks of Microsoft Corporation.
19-7718; Rev 0; 7/15
Note: In the following sections, software-related items are
identified by bolding. Text in bold refers to items directly
from the EV kit software. Text in bold and underlined
refers to items from the Windows operating system.
Ordering Information appears at end of data sheet.
Evaluates: MAX9291/MAX9293
MAX9291/MAX9293 Evaluation Kit
Procedure
The EV kit is fully assembled and tested. Follow the steps
below to verify board operation:
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
Download and install the EV kit software,
MAXSerDesEV-N.EXE. The application will try to
download and install the USB driver for the Nuvoton
microcontroller. If the USB driver installation is not
successful, install the appropriate USB driver for your
computer, which is available at www.ftdichip.com/
Drivers/VCP.htm.
Verify that jumpers on the serializer board are in their
default positions, as shown in Figure 12.
Verify that jumpers on the deserializer board are in
their default positions, as shown in Figure 13.
Power up the serializer by connecting the USB cable
between the PC’s USB port and connector J10 on the
serializer board.
Power up the deserializer by connecting the positive/
negative terminals of the power supply to the +5VIN/
GND terminals on the deserializer board.
Connect the FAKRA cable from the OUT+ terminal
on the serializer board to the IN+ terminal on the
deserializer board.
Turn on the power supply to power the deserializer
board.
Connect the HDMI source to the HDMI connector (J1)
on the serializer EV kit board.
Verify that LOCK LED on the deserializer EV kit
board lights up, indicating that the link has been
successfully established.
Input data should be available on the H1 header on
the deserializer board.
If the LOCK LED is off, or ERR LED is on, go to the
Troubleshooting section at the end of this document
and fix the problem before continuing.
Start the EV kit software by selecting Start |
Programs | Maxim Integrated | MAXSerDesEV-N |
MAXSerDesEV-N.
In case a more recent firmware than the firmware
currently in the microcontroller is available, a
14)
15)
16)
17)
18)
19)
20)
21)
warning will be displayed at GUI startup (Figure 1),
informing the user that a new version of the firmware
is available. You can continue operating the EV kit
with the current firmware, or update it. To update the
firmware, follow the instructions in C:\Program Files\
Maxim
Integrated\MAXSerDesEV-N\Firmware
Update\Updating MAXSerDesEV-N firmware.pdf.
A window will pop open (Figure 3) indicating that
all control-channel-related jumpers along with other
jumpers have been positioned correctly. If the GUI
does not find a valid EV kit board (an operating
evaluation board with a Nuvoton microcontroller),
a window similar to Figure 2 will appear. Press OK
to continue and start the GUI or press Cancel to
terminate the application. Go to the Troubleshooting
section at the end of this document and fix the
problem before continuing.
If an operating evaluation board is found, the
Configuration Settings window appears (Figure 3),
and the GUI automatically searches the slave addresses and identifies the DUTs based on the Device
IDs read from the DUTs internal registers.
Once the Configuration Settings window is open,
press the Identify Devices button at any time to
reidentify devices connected in the setup and display
corresponding jumpers to configure the serializer and
deserializer.
Only Link Type and Device Address selections on
the Configuration Settings window affect the EV kit
operation. Other items are for user reference only.
Press the Connect button to open the Evaluation
Kit window and DUTs’ register maps (Figure 4). All
serializer and deserializer internal registers are read and
displayed on the corresponding tabs.
Press the Read All MAX9291 button in the Serializer
group box to read all serializer registers.
Click on the MAX9280/80A Des tab and then press
the Read all MAX9280 button in the Deserializer
group box to read all deserializer registers.
Click on any of the other tabs to evaluate other
functions of the serializer and deserializer.
Figure 1. MAXSerDesEV-N EV Kit Software: Warning! (Update Firmware)
www.maximintegrated.com
Maxim Integrated │ 2
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 2. MAXSerDesEV-N EV Kit Software: Warning! (reporting EV Kit with Nuvoton Microcontroller is NOT Detected!)
Table 1. Jumper Settings/Descriptions
JUMPER*
SIGNAL
DEFAULT
POSITION
J1
HDMI
—
J2
(Note 1)
LMN1_REM
J3
RSVD44
J4
(Note 1)
LMN1_LOC
J5
SCL_PU
J6
I-IOVDD
J7
+12V
J8
(Note 1)
LMN0_LOC
Short
FUNCTION
HDMI input connector
OUT- line-fault function on remote device, deserializer (J4 must be open)
Open**
OUT- line-fault function is on local device, serializer (J4 must be short)
Short**
Reserved (keep shunt inserted at all times)
Short**
OUT- line-fault function on local device, serializer (J2 must be open)
Open
Short**
Open
Short**
Open
—
Short**
Open
OUT- line-fault function on remote device, deserializer (J2 must be short)
TX/SCL line pulled up to IOVDD
TX/SCL line not pulled up (use external pullups)
IOVDD voltage applied to U9
Insert amp meter to measure U1 IOVDD current
AC adapter power input
OUT+ line-fault function is on local device, serializer (J11 must be open)
OUT+ line-fault function on remote device, deserializer (J11 must be short)
J9
ICE-DEBUG
—
Connect Nu-Link-Pro dongle to program Nuvoton μC boot loader
J10
J10
—
Mini-USB connector
J11
(Note 1)
LMN0_REM
J12
EXT_UC
J13
DDCSCL
J16
SDA_PU
J17
J18
LMN_V
J18
www.maximintegrated.com
Short
Open**
—
Short**
Open
Short**
OUT+ line-fault function on remote device, deserializer (J8 must be open)
OUT+ line-fault function is on local device, serializer (J8 must be short)
4-pin header to connect external μC terminals, I2C, or UART
HDMI SCL pulled up
HDMI SCL not pulled up
RX/SDA line pulled up to IOVDD
Open
RX/SDA line not pulled up (use external pullups)
Short
Top of LFLT circuit pulled up to AVDD 1.8V
Open**
Insert amp meter to current measurement
Short**
POC circuit powered
Open
POC circuit not powered
Maxim Integrated │ 3
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Table 1. Jumper Settings/Descriptions (continued)
JUMPER*
SIGNAL
J19
DDCSDA
J21
VDD_REF
JU1
HS_DRS
JU2
HS_AUTOS
JU3
VDD
DEFAULT
POSITION
Short**
Open
Short**
Open
JU5
(Note 2)
HS_TX-SCL
JU6
(Note 2)
HS_RX-SDA
JU7
XVDD
JU8
PLLVDD
JU9
RVDD
JU18
(Note 2)
(HS_I2CSEL)
JU19
HS_ADD1
JU20
HS_ADD0
JU22
HS_CNTL1
HS_CNTL2
HS_SSEN
JU25
HS_MS
www.maximintegrated.com
External μC digital signals level are applied on J12.1
GND**
Select high data-rate mode
Disable serialization
GND**
Disable serialization
+5VIN
IOVDD**
GND
Left (SCL)**
Right (TX)
Left (SDA)**
Board powered from USB port
Board powered from +5VIN terminals
Board powered from AC adapter
Set reverse channel to high-immunity mode
Set reverse channel to legacy mode
Communicate in I2C mode
Communicate in UART mode
Communicate in I2C mode
Right RX)
Communicate in UART mode
INT**
Use on-board 3.3V for XVDD
EXT
Use external 3.3V for XVDD
INT**
Use on-board 3.3V for PLLVDD
EXT
Use external 3.3V for PLLVDD
INT**
Use on-board 1.8V for RVDD
EXT
Use external 1.8V for RVDD
I2C**
Set communication to I2C mode
UART
Set communication to UART mode
H
ADD1 = high (see Table 2)
L**
ADD1 = low (see Table 2)
H
ADD0 = high (see Table 2)
L**
ADD0 = low (see Table 2)
H
Additional input data bit (fix input bit to high level)
L
Additional input data bit (fix input bit to low level)
Apply user data bit to middle pin
H
Additional input data bit (fix input bit to high level)
L
Additional input data bit (fix input bit to low level)
Open**
JU24
Use internal 3.3V for external μC digital signals
IOVDD
Open**
JU23
HDMI SDA not pulled up
Select low data-rate mode
REG
HS_HIM
HDMI SDA pulled up
IOVDD
USB+5V**
JU4
FUNCTION
H
Apply user data bit to middle pin
Spread spectrum set to ±0.5%
L**
Spread spectrum off
H
Select bypass mode
L**
Select base mode
Maxim Integrated │ 4
Evaluates: MAX9291/MAX9293
MAX9291/MAX9293 Evaluation Kit
Table 1. Jumper Settings/Descriptions (continued)
JUMPER*
SIGNAL
JU26
HS_CDS
JU27
HS_PWDN
JU28
(Note 3)
HS_BWS
JU30
AVDD
JU31
DVDD
JU32
HVDD
JU33
DEFAULT
POSITION
H
Control-channel master µC is connected to the deserializer
L**
Control-channel master µC is connected to the serializer
H**
Serializer is powered down, disabled
L
Serializer is powered up, enabled
H
32-bit mode
L**
IOVDD
JU34
FUNCTION
HS_CX_TP
Does not apply
Open
High-bandwidth mode
INT**
Use on-board 1.8V for AVDD
EXT
Use external 1.8V for AVDD
INT**
Use on-board 1.8V for DVDD
EXT
Use external 1.8V for DVDD
INT**
Use on-board 3.3V for HVDD
EXT
Use external 3.3V for HVDD
4-1.8V
Set IOVDD to 1.8V
2-3.3V**
Set IOVDD to 3.3V
3-2.5V
Set IOVDD to 2.5V
H**
Set CX/STP pin for coax cable
L
Set CX/STP pin for STP cable
*Jumper selections in the Serializer/Deserializer group boxes on the Configuration Settings window are for reference only and do
not affect software operation.
**Default position.
Notes:
1: Do not activate LFLT functions on both ends of the same channel.
2: JU5, JU6, and JU18 must be set consistently.
3: JU28 (set BWS to the same level on both sides of the serial link).
Table 2. Device Address Selection
PIN
DEVICE ADDRESS (binary)
DESERIALIZER
DEVICE
ADDRESS
(hex)
ADD1
ADD0
D7
D6
D5
D4
D3
D2
D1
D0
SERIALIZER
DEVICE
ADDRESS (hex)
Low
Low
1
0
0
X*
0
0
0
R/W
80
90
Low
High
1
0
0
X*
0
1
0
R/W
84
94
Low
Open
1
0
0
X*
1
0
0
R/W
88
98
High
Low
1
1
0
X*
0
0
0
R/W
C0
D0
High
High
1
1
0
X*
0
1
0
R/W
C4
D4
High
Open
1
1
0
X*
1
0
0
R/W
C8
D8
Open
Low
0
1
0
X*
0
0
0
R/W
40
50
Open
High
0
1
0
X*
0
1
0
R/W
44
54
Open
Open
0
1
0
X*
1
0
0
R/W
48
58
*X = 0 for the serializer address; X = 1 for the deserializer address.
www.maximintegrated.com
Maxim Integrated │ 5
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Detailed Description of Software
Controller Group Box
To start the MAX9291/MAX9293 EV kit GUI, select: Start
| Programs | Maxim Integrated | MAXSerDesEV-N |
MAXSerDesEV-N.
In the Controller group box, select Coax or STP from
the Link Type drop-down list, I2C or UART from the
Bus drop-down list, and whether the Serializer or
Deserializer should connect to the USB controller. Upon
changing any of these parameters, the selection in the
jumper listing below changes automatically, prompting the
user to make the corresponding changes to the jumper on
the EV kit boards.
Configuration Settings Window
The Configuration Settings window is the first window
that opens after program launch. It allows the user to
specify serializer and deserializer evaluation board setup
and modes of operation (Figure 3).
Figure 3. MAXSerDesEV-N EV Kit Software: Configuration Settings Window (Shown with MAX9293 and MAX9280A EV Kits
Connected)
www.maximintegrated.com
Maxim Integrated │ 6
MAX9291/MAX9293 Evaluation Kit
Serializer Jumper Selection Block
The Serializer Jumper Selection block lists jumpers
on the evaluation board of the selected Device ID and
displays the correct shunt positions based on the
conditions selected in the Controller group box.
Deserializer Jumper Selection block
The Deserializer Jumper Selection block lists jumpers
on the evaluation board of the selected Device ID and
displays the correct shunt positions based on the
conditions selected in the Controller group box.
Identify Devices Button
The Identify Devices button causes the GUI to scan
the system and search for slave addresses on the bus.
Upon successful communication, it reads the Device ID
register from the device and displays the corresponding
jumper lists on the Serializer Jumper Selection and
Deserializer Jumper Selection blocks. It is also possible
to manually select a device from the Device ID drop-down
list and enter a slave address in the Device Address edit
box. It is a good practice to utilize the Identify Devices
button and verify communication with the DUTs before
attempting to Connect.
Figure 12 and Figure 13 show jumper settings on the MAX9291/MAX9293 and MAX9276A/
MAX9280A PCBs for coax or STP cable and
UART or I2C communication with the USB
controller connected to the serializer board. Refer to the
respective serializer/deserializer IC data sheets for detailed
configuration information. See Table 1 for PCB jumper
settings/descriptions. The following sections provide a
brief overview of functional buttons on the Configuration
Settings window.
Device Address Edit Box
It is a good practice to utilize the Device Address edit box
and verify communication with the DUTs before attempting
to Connect.
Connect Button
The Connect button opens up the Evaluation Kit window.
The GUI reads the serializer and deserializer registers and
updates the register maps for both. Successful communication is indicated by green LED indicators. In case of a
communication problem, the LED indicators turn red.
Cancel - Do Not Connect Button
The Cancel - Do Not Connect button opens
the Evaluation Kit window without attempting to
connect to the microcontroller. Although there will be no
www.maximintegrated.com
Evaluates: MAX9291/MAX9293
communication with the microcontroller, all functions and
tabs corresponding to the selected Device IDs on the
Evaluation Kit window become active once there.
Evaluation Kit Window
The Evaluation Kit window shown in Figure 4 provides
access to all internal registers and functions of the
DUTs by means of reading and writing registers through
different tabs that allow the user to evaluate various
functions of the serializer and deserializer.
The Read All button updates the serializer and deserializer register maps by reading the DUT’s internal registers.
The Serializer group box provides pushbuttons to update
the serializer’s register map from the DUT using the Read
All MAX9291 button, update from a previously saved file
using the Load button, or save the existing register values
into a file using the Save button.
The Deserializer group box provides pushbuttons to
update the deserializer’s register map from the DUT using
the Read All MAX9276 button, update from a previously
saved file using the Load button, or save the existing
register values into a file using the Save button.
The Wake Up button applies the register write sequence
described in the IC data sheets to wake up the DUTs from
sleep mode.
The Open Configuration button
Configuration Settings window.
reopens
the
The following sections describe the tabs available on the
Evaluation Kit window.
MAX9291 Ser Tab
The MAX9291 Ser tab (Figure 4) lists the serializer
registers’ bitmaps. Read and Write buttons in each
register group box allow access to each bit or group of
bits that specify a function or condition, as defined in the
serializer IC data sheet. The color of the small LED
indicator next to the Read/Write buttons indicates the
communication status. Green indicates successful
communication and red indicates failed communication.
MAX9276 Des Tab
The MAX9276 Des tab (Figure 5) lists the deserializer registers’ bitmaps. Read and Write buttons in each
register group box allow access to each bit or group of
bits that specify a function or condition, as defined in the
deserializer IC data sheet. The color of the small LED
indicator next to the Read/Write buttons indicates the
communication status. Green indicates successful
communication and red indicates failed communication.
Maxim Integrated │ 7
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Additional Features Tab
Show PRBS Test Button
The Additional Features tab (Figure 6) provides pushbuttons for specific functions that the connected devices
can perform. By pressing the buttons, a window will pop
up that allows the specific function to be utilized/executed.
Functions that are not supported by the selected devices
are grayed out.
By pressing the Start button in the expanded window
shown in Figure 9, the serializer and deserializer registers
are programmed per defined sequence in the IC data
sheets to perform a pseudorandom bit sequence (PRBS)
error-rate test. Enter test duration (maximum 32,767s =
9.1hrs) in the Duration edit box and press Start to begin
the test. At test completion,the number of bit errors will
be read from the PRBSERR register and displayed in the
PRBS Error Counter box.
Access EDID Table Contents Button
The Access EDID Table Contents button provides
access to the EDID Table (Figure 7). Use this table to
program/view/edit the EDID Table content. The EDID
Table can be uploaded from a valid existing file and the
content can also be saved to a file (in .csv format) for
reference, or for use as a template.
Access Lookup Table Button
The Access Lookup Table button provides access to
the Lookup Tables (LUT) of the deserializer (Figure 8).
Use this window to program/view/edit the LUT settings
of the red, green, and blue colors for color translation.
LUT content edits can be performed on the entire 256
bytes of all three colors, on an individual color table, or
individual pixels of any color table. The LUT’ contents can
be saved to a file (in .csv format) for reference or for use
as a template. LUT contents can be uploaded from a valid
existing file. A sample LUT content is included in the EV
kit software package. This window is functional only for
DUTs that support color mapping.
www.maximintegrated.com
Log\Low Level Tab
The Log\Low Level tab (Figure 10) logs all activities
between GUI and DUTs.
The Register Access group box includes Read and
Write buttons to specify the slave and register addresses.
Use the Send String to EVKIT button for communication with devices that are not register-based (such as the
MAX7324). The SerDes Baud Rate drop-down list sets
the communications baud rate. Note that the baud rate
should be changed in small increments/decrements (one
step change at a time is recommended).
HDCP Tab
The HDCP tab (Figure 11) displays the HDCP registers
of both serializer and deserializer, listed side-by-side with
Read and Write buttons for each register. Authenticate
and Enable Encryption pushbuttons initiate the HDCP
verification process. At the end of the operation, the color
of the LED indicator next to the button indicates success
or failure of the function. Note: This tab is only functional
for DUTs that support the HDCP function.
Maxim Integrated │ 8
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 4. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (MAX9293 Ser Tab (Serializer))
www.maximintegrated.com
Maxim Integrated │ 9
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 5. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (MAX9280/80A Des Tab (Deserializer))
www.maximintegrated.com
Maxim Integrated │ 10
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 6. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (Additional Features Tab)
www.maximintegrated.com
Maxim Integrated │ 11
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 7. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (EDID Table)
www.maximintegrated.com
Maxim Integrated │ 12
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 8. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (Lookup Tables)
Figure 9. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (Additional Features Tab—Expanded for PRBS Test))
www.maximintegrated.com
Maxim Integrated │ 13
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 10. MAXSerDesEV-N EV KIT Software: Evaluation Kit Window (Log\Low Level Tab)
www.maximintegrated.com
Maxim Integrated │ 14
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 11. MAXSerDesEV-N EV Kit Software: Evaluation Kit Window (HDCP Tab)
Detailed Description of Firmware
On-Board Controller
The Nuvoton microcontroller (U12) runs a custom firmware that ensures reliable communication between the
computer and DUTs. The firmware records 9-bit evenparity data received from the USB interface while RTS is
set, and plays back the 9-bit data with 1.5 stop bits timing
when RTS is cleared. Data received from the DUTs is
immediately relayed to the USB port.
The microcontroller on the EV kit board provides the
UART and I2C interface (through U6 and U10) that will
communicate with both serializer and deserializer boards
when they are powered on and properly configured.
Detailed Description of Hardware
The MAX9291/MAX9293 coax EV kit provides a proven
design and layout for the MAX9291/MAX9293 GMSL
serializers, designed for a standard HDMI connector input
and FAKRA coaxial cable serialized output. On-board
level translators and an easy-to-use USB-PC connection
are included on the EV kit.
The MAX9291/MAX9293 coax EV kit board consists of
three principal functional blocks:
1)
Power-supply block.
2)
MAX9291/MAX9293 application circuit block.
3)
Microcontrollers (U6-U10) block.
www.maximintegrated.com
Externally Applied Controller
To use the EV kit with an externally applied controller,
remove shunts from the JU5 header and connect the
TX/SCL signal from the external controller to the middle
pin of the JU5 header. Also remove the shunt from the
JU6 header and connect the RX/SDA signal from the
external controller to the middle pin of the JU6 header.
Connect the logic level of the external controller (VDD) to
the J12.1 pin (next to the SW122 switch), labeled VREF
and connect the ground signal of the external controller to
the GND pin on J12.3 labeled GND.
Refer to the serializer and deserializer IC data sheets for
details on read/write data formats.
Maxim Integrated │ 15
MAX9291/MAX9293 Evaluation Kit
Power Supplies
On-board LDO regulators (U2, U3, and U4) generate
all internal voltages (AVDD, DVDD, IOVDD), including
voltage levels required for the Toshiba CSI-2-to-parallel
bridge-chip board from a single power source applied to
the board. There are three options to power the board:
USB port (default), 12V AC adapter, or 5V power supply
applied on the +5VIN terminals. Jumpers VDD and JU3
select between the three power sources.
Evaluates: MAX9291/MAX9293
To test with AVDD, DVDD, IOVDD voltage levels
different from what is generated on the board, move
the corresponding shunt on headers AVDD18 (JU30),
DVDD18 (JU31), RVDD18 (JU9), IOVDD (JU33), HVDD33
(JU32), PLLVDD33 (JU8), and XVDD (JU7) from pins 1-2
to pins 3-2 (next to the wire loop) and apply the external
voltage to the corresponding wire-loop terminal.
Figure 12. MAX9291/MAX9293 Coax EV Kit (Serializer Jumper Settings for Coax Link and I2C Communication)
www.maximintegrated.com
Maxim Integrated │ 16
MAX9291/MAX9293 Evaluation Kit
Evaluates: MAX9291/MAX9293
Figure 13. MAX9276A/MAX9280A Coax EV Kit (Deserializer Jumper Settings for Coax Link and I2C Communication)
www.maximintegrated.com
Maxim Integrated │ 17
Evaluates: MAX9291/MAX9293
MAX9291/MAX9293 Evaluation Kit
Troubleshooting
●
Check and verify that the USB cable has properly
been connected.
●
USB port has locked up: Exit the application/GUI and
remove the USB cable from the board and reinsert;
re-launch the GUI.
●
Nuvoton μC is not communicating: Exit the application/GUI and remove the USB cable from the board
and reinsert; then relaunch the GUI.
●
Deserializer board is faulty: Try a different board (if
available).
●
Serializer board is faulty: Try a different board (if
available).
●
HDMI source does not detect the EV kit board:
Verify that source is powered on and source output is
enabled and outputting a signal.
Possible causes of board test failure:
●
Coax cable not properly connected between OUT+ of
the serializer and IN+ of the deserializer.
●
PCLKIN not applied (e.g., the FG output is disabled):
Verify signal at the pins on the board.
●
PCLKIN, function generator output not correct: Verify
signal at the pins on the board.
●
Incorrect jumper setting on deserializer board:
Reverify.
●
Incorrect jumper setting on the Serializer board:
Reverify.
●
Bus selection on GUI is not consistent with jumpers’
position on the boards.
Component Suppliers
SUPPLIER
PHONE
WEBSITE
Amphenol RF
800-627-7100
www.amphenolrf.com
Hong Kong X’tals Ltd.
852-35112388
www.hongkongcrystal.com
Murata Americas
770-436-1300
www.murataamericas.com
ON Semiconductor
602-244-6600
www.onsemi.com
Rosenberger Hochfrequenztechnik GmbH
TDK Corp.
011-49-86 84-18-0
847-803-6100
www.rosenberger.de
www.component.tdk.com
Note: Indicate that you are using the MAX9291 or MAX9293 when contacting these component suppliers.
Component List, Schematics, and PCB
Layout Diagrams
Ordering Information
PART
TYPE
Clink on the links below for component list, schematics,
and PCB layout diagrams:
MAX9291COAXEVKIT#
EV Kit
MAX9293COAXEVKIT#
EV Kit
MAX9291/MAX9293 EV Kit BOM
MAXCOAX2STP-HSD#
Adapter Kit
MAX9291/MAX9293 EV Kit Schematics
MAX9291/MAX9293 EV Kit PCB Layout
www.maximintegrated.com
#Denotes RoHS compliant.
Note: The MAX9291 and MAX9293 coax EV kits are
normally ordered with a companion board:
● MAX9276A coax EV kit (MAX9276ACOAXEVKIT#), or
● MAX9280A coax EV kit (MAX9280ACOAXEVKIT#)
Maxim Integrated │ 18
Evaluates: MAX9291/MAX9293
MAX9291/MAX9293 Evaluation Kit
Revision History
REVISION
NUMBER
REVISION
DATE
0
7/15
DESCRIPTION
Initial release
PAGES
CHANGED
—
For pricing, delivery, and ordering information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim Integrated’s website at www.maximintegrated.com.
Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses
ar i
i
Maxi I t rat r
r
t ri t to c a
t circ itr a
ci catio
it o t otic at a ti
Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc.
© 2015 Maxim Integrated Products, Inc. │ 19
MAX9291COAXEVKIT# : Rev B
Component
Description
3/30/2015
QTY
Per
CAP0603
TPSV108M006R0040,1000uF
0
1
CAP-CERAMIC-0.1UF-0603,0.1uF
CAP-CERAMIC-0.22UF-0603,0.22uF
CAP-CERAMIC-0.22UF-0805,0.22uF
CAP-CERAMIC-1000PF-0603,0.001uF
CAP-CERAMIC-10UF-0603,10uF
CAP-CERAMIC-10UF-1206,10uF
CAP-CERAMIC-22PF-0603,22pF
CAP-CERAMIC-3.3UF-0402,3.3uF
23
1
2
14
7
4
6
7
CAP-CERAMIC-4.7UF-0603,4.7uF
CAP-TACL105K006R,1uF
CAP-TANT-10UF-1210,10uF
CAP0402-0.1UF,0.1uF
CONN-FAKRA-MALE
CONN-HDMI-47151-0001
CONN-HDMI-47151-0001
CONN_USB-MINI-1734035-1
FERRITE-FILTER-CHIP-120-OHM-3A-0603
JUMPER4
IND-4242,330nH
IND-POWER,6.8uH
IND-POWER,100uH
JUMPER2
JUMPER3
JUMPER3
JUMPER-4WAY
LED-GREEN-0805,GREEN
LED-RED-0805
N-Channel MOSFET, SOT-23-GDS
NUC140_LQFP_100,NUC140VE3CN
POWER_JACK-PJ-002AH
MAX3378EEUD+
MAX9291GTN+
MAX9291GTN/V+
FT232BL
LM317MP
20
1
1
14
2
1
2
1
12
2
1
1
1
13
22
0
2
1
5
3
3
1
1
1
1
1
1
1
MAXIMPAD
RES0603,2K
9
3
RES-1K-0603,1K
RES0603,1M
RES0603,240
RES0603,31.6K
RES0603,40.2K
RES0603,47K
RES0603,715
RES0603,909
18
1
1
1
1
3
1
1
MAX1792EUA33+
Remarks
C12
C38
C1, C3, C5, C8, C10, C23, C25, C47, C59, C101-C104, C108, C110, C114, C117,
C120-C121, C131-C132
C13
C61, C63
C24, C27, C30, C33, C37, C65, C72-C79
C4, C9, C18, C20-C21, C118, C133
C2, C7 ,C34, C109
C6, C11, C106-C107, C122-C123
C29, C32, C36, C42-C43, C53 C64
C16, C19, C40-C41, C44, C55-C58, C66-C71, C80-C82, C115-C116
C17
C96
C22, C26, C28, C31, C35, C45-C46, C48-C52, C54, C62
OUT+, OUTJ1
J3,J14
J10
FB1-FB11, FB13
J9 ,J12
L1
L2
L3
J2-J6, J8, J11, J13, J16-J19, J21
JU1-JU2, JU4-JU9, JU18-JU20, JU22-JU28, JU30-JU32, JU34
JU_USR1-JU_USR3
, JU3, JU33
LED_HPD
LED_GOP, LED_INTOUT, LED_LFLT, LED_PWR, LED_UC
Q1-3
U2-U4
U6
J7
U8
U9
U9
U10
U36
+5VIN, AVDD_EXT, DVDD_EXT, HVDD_EXT, IOVDD_EXT, PLLVDD_EXT,
RVDD_EXT, XVDD_EXT, GND
R9, R11, R30
R3, R10, R14, R18, R24, R31-R32, R36, R39, R41, R49, R54, R58, R62-R64, R69,
R77
R8
R94
R1
R6
R20, R33-R34
R95
R29
Manufacturer
Part Number
TPSV108M006R0040
GRM188R71H104KA93D
GRM188R71E224KA88D
MURATA GRM21BR71H224K
Murata GRM188R60J106M
C3216X7R1C106M160AC
C1608C0G1H220J080AA
587-2236-1-ND
ECJ-1VB0J475K
TACL105K006R
Murata GRM32DC81E106KA12L
PCC2146TR-ND
PE44651Z
47151-0001
47151-0001
1734035-1
BLM18SG121TN1
Molex 22-28-4363
MCFT000154
LBC3225T6R8MR
LQH6PPN101M43
Molex 22-28-4363
Molex 22-28-4363
Molex 22-28-4363
Molex 22-28-4363
SML-210MTT86
SML-210VTT86
BSN20-7
MAX1792EUA33
NUC140VE3CN
PJ-002AH
MAX3378EEUD+
MAX9291GTN+
MAX9291GTN/V+
FT232BL
LM317KTTR
297 SV005
ANY
CR0603-FX-1001ELF
CR0603-JW-105GLFCT-ND
CR0603-FX-2400ELF
P31.6KHCT-ND
P40.2KHCT-ND
P47KGTR-ND
CRCW0603715RFKEB
P909HCT-ND
RES-11K-OHM-1/10W-5%-0603-SMD,11K
RES-1.5K-OHM-1/10W-5%-0603-SMD,1.5K
RES-10K-OHM-1/10W-5%-0603-SMD,10K
RES-24K9-0603,24K9
RES-24K9-0603,24K9
RES-27-OHM-0603,27
RES-0-OHM-0603,DNP
RES-30K1-0603,30K1,1%
RES-4.7K-OHM-1/10W-5%-0603-SMD,4K7
RES-41K2-0603,41k2
RES-470-OHM-0603,470
RES-49K9-0603,4.99K,1%
RES0603/30K,30K,0.1%
RES0603/45K3,45K3,0.1%
RES0603/49K9,49K9,0.1%
SMA_EDGE connector
SW-EVQ-PAD09K
1
1
6
3
1
6
0
3
1
1
1
2
1
2
2
1
1
TESTPOINT-PC5010 (red)
XOR
XTAL-FQ1045A-6,6MHZ
XTAL-HC-49US,12MHZ
XTAL-HC-49US,27MHZ
MAX9291/93 COAX PCB
10
4
1
1
1
1
R23
R103
R4, R12, R61, R66, R108, R112
R2, R85, R93
R59
R5, R22, R37-R38, R101-R102
R7
R13, R28, R35
R17
R16
R104
R21, R27
R25
R26, R40
R15 ,R19
J-CN
SW122
TP_GPO, TP_HPD, TP_INTOUT, TP_J1CEC, TP_J1HPD, TP_LFLT, TP_RSVD32,
TP_SCK, TP_SD, TP_WS
U7, U22, U25-U26
Y1
Y2
Y3
PCB
ANY
ERJ-3GEYJ152V
ERJ-3GEYJ103V
CRCW060324K9FKEA
CRCW060324K9FKEA
ERJ-3GEYJ270V
DNP
ERJ-3EKF3012V
ERJ-3GEYJ472V
CRCW060341K2FKEA
ERJ-3GEYJ471V
ERJ-3EKF4991V
TNPW060330K0BEEA
ERJ-3EKF4532V
TNPW060349K9BEEA
142-0701-801
EVQ-PAD09K
5000K-ND
74LVC1G86GW
FQ1045A-6
300-8548-2-ND
300-8571-1-ND
6
5
4
3
2
1
REVISION RECORD
LTR
D
VDD3.3
GND
VDD_UC
GND
GND
ECO NO:
APPROVED:
DATE:
D
VDD3.3
FB10
VDD
C114
0.1uF
C121
0.1uF
C131
0.1uF
C19
4.7uF
C16
4.7uF
FB11
HS_INTOUT
C115
4.7uF
C109
10uF
J9-1
RESET_N
J9-2
ICE_DAT
J9-3
C108
0.1uF
R104
470
C103
0.1uF
C102
0.1uF
C120
0.1uF
C104
0.1uF
GND
1
VDD_UC
J9
ICE_CLK
ICE_DAT
C116
4.7uF
J9-4
RESET_N
5
VDD_UC
3
HS_HSPD
GND
JU_USR2
2
4
7
R102
27
2
R103
1.5k
VCCIO
VCC
DCD
5
27
XTIN
Y1
6MHZ
21
20
4
C
R12
10k
19
R17
4.7k
C18
10uF
SLEEP
28
VDD
22
RSTOUT
RESET
PWREN
XTOUT
TXDEN
C107
22pF
RI
10
15
16
18
UC_INTO
VDD_UC
32
RESET_N
VDD3.3
R112
10k
EECS
TXLED
1 EESK
2
VDD_UC
R38
27
DTR
DSR
JU_USR3
3
UC_TX0
UC_RX0
USBDP
C106
22pF
1
VDD
RXLED
EEDATA
31
29
9
17
12
11
14
C20
10uF
B
1
UC_RX1
UC_TX1
UC_SCL
UC_SDA
3
VDD_UC
3
C21
10uF
UC_PA5
D+
UC_TX0
23
J21
J12
3
JU6
2
1
2
LED_UC
RED
B
R37
27
SHIELD
1
SW122
R22
27
RTS
UC_RX0
24
FT232BL
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
R5
27
USBDM
CTS
R4
10k
R39
1k
D-
8
JU_USR1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
VDD_UC
SHIELD
RXD
25
PWBCTL
VDD_UC
2
TXD
GND
C123
22pF
NUC140VE3CN
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
C101
0.1uF
13
3V3OUT
U10
UC_HS_INTOUT
Y2
12MHz
TM1/SPI1_CS1/PB_9
TM0/SPI0_CS1/PB_10
TM3/PB_11
PE_5
PE_6
SPI0_SC0__/PC_0
SPI0_CLK__/PC_1
SPI0_DI_0__/PC_2
SPI0_DO_0/PC_3
SPI0_DI_1__/PC_4
SPI0_DO_1/PC_5
PD_15
PD_14
CAN0_TX/PD_7
CAN0_RX/PD_6
CTS0/PB_3
RTS0/PB_2
TX0__/PB_1
RX0__/PB_0
USB_D+
USB_DUSB_LDO33_OUT
USB_LDO_IN_5V
PE_7
PE_8
2
6
R101
27
AGND
C122
22pF
ADC5/PA_5
ADC6/PA_6
ADC7/SPI2_CS1/PA_7
VREF
AVDD
SPI2_CS0/PD_0
SPI2_CLK/PD_1
SPI2_DI_0/PD_2
SPI2_DO_0/PD_3
SPI2_DI_1/PD_4
SPI2_DO_1/PD_5
CPN0/PC_7
CPP0/PC_6
CPN1/PC_15
CPP1/PC_14
INT0/PB_15
XT_OUT
XT_IN
RESET#
VSS1
VDD1
PS2DAT
PS2CLK
PVSS
TM0/PB_8
6
1
TEST
C
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
VBUS
1
PE_15
PE_14
PE_13
INT1/SPI3_CS1/PB_14
CPO_1/PB_13
CPO_0/PB_12
X32_O
X32_I
I2C1_SCL/PA_11
I2C1_SDA/PA_10
I2C0_SCL/PA_9
I2C0_SDA/PA_8
SPI3_CS0/PD_8
SPI3_CLK/PD_9
SPI3_DI_0/PD_10
SPI3_DO_0/PD_11
SPI3_DI_1/PD_12
SPI3_DO_1/PD_13
RX1/PB_4
TX1/PB_5
RTS1/PB_6
CTS1/PB_7
LDO_OUT
VDD
VSS
UC_PA5
VDD_UC
ADC4/PA_4
ADC3/PA_3
ADC2/PA_2
ADC1/PA_1
ADC0/PA_0
AVSS
VSS
VDD
ICE_CLK
ICE_DAT
PWM0/PA_12
PWM1/PA_13
PWM2/PA_14
PWM3/PA_15
SPI1_CS0/PC_8
SPI1_CLK/PC_9
SPI1_DI_0/PC_10
SPI1_DO_0/PC_11
SPI1_DI_1/PC_12
SPI1_DO_1/PC_13
PE_0
PE_1
PE_2
PE_3
PE_4
U6
VDD_UC
C110
0.1uF
26
VCC
USB+5V
CONN_USB-MINI-1734035-1
3
AVCC
2
30
J10
GND
J14
ICE_CLK
J12-1
VDD_REF
J12-2
EXT_RX_SDA
J12-3
J12-4
EXT_TX_SCL
3
JU5
2
1
Offboard connector - External Processor
IOVDD
C1
0.1uF
R66
10k
R61
10k
1
2
HS_RX-SDA
A
VDD_REF
U8
MAX3378EEUD
3
HS_TX-SCL
HS_INTOUT
4
5
6
7
VL
I/OVL1
VCC
I/OVCC1
I/OVL2
I/OVCC2
I/OVL3
I/OVCC3
I/OVL4
I/OVCC4
N.C.
N.C.
GND
THREE-STATE
14
13
EXT_RX_SDA
12
A
C47
0.1uF
EXT_TX_SCL
TITLE:
11
UC_HS_INTOUT
MAX9291/93 EVKIT
10
9
8
R108
10k
IOVDD
PCB PART NUMBER:
REV:
B
DRAWN:
DATED:
02/18/2015
1
of 4
6
5
4
3
2
1
REVISION RECORD
LTR
ECO NO:
APPROVED:
DATE:
C12
OPEN
1
HS_AVDD1.8
J17
2
R11
2k
R9
2k
R30
2k
VDD
J18
2
R40
45.3k
D
R26
45.3k
HS_LMN0
HS_PLLVDD3.3
D
L3
100uH
1
1
J8
C64
3.3uF
C62
0.1uF
C54
0.1uF
C73
0.001uF
C31
0.1uF
C32
3.3uF
C74
0.001uF
C33
0.001uF
2
2
J4
R27
4.99k
C61
0.22uF
L2
6.8uH
L1
330nH
HS_LMN1
HS_HVDD3.3
1
R21
4.99k
C63
0.22uF
50V
OUT+
HS_OUT+
C13
0.22uF
+
C17
1uF
+
C38
1000uF
OUT-
HS_XVDD3.3
HS_RVDD1.8
HS_OUT50V
U9
1
1
R19
49.9k
J11
2
2
J2
VDD3.3
R29
909
HS_HPD
LED_HPD
GREEN
C
GND
1
JU34
TP_HPD
B 1
A 2
4 Y
HS_HPD
R24
1k
2
1
HS_I2CSEL
JU4
TP_SCK
IOVDD
R28
30.1k
1%
1
JU2
HS_SCK
HS_HIM
1
JU24
J16
2
1
1
IOVDD
R41
1k
HS_RX-SDA
1
J3
2
HS_CX_TP
HS_HIM
HS_AUTOS
HS_MS
HS_CDS
HS_PWDN
HS_BWS
HS_ADD1
HS_ADD0
4
5
6
7
8
9
10
11
35
OUT36
OUT+
RXCRXC+
RX0RX0+
RX1RX1+
RX2RX2+
RX/SDA
TX/SCL
RSVD
SSEN
LMN1
LMN0
LFLT
GPO
DRS
1
HSPD
2
HPD
13
I2CSEL
18
X2
17
X1/OSC
20
21
22
23
24
25
26
27
56
55
52
51
50
49
48
47
46
44
57
SD
SCK
WS
DDCSDA
DDCSCL
CNTL1
CNTL2
INTOUT
30
31
32
33
34
38
39
40
41
2
TP_RSVD32
HS_SSEN
HS_LMN1
HS_LMN0
HS_LFLT
HS_GPO
HS_DRS
RVDD
CX/TP
HIM
AUTOS
MS
CDS
PWDN
BWS
ADD1
ADD0
RSVD
XVDD
C30
0.001uF
C51
0.1uF
C52
0.1uF
C26
0.1uF
C27
0.001uF
C65
0.001uF
C
C72
0.001uF
HS_PLLVDD3.3
3
HVDD
12
HVDD
PLLVDD
C28
0.1uF
HS_AVDD1.8
C53
3.3uF
HS_HVDD3.3
HS_RVDD1.8
15
HS_XVDD3.3
14
HS_DVDD1.8
16
HS_AVDD1.8
42
AVDD
37
AVDD
54
AVDD
19
DVDD
29
DVDD
53
DVDD
45
DVDD
C43
3.3uF
C48
0.1uF
C49
0.1uF
C50
0.1uF
C24
0.001uF
C22
0.1uF
C77
0.001uF
C78
0.001uF
C79
0.001uF
HS_DVDD1.8
2
J6
IOVDD
1
28
IOVDD
43
IOVDD
EP
C42
3.3uF
HS_AUTOS
HS_RX-SDA
HS_TX-SCL
C29
3.3uF
C37
0.001uF
C35
0.1uF
C36
3.3uF
HS_OUTHS_OUT+
R31
1k
3
IOVDD
C45
0.1uF
C46
0.1uF
C75
0.001uF
C76
0.001uF
Decoupling: 0.1 and 0.001uF per power pin
Smaller capacitor closest to pin
U9 could be any of the ff:
R58
1k
HS_SD
R13
30.1k
1%
MAX9291GTN+
2
HS_SSEN
MAX9291GTN/V+
IOVDD
3
B
MAX9293GTN+
HS_TX-SCL
1
JU25
MAX9293GTN/V+
R62
1k
2
HS_MS
3
VDD3.3
IOVDD
IOVDD
LED_LFLT
RED
1
2
IOVDD
HS_WS
TP_SD
JU22
R32
1k
3
IOVDD
J5
HS_CX_TP
IOVDD
TP_WS
2
2
HS_SD
HS_SCK
HS_WS
HS_DDCSDA
HS_DDCSCL
HS_CNTL1
HS_CNTL2
HS_INTOUT
3
3
B
R77
1k
3
IOVDD
1
JU18
HS_X2
HS_X1_OSC
U7
VCC 5
R3
1k
HS_HSPD
HS_I2CSEL
IOVDD
IOVDD
RXCRXC+
RX0RX0+
RX1RX1+
RX2RX2+
MAX9293GTN
R15
49.9k
0.1%
R18
1k
R54
1k
2
U25
VCC 5
4 Y
HS_CNTL1
3
TP_LFLT
B 1
A 2
IOVDD
HS_LFLT
1
JU26
3
GND
R63
1k
2
HS_CDS
3
Socket requires keepout of 1CM for temp forcer
VDD3.3
IOVDD
IOVDD
1
JU23
LED_GOP
RED
R10
1k
R49
1k
2
U22
VCC 5
4 Y
HS_CNTL2
3
A
B 1
A 2
GND
3
IOVDD
IOVDD
TP_GPO
HS_GPO
1
JU27
R64
1k
2
1
HS_PWDN
3
JU19
3
2
HS_ADD1
A
IOVDD
VDD3.3
IOVDD
LED_INTOUT
RED
R36
1k
1
JU1
U26
VCC 5
4 Y
B 1
A 2
GND
3
TP_INTOUT
2
R25
30k
HS_DRS
1
JU28
3
MAX9291/93 EVKIT
R69
1k
2
TITLE:
IOVDD
IOVDD
1
HS_BWS
JU20
3
2
HS_ADD0
PCB PART NUMBER:
REV:
HS_INTOUT
B
3
DRAWN:
DATED:
02/18/2015
2
of 4
6
5
4
3
2
1
REVISION RECORD
LTR
ECO NO:
APPROVED:
DATE:
D
D
VDD3.3
J1
R7
0
J-CN
IOVDD
G
R35
30.1k
RX2+
RX2-
Q3
1
3
HS_HPD
D
C
S
5
RX0+
RX0TP_J1CEC
BSN20-7
7
9
11
13
15
TP_J1HPD
17
19
IOVDD
IOVDD
IOVDD
R33
47k
DATA_2+
DATA_2DATA_1_S
DATA_0+
DATA_0CLOCK_S
CEC
DDC_CLK
GND
HPD
Overlap pads R7 Y3.
DATA_2_S
DATA_1+
DATA_1DATA_0_S
CLOCK+
CLOCKNC
DDC_DATA
+5V
2
Remove Y3 when driving with external osc
4
RX1+
6
RX1-
10
RXC+
12
RXC-
HS_X1_OSC
R8
1M
Y3
27MHz
14
16
C11
22pF
HS_X2
18
R1
31.6k
HS_HSPD
R20
47k
R34
47k
C
C6
22pF
8
1
J19
HS_DDCSCL
B
Q2
S
HS_DDCSDA
G
BSN20-7
Q1
D
S
B
D
G
2
J13
2
1
R6
40.2k
BSN20-7
A
A
TITLE:
MAX9291/93 EVKIT
PCB PART NUMBER:
REV:
B
DRAWN:
DATED:
02/18/2015
3
of 4
6
5
4
3
2
1
REVISION RECORD
LTR
ECO NO:
APPROVED:
DATE:
VDD
USB+5V
JU3
4
VDD
+5.Volt to +40Volt INPUT
D
J7
LED_PWR
RED
1
3
IN
2
OUT
+5 Volt
ADJ
2
C133
10uF
C96
10uF
C117
0.1uF
C118
10uF
R94
240
1
R14
1k
+5VIN
3
REG
U36
LM317MP
+5VIN
2
1
D
C59
0.1uF
C132
0.1uF
GND
R95
715
U4
MAX1792
VDD
FB8
1
C23
0.1uF
C
C25
0.1uF
2
4
VDD3.3
6
VDD3.3
IN
OUT
IN
OUT
SHDN
RST
SET
GND
8
7
C
3
C34
10uF
5
C58
4.7uF
1
EP
JU7
1
JU8
3
HS_HVDD3.3
1
FB2
2
FB5
2
JU32
3
C41
4.7uF
C40
4.7uF
XVDD_EXT
R2
24.9k
HS_PLLVDD3.3
FB1
2
9
R16
41.2k
HS_XVDD3.3
3
C44
4.7uF
PLLVDD_EXT
C55
4.7uF
C71
4.7uF
HVDD_EXT
C80
4.7uF
VDD2.5
VDD1.8
4
JU33
IOVDD_EXT
VDD
B
U2
MAX1792EUA33
FB7
C3
0.1uF
1
C5
0.1uF
C4
10uF
2
4
VDD1.8
6
OUT
IN
OUT
RST
SET
GND
1
2
C9
10uF
C10
0.1uF
4
VDD2.5
C81
4.7uF
C82
4.7uF
HS_AVDD1.8
1
3
C2
10uF
JU30
2
HS_RVDD1.8
1
FB13
JU9
3
5
2
1
JU31
3
C67
4.7uF
C68
4.7uF
RVDD_EXT
HS_DVDD1.8
FB4
C56
4.7uF
C57
4.7uF
2
FB9
3
DVDD_EXT
C69
4.7uF
C70
4.7uF
VDD2.5
IN
OUT
IN
OUT
SHDN
RST
SET
GND
8
A
7
TITLE:
3
C7
10uF
C66
4.7uF
MAX9291/93 EVKIT
5
EP
6
R59
24.9k
7
R93
24.9k
PCB PART NUMBER:
9
A
C8
0.1uF
FB3
1
B
AVDD_EXT
U3
MAX1792
VDD
FB6
IOVDD
9
R85
24.9k
2
8
EP
R23
11k
5
VDD3.3
VDD1.8
IN
SHDN
3
REV:
B
DRAWN:
DATED:
02/18/2015
4
of 4
J7
X3
U36
1.0"
U36
R39
R39
LED_UC
LED_UC
Y2
C122
C122
C123 C123
SW122x3
Y2
SW122
R4C20
R4
C20C20
R4
C20x1
REV-B
02/15 RM
R35
J1
J1
J-CN
J-CN
U9x35
U9x34
J19 Q1
R34
R34
U26x3
U26x2
U26x1
U26x4
U26x5
TP_INTOUTx1
U9x29
U9x30
U9x31
U9x32
U9x33
R36x1
R36x2
LED_INTOUTx2
LED_INTOUTx1
TP_RSVD32x1
J11x2 J11x1
JU19x3
JU19x2
JU19x1
R15x2
R21x2
R19x1
C63
R58x2
R58x1
JU24x1
JU24x2
JU24x3
R49x2
R54x2
R40x1 R40x2
R40
R25x1
R25x2
JU1x3
JU1x2
JU1x1
R26
R26x1 R26x2
J17x1 J17x2
JU24
SSEN
JU23x1
JU23x2
JU23x3
R49x1
R54x1
JU22x1
JU22x2
JU22x3
J2x2 J2x1 J4x2 J4x1
R21x1
R19x2
C63x1 C63x2
R27x1
R27x2
R15x1
C61x2 C61x1
C61
J8x2 J8x1
X10x1
JU20x3
JU20x2
JU20x1
U22x5
C2
L2x1
L2x2
R11x1
R11x2
C38
R20
C38x2
C38x1
R30x1
R30x2
R10x1
R10x2
TP_GPOx1
U22x1 U22x2 U22x3
U22x4
U25x4
R18x1
R18x2
LED_LFLTx2
LED_LFLTx1
L1x1
L1x2
C12x1
C12x2
OUT+x2
TP_LFLTx1
U25x1 U25x2 U25x3
U25x5
IOVD _EXTx21
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
LED_GOPx2
LED_GOPx1
R9x1
R9x2
C17x2
C17x1
C12 + C17 C17
J13 Q2
Q2xG
U9x38
U9x37
U9x36
TP_INTOUT
Q2xS
U9x58
U9x63
U9x68
U9x72
J6x2
J6x1
R69x1
R69x2
JU28x3
JU28x2
JU28x1
R23x2 R23x1
C2x1 C2x2
R85x1 R85x2
U2x9
U2x5 U2x6 U2x7 U2x8
C4
C5
C3
OUT+x3
OUT-x3
OUT-x2
OUT-x1
OUT+x1
OUT+x5
OUT-x5
OUT+x4
C13 C13
C13x1
C13x2
L3x1
L3x2
OUT-x4
J18x2
X4x1
J18x1
J18
Q2xD
TP_WS
TP_SCK
TP_SD
X1
R20
C11
U9x59
U9x64
U9x69
U9x73
J3x2
J3x1
R41x1 R41x2
R41
R64x1
R64x2
JU27x3
JU27x2
JU27x1
C12
R30 R30
J13x1 J13x2
C11
J18 1
R33 R33
R33x2 R33x1
R20x1 R20x2
MAX9291/MAX9293 EVKIT
MAX9291
MAX9293
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
C11x2 C11x1
R8x2
R8x1
C6
R7x1 R7x2
U9x60
U9x65
U9x74
U9x40
U9x39
R63x1
R63x2
JU26x3
JU26x2
JU26x1
TP_RSVD32
Q1xG
Y3x1
C6x2 C6x1
U9x61
U9x66
U9x70
U9x75
U9x15 U9x16 U9x17 U9x18 U9x19 U9x20 U9x21 U9x2 U9x23 U9x24 U9x25 U9x26 U9x27 U9x28
U9x62
U9x67
U9x71
U9x76
U9x77
U9x57
U9x78
JU30x1
JU30x2
JU30x3
C66
R9
Q1xS
Y3
Y3x2
U9x14
U9x13
U9x12
U9x11
U9x10
U9x9
U9x8
U9x7
U9x6
U9x5
U9x79
U9x42
U9x80
U9x41
U9x4
U9x81
U9x2
U9x56 U9x5 U9x54 U9x53 U9x52 U9x51 U9x50 U9x49 U9x48 U9x47 U9x46 U9x45 U9x4 U9x43
JU25x3
JU25x2
JU25x1
U9x1
U9x3
JU31x1
JU31x2
JU31x3
C66x2 C66x1
R85
L3
Q1xD
J19x1 J19x2
R108C47x2
C47x1
R59x2 R59x1
C7x1 C7x2 C7
R59
U2x4 U2x3 U2x2 U2x1
C5x1 C5x2
C4x1 C4x2
FB7x2
FB7x1
C3x1 C3x2
L3
X5
X5x1
R34x2 R34x1
R108x2 R108x1
U8x8 U8x9 U8x10 U8x1 U8x12 U8x13 U8x14
R62x1
R31x1
R7
C6
J-CNx10
J1x20
J1x1
R13x2
R28x2
R62x2
R31x2
R32x1
JU2x3
JU2x2
JU2x1
R32x2
JU4x3
JU4x2
JU4x1
JU9x1
JU9x2
JU9x3
U3x9
U3x5 U3x6 U3x7 U3x8
C9
C10
L2
J-CNx9
J1x3
J1x2
C8
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
U9
R9
J-CNx3
J-CNx5
J1x6
J1x5
J1x4
R13x1
U8x7 U8x6 U8x5 U8x4 U8x3 U8x2 U8x1
J5x2
R28x1
R66x2 R61x2 C1x2
R66x1 R61x1 C1x1
R77x1
R77x2
JU34x3
JU34x2
JU34x1
J16x2
JU18x3
JU18x2
JU18x1
J5x1
R24x1
R24x2
C21
U8 R108 X7
J16x1
C21x2 C21x1
JU32x1
JU32x2
JU32x3
C10x1 C10x2
C9x1 C9x2
U3x4 U3x3 U3x2 U3x1
R26
J-CNx1
J1x8
J1x7
R6x1 R6x2
R1x2 R1x1
U6x28
U6x27
U6x26
JU8x1
JU8x2
JU8x3
X2x1
C58x2 C58x1
J8
J4
J11 C61 C63 J2
J17
J-CNx7
LED_HPDx1 LED_HPDx2
R29
LED_HPD
U6x31
U6x30
U6x29
JU7x1
JU7x2
JU7x3
C106x2
C106x1
R16
R93
C34x1 C34x2 C34 R93x1 R93x2
C58
R2x2 R2x1 R16x2 R16x1
U4x9
R2U4x5 U4x6 U4x7 U4x8
U4x4 U4x3 U4x2 U4x1
FB6x2
FB6x1
R40
J1x9
J1x10
J1x11
J1x12
J1x13
J1x14
J1x15
J1x16
J1x17
J1x18
J1x19
J1x21
C8x1 C8x2
LMN_V R11 R11
L1 OUT-
OUT-
J-CNx8
R29x2 R29x1
U6x34
U6x33
U6x32
J21x1
J21x2
Y1x2
C107x1
C107x2
R41
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
Q3xG
R37x2 R38x2
R22x2
LED_HPD
TP_HPD
R1 R6
R29 TP_J1CEC
Q3 TP_J1HPD
Q3
Q3xD
U6x37
U6x36
U6x35
J12x4 J12x3 J12x2 J12x1
C120x1
Y1x1
C25
X10
L1
J-CNx6
J-CNx2
R35
OUT+
OUT+
J1x22
R3x2
U6x39
U6x38
C103x1
FB11x2
C120x2
C103x2
R104x1
C104x1
FB11x1
R104x2
C104x2
FB8x2
FB8x1
C25x1 C25x2
TP_LFLT
TP_GPO TP_GPO
TP_LFLT
J1x23
Q3xS
R3x1
U6x42
U6x41
U6x40
JU_USR3x1
JU_USR3x2
JU_USR3x3
J12
U7x4
U6x45
U6x44
U6x43
R17x2
R17x1
U10x17 U10x18 U10x19 U10x20 U10x21 U10x2 U10x23 U10x24
U10x25
U10x26
U10x27
U10x28
U10x29
U10x30
U10x31
C108x1 C108x2
C109x1 C109x2
U10x32
R112x1
R12x2 C18x2 C102x2
U10x8 U10x7 U10x6 U10x5 U10x4 U10x3 U10x2 U10x1
JU_USR2x1
JU_USR2x2
JU_USR2x3
U10x16
U10x15
U10x14
U10x13
U10x12
U10x11
U10x10
R112x2
R12x1 C18x1 C102x1
JU33
R18 U25
LED_LFLT
4-1.8V IOVDD_EXT
1-IOVDD
LED_LFLT R18 U25
IOVDD_EXT
3-2.5V
R10
U22
LED_GOP
2-3.3V
R10
AVDD_EXT LED_GOP
JU30 AVDD
U22
INT JU30 EXT AVDD_EXT
L JU1 H
U7x1 U7x2 U7x3
U7x5
R37x1 R38x1
R22x1
JU6x1
JU6x2
JU6x3
U6x48
U6x47
U6x46
JU_USR1x1
JU_USR1x2
JU_USR1x3
C101
R103x1
C110x1
U10x9
R103x2
C110x2
X6x1
DATE:
R35x2
JU5x1
JU5x2
JU5x3
R5x2
R5x1
U6x1 U6x2 U6x3 U6x4 U6x5 U6x U6x7 U6x8 U6x9 U6x10 U6x1 U6x12 U6x13 U6x14 U6x15 U6x1 U6x17 U6x18 U6x19 U6x20 U6x21 U6x2 U6x23 U6x24 U6x25
U6x50
U6x49
R102x1
R101x1
C101x1 C101x2
R102x2
R101x2
DVDD_EXT
INT JU31 EXT DVDD_EXT
R35x1
SW122x1
SW122
SW122x2
U6x100
U6x99
U6x98
U6x97
U6x96
U6x95
U6x94
U6x93
U6x92
SW122x4
C16x2
C16x1
U6x75 U6x74 U6x73 U6x72 U6x71 U6x70 U6x9 U6x8 U6x7 U6x U6x5 U6x4 U6x3 U6x2 U6x1 U6x0 U6x59 U6x58 U6x57 U6x5 U6x5 U6x54 U6x53 U6x52 U6x51
J14x2
C21
C20x2
C23
JU31 DVDD
R4x2
C23x1 C23x2
JU33
R4x1
C121
C121x1
C121x2
U6x91
U6x90
U6x89
U6x88
U6x87
U6x86
U6x85
U6x84
U6x83
U6x82
U6x81
C114
U6x80
U6x79
U6x78
U6x77
U6x76
U6
C19C114
C114x1 C114x2
J9
C19x2 C19x1
R95
J9x4 J9x3 J9x2 J9x1
R95x1 R95x2
R95
Y2x1
C19
R94x2
R94x1
R14x1
C133
LED_PWRx2 LED_PWRx1 R14x2
C132
LED_PWR
C117
C117x2 C117x1
C118
C118x2 C118x1
C101
U36x1
U36x2
C96C117C118 LED_PWR
C96x1 C96x2
LAYER
C123x2
C109
C108
JU3x3
JU3x2 JU3x1 JU3x4
Y1
C123x1
J10 U10
J10x7 J10x5 J10x4 J10x3 J10x2 J10x1 J10x6
C23 C25 U4 R16 C34 C58
R2
X2
Y2x2
J10x8
U3
C122x1
C133x2 C133x1
C133 C132
R23
C122x2
J10x10
C109 C108
U2
LED_UCx2 LED_UCx1
J14x1
J10x11
FB7
R39x2
J10x9
JU3
FB6
U36x3 C132x2 C132x1
C59x1 C59x2
C59
C3FB7C4C5 U2 R23 C2
R85
R39x1
GNDx21
X6
U36x4
C59
EDGE OF PCB
+5VINx21
C8 FB6C9C10 U3 R59 C7 C66
R93
DRS JU1
+
L2
L JU20 H R25 R25
H
L
1
R21 J4
GND
1
J8 R27
ADD1 JU20
1
R58 JU24
R15 J17 R19
LMN0_LOC
RVDD_EXT
JU9 RVDD
L JU19 H
LMN1_LOC
R58
R21
R27
INT JU9 EXT RVDD_EXT
ADD0 JU19
1 JU23
1
R19
R15
1
L JU28 H
FB8
R49 R49 H
L
LMN1_REM
LMN0_REM
JU32 HVDD
HVDD_EXT
BWS JU28
FB8
1 JU22
I-IOVDD
GND
INT JU32 EXT HVDD_EXT
L JU27 H R69 R69
J2
J11
R54
L
R54 H
1 J6 J6
U4
PWDN JU27
JU3
TP_RSVD32
JU8 PLLVDD
PLLVDD_EXT
C107
C106
RSVD44
L JU26 H R64 R64
LED_INTOUT
4 REG
INT JU8 EXT PLLVDD_EXT
C107 Y1 C106
J3
J3
CDS JU26
3
LED_INTOUT R36
1 VDD
R63
1
U9
JU7 XVDD
XVDD_EXT
TP_INTOUT
L JU25 H R63
2 USB+5V
+5VIN
U26
INT JU7 EXT XVDD_EXT
MS JU25
C103
1 U26
R104 R104 C103
L JU2 H R62 R62
VDD_REF
FB11C120
C120
C104 C104 FB11
FB11 C120
AUTOS JU2
3.3V J21 J21
R112
R7
L JU4 H R31 R31
R112
JU_USR3
J10
J12 EXT_UC
C1
1
C102 C102
R8
HIM JU4
L
R61
R17 H JU_USR3
R32
VDD_REF
C18 C18
R8
C47
R66
L JU34 H R32
1 R12 R103
U8
R17 JU_USR2
R12
R77C1
RX/SDA
CX_TP JU34
H JU_USR2 L
R103
C110
C47
TP_WS
R61
GND
JU_USR1
C110
R102
R77 R66
JU18 I2CSEL
TX/SCL
U10
R102
R101
H JU_USR1 L
TP_SCK
Y3
R101
UART JU18 I2C
R13
INTOUT
U6
R24 R24
GND
J14 J14
J5 R13
TP_SD
R14
J5 SCL_PU
GND C96
R14
RX/SDA
RESET_N
1
R38 R38
1
R28 R28
J16
J9
R37 R37 SDA JU6 RX J16 SDA_PU
ICE_DAT
GND
R22
TP_HPD 888-MAXIM-IC
R22 R5 JU61
GND
R3
+5VIN
www.maximintegrated.com
R5
SCL JU5 TX
R94
+5VIN
ICE_CLK
R1
R3
DDCSDA
DDCSCL
JU5 TX/SCL
+12V J7
R6
R94
ICE-Debug
1
U7U7
1
1
TP_J1CEC
Q1
J19
J13
1
TP_J1HPD
C16 C16 C121
1
X3x1 J7x2
J7x3
J7x1
MAX9291/93 EV\KIT
REV
B
TOP SILKSCREEN
ALL UNITS ARE IN 0.001"
X4
C38
JU23
CNTL2
JU22
CNTL1
R36
Q2
1.0"
Y2
C122
Y2x1
C123
R4C20
TP_HPD
R1 R6
R29 TP_J1CEC
Q3 TP_J1HPD
J1
R34
J-CN
J19 Q1
R20
J13 Q2
Q2xD
Q2xG
Q2xS
U9x59
U9x64
U9x69
U9x73
U9x58
U9x63
U9x68
U9x72
U9x38
U9x37
LED_INTOUTx2
LED_INTOUTx1
U26x3
U26x2
U26x4
U26x5
R36x1
R36x2
LED_INTOUT R36
TP_INTOUT U26
U26x1
TP_INTOUTx1
U9x29
U9x30
U9x31
U9x32
U9x33
U9x34
U9x35
U9x36
TP_RSVD32x1
JU22x1
JU22x2
JU22x3
JU22
R54
R54x2
R54x1
R27x1
R15x1
R21x1
R21x2
R19x2
R19x1
R49
R49x2
R49x1
JU23x1
JU23x2
JU23x3
R58
R58x2
R58x1
R26x1 R26x2
J17x1 J17x2
JU24x1
JU24x2
JU24x3
J2x2 J2x1 J4x2 J4x1
C63x1 C63x2
R27x2
R15x2
L2x2
R11x1
R11x2
C38
C38x2
C38x1
R30x1
R30x2
L2x1
C12x1
R9x1
R9x2
L1x1
L1x2
C17
C17x2
C17x1
C12x2
C12
R30
J13x1 J13x2
U9x60
U9x65
U9x74
C61x2 C61x1
TP_GPOx1
U22x1 U22x2 U22x3
U25x4
R18x1
OUT-x2
OUT+x3
OUT+x2
OUT-x1
OUT+x1
TP_LFLTx1
U25x1 U25x2 U25x3
U25x5
R18x2
OUT-x5
OUT+x4
OUT+x5
C13
C13x1
C13x2
L3x1
L3x2
OUT-x3
J18x2
OUT-x4
X4x1
J18x1
J18
R33
R33x2 R33x1
R20x1 R20x2
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
C11
Q1xG
C11x2 C11x1
U9x61
U9x66
U9x70
U9x75
TP_RSVD32
Q1xS
R8
R8x2
R8x1
R7x1 R7x2
U9x62
U9x67
U9x71
U9x76
U9x57
U9x15 U9x16 U9x17 U9x18 U9x19 U9x20 U9x21 U9x2 U9x23 U9x24 U9x25 U9x26 U9x27 U9x28
U9x40
U9x39
R10x1
R10x2
U22x4
R9
Q1xD
J19x1 J19x2
C6x2 C6x1
U9x14
U9x13
U9x12
U9x11
U9x10
U9x9
U9x8
U9x7
U9x6
U9x5
U9x77
U22x5
L3
X5
X5x1
R34x2 R34x1
Y3x1
Y3x2
Y3
R7
C6
J-CNx10
J1x20
J1x1
U9x78
R21
R19
L2
J-CNx9
J1x3
U9x79
R27
R15
J1x2
U9x80
R40x1 R40x2
R26
J-CNx3
J-CNx5
J1x6
J1x5
J1x4
U9x81
U9x42
U9x56 U9x5 U9x54 U9x53 U9x52 U9x51 U9x50 U9x49 U9x48 U9x47 U9x46 U9x45 U9x4 U9x43
U9x41
U9x4
U9x3
U9x2
U9
U9x1
J8x2 J8x1
J8
J4
J11 C61 C63 J2
J17
J-CNx1
J1x9
J1x8
J1x7
R6x1 R6x2
J11x2 J11x1
R40
J-CNx7
J1x12
J1x11
J1x10
J6
J6x2
J6x1
R25x1
R25x2
JU1x3
JU1x2
JU1x1
R11
L1
OUT-
J-CNx8
J1x15
J1x14
J1x13
JU2
J1x17
JU25
J1x16
C47x1
J3x2
JU28
J1x19
C47
C47x2
R41x1 R41x2
R41 J3
J3x1
X10
J1x18
R108x2 R108x1
U8x8 U8x9 U8x10 U8x1 U8x12 U8x13 U8x14
U8x7 U8x6 U8x5 U8x4 U8x3 U8x2 U8x1
U8 R108
R1x2 R1x1
R13x2
R13x1
X10x1
JU20x3
JU20x2
JU20x1
R25
J1x21
J5 R13
J5x2
JU19x3
JU19x2
JU19x1
JU1
J-CNx6
J-CNx2
LED_HPD
R28x2
JU28x3
JU28x2
JU28x1
OUT+
J1x22
R35
R28x1
R69x1
R69x2
R69
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
J16 R28
J16x2
R64x1
R64x2
JU27x3
JU27x2
JU27x1
TP_LFLT
TP_GPO
J1x23
R3
U7
LED_HPDx1 LED_HPDx2
R63
R63x1
R63x2
JU26x3
JU26x2
JU26x1
R64
R29x2 R29x1
C1
R61
R66
R66x2 R61x2 C1x2
R66x1 R61x1 C1x1
R62
R62x1
R62x2
JU25x3
JU25x2
JU25x1
JU26
Q3xG
J5x1
JU4
R31
R31x1
R31x2
JU2x3
JU2x2
JU2x1
JU27
Q3xD
R24
J16x1
JU18
R3x2
R77
R3x1
JU34
U7x4
R32
R32x1
R32x2
JU4x3
JU4x2
JU4x1
JU19
U22
R77x1
R77x2
JU34x3
JU34x2
JU34x1
J12
JU18x3
JU18x2
JU18x1
RVDD_EXT
LED_GOP
R10
R24x1
R24x2
JU9
LED_LFLTx2
LED_LFLTx1
JU20
LED_GOPx2
LED_GOPx1
DVDD_EXT
IOVD _EXTx21
JU31
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
JU30x1
JU30x2
JU30x3
AVDD_EXT
LED_LFLT R18 U25
U7x1 U7x2 U7x3
C21x2 C21x1
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
JU30
JU31x1
JU31x2
JU31x3
JU9x1
JU9x2
JU9x3
IOVDD_EXT
Q3xS
U7x5
JU6x1
JU6x2
JU6x3
U6x28
U6x27
U6x26
JU32x1
JU32x2
JU32x3
JU8x1
JU8x2
JU8x3
JU7x1
JU7x2
JU7x3
R23x2 R23x1
C2x1 C2x2
R85x1 R85x2
U2x5 U2x6 U2x7 U2x8
U2x9
U2x4 U2x3 U2x2 U2x1
C5x1 C5x2
C4x1 C4x2
FB7x2
FB7x1
C3x1 C3x2
JU33
R35x2
JU5
JU5x1
JU5x2
JU5x3
U6x31
U6x30
U6x29
J21
J21x1
J21x2
C66x2 C66x1
C7x1 C7x2
R93x1 R93x2 R59x2 R59x1
U3x5 U3x6 U3x7 U3x8
U3x9
U3x4 U3x3 U3x2 U3x1
C10x1 C10x2
C9x1 C9x2
FB6x2
FB6x1
C8x1 C8x2
DATE:
R35x1
SW122x1
SW122x4
SW122
SW122x2
SW122x3
U6x34
U6x33
U6x32
C21
C20x1
U6x37
U6x36
U6x35
J12x4 J12x3 J12x2 J12x1
X2x1
C58x2 C58x1
C34x1 C34x2
XVDD_EXT
C20x2
U6x39
U6x38
C106x2
C106x1
JU7
R22x2
U6x42
U6x41
U6x40
Y1x2
PLLVDD_EXT
R5x2
U6x45
U6x44
U6x43
C120x1
R2x2 R2x1 R16x2 R16x1
U4x5 U4x6 U4x7 U4x8
U4x9
U4x4 U4x3 U4x2 U4x1
JU8
R37x2 R38x2
JU6
R22
R5
R22x1
R38
R37
R5x1
R37x1 R38x1
U6x1 U6x2 U6x3 U6x4 U6x5 U6x U6x7 U6x8 U6x9 U6x10 U6x1 U6x12 U6x13 U6x14 U6x15 U6x1 U6x17 U6x18 U6x19 U6x20 U6x21 U6x2 U6x23 U6x24 U6x25
U6x48
U6x47
U6x46
C103x1
FB11x2
C120x2
C103x2
FB11x1
Y1x1
C107x1
C107x2
HVDD_EXT
R4x2
U6x100
U6x99
U6x98
U6x97
U6x96
U6x95
U6x94
U6x93
U6x92
U6x50
U6x49
R104x1
C104x1
JU32
R4x1
C16x2
C16x1
C16
C121
C121x1
C121x2
U6x91
U6x90
U6x89
U6x88
U6x87
U6x86
U6x85
U6x84
U6x83
JU_USR3x1
JU_USR3x2
JU_USR3x3
U10x25
U10x26
U10x27
U10x28
U10x29
U10x30
U10x31
R104x2
C104x2
C108x1 C108x2
FB8x2
FB8x1
C25x1 C25x2
X6x1
LAYER
C123x2
LED_UC
C19C114
C123x1
R39
U6
U6x82
JU_USR1
U6x81
JU_USR2
U6x80
R17x2
R17x1
JU_USR3
U6x79
C109x1 C109x2
U10x32
R112x1
R12x2 C18x2 C102x2
U10x17 U10x18 U10x19 U10x20 U10x21 U10x2 U10x23 U10x24
JU_USR2x1
JU_USR2x2
JU_USR2x3
U10x16
U10x15
U10x14
U10x13
U10x12
U10x11
U10x10
R112x2
R12x1 C18x1 C102x1
C103
FB11C120
U6x78
JU_USR1x1
JU_USR1x2
JU_USR1x3
R103x1
Y1
U6x77
R103x2
U10x9
C110x1
C106
Y2x2
J9
U6x75 U6x74 U6x73 U6x72 U6x71 U6x70 U6x9 U6x8 U6x7 U6x U6x5 U6x4 U6x3 U6x2 U6x1 U6x0 U6x59 U6x58 U6x57 U6x5 U6x5 U6x54 U6x53 U6x52 U6x51
J14
J14x2
C110x2
C23FB8C25 U4 R16 C34 C58
R2
X2
C122x1
U6x76
J14x1
C101x1 C101x2
R102x1
C23x1 C23x2
C8 FB6C9C10 U3 R59 C7 C66
R93
C114x1 C114x2
R95
J9x4 J9x3 J9x2 J9x1
R102x2
U10x8 U10x7 U10x6 U10x5 U10x4 U10x3 U10x2 U10x1
R101x1
JU3x3
JU3x2 JU3x1 JU3x4
C3FB7C4C5 U2 R23 C2
R85
C122x2
C19x2 C19x1
R94
R39x2
R14
R14x2
R101x2
C101
R39x1
C133 C132
R17
LED_UCx2 LED_UCx1
R14x1
J10x8
C107
R95x1 R95x2
LED_PWRx2 LED_PWRx1
C118x2 C118x1
GND
U36x1
C96C117C118 LED_PWR
C117x2 C117x1
J10x10
R112
C102
C18
R12
R103
C110
R102
R101
R94x2
C59
R104
C104
R94x1
+5VIN
C96x1 C96x2
J10x11
J10x7 J10x5 J10x4 J10x3 J10x2 J10x1 J10x6
J10x9
J10 U10
C109 C108
U36x2
C59x1 C59x2
GNDx21
JU3
U36x3 C132x2 C132x1
+5VINx21
X6
U36x4
C133x2 C133x1
J7
X3
U36
X3x1 J7x2
J7x3
J7x1
MAX9291/93 EV\KIT
REV
B
COMPONENT SIDE
ALL UNITS ARE IN 0.001"
X4
JU24
JU23
TP_WS
TP_SCK
TP_SD
X1
J7
X3
X3x1 J7x2
J7x3
J7x1
1.0"
SW122
TP_HPD
TP_J1CEC
TP_J1HPD
J1
J-CN
J-CNx9
J-CNx10
J19x1 J19x2
U9x70
U9x66
U9x61
U9x67
U9x62
U9x60
U9x65
U9x74
U9x59
U9x64
U9x69
U9x73
U9x58
U9x63
U9x68
U9x72
TP_INTOUTx1
TP_RSVD32x1
J6x2
J11x2 J11x1
J8x2 J8x1
X10x1
JU23x1
JU23x2
JU23x3
JU24x1
JU24x2
JU24x3
J2x2 J2x1 J4x2 J4x1
J4
J2
JU22x1
JU22x2
JU22x3
JU1x3
JU1x2
JU1x1
J17x1 J17x2
JU20x3
JU20x2
JU20x1
TP_GPOx1
OUT-x3
OUT-x2
OUT+x3
OUT+x2
OUT-x1
OUT+x1
TP_LFLTx1
J16
J5
J19
X4x1
J18x1
J18x2
OUT-x4
OUT-x5
OUT+x4
OUT+x5
J18
J13
J13x1 J13x2
JU34
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
U9x75
U9x71
U9x77
U9
U9x76
U9x78
J3x2
JU19x3
JU19x2
JU19x1
IOVD _EXTx21
OUT-
X5
X5x1
JU5
J-CNx3
J-CNx5
JU4
J-CNx7
JU2
U9x57
U9x79
JU25
U9x80
J3
U9x81
JU26
J6x1
J6
J17
J-CNx8
JU6
J8
J11
J-CNx6
J-CNx2
J9
JU27
J3x1
JU28x3
JU28x2
JU28x1
JU1
J1x20
J14
JU18
OUT+
J1x22
J12
JU27x3
JU27x2
JU27x1
JU26x3
JU26x2
JU26x1
JU28
J1x21
JU25x3
JU25x2
JU25x1
JU19
X10
J1x23
XVDD_EXT
TP_LFLT
TP_GPO
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
JU7
JU20
J5x2
PLLVDD_EXT
JU2x3
JU2x2
JU2x1
JU8
JU4x3
JU4x2
JU4x1
HVDD_EXT
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
JU31x1
JU31x2
JU31x3
JU30x1
JU30x2
JU30x3
JU9x1
JU9x2
JU9x3
RVDD_EXT
JU34x3
JU34x2
JU34x1
JU32x1
JU32x2
JU32x3
JU32
JU8x1
JU8x2
JU8x3
JU7x1
JU7x2
JU7x3
U2x9
JU9
JU18x3
JU18x2
JU18x1
J21
J21x1
J21x2
U3x9
DVDD_EXT
J16x2
GND
JU31
J5x1
JU_USR1
J12x4 J12x3 J12x2 J12x1
X2x1
U4x9
X6x1
DATE:
J16x1
JU_USR2
AVDD_EXT
JU6x1
JU6x2
JU6x3
JU_USR3
JU30
JU5x1
JU5x2
JU5x3
JU_USR3x1
JU_USR3x2
JU_USR3x3
JU3
X2
IOVDD_EXT
SW122x1
JU_USR2x1
JU_USR2x2
JU_USR2x3
J10
JU_USR1x1
JU_USR1x2
JU_USR1x3
JU3x3
JU3x2 JU3x1 JU3x4
U4
J14x2
J10x10
U3
JU33
SW122x2
J14x1
J10x11
U2
SW122x4
GNDx21
X6
SW122x3
+5VIN
J9x4 J9x3 J9x2 J9x1
+5VINx21
MAX9291/93 EV\KIT
REV
B
LAYER
LAYER 2 GND
ALL UNITS ARE IN 0.001"
X4
JU24
JU23
JU22
TP_RSVD32
TP_INTOUT
TP_WS
TP_SCK
TP_SD
X1
J7
X3
X3x1 J7x2
J7x3
J7x1
1.0"
SW122
TP_HPD
TP_J1CEC
TP_J1HPD
J1
J-CN
J-CNx9
J-CNx10
J19x1 J19x2
U9x70
U9x66
U9x61
U9x67
U9x62
U9x60
U9x65
U9x74
U9x59
U9x64
U9x69
U9x73
U9x58
U9x63
U9x68
U9x72
TP_INTOUTx1
TP_RSVD32x1
J6x2
J11x2 J11x1
J8x2 J8x1
X10x1
JU23x1
JU23x2
JU23x3
JU24x1
JU24x2
JU24x3
J2x2 J2x1 J4x2 J4x1
J4
J2
JU22x1
JU22x2
JU22x3
JU1x3
JU1x2
JU1x1
J17x1 J17x2
JU20x3
JU20x2
JU20x1
TP_GPOx1
OUT-x3
OUT-x2
OUT+x3
OUT+x2
OUT-x1
OUT+x1
TP_LFLTx1
J16
J5
J19
X4x1
J18x1
J18x2
OUT-x4
OUT-x5
OUT+x4
OUT+x5
J18
J13
J13x1 J13x2
JU34
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
U9x75
U9x71
U9x77
U9
U9x76
U9x78
J3x2
JU19x3
JU19x2
JU19x1
IOVD _EXTx21
OUT-
X5
X5x1
JU5
J-CNx3
J-CNx5
JU4
J-CNx7
JU2
U9x57
U9x79
JU25
U9x80
J3
U9x81
JU26
J6x1
J6
J17
J-CNx8
JU6
J8
J11
J-CNx6
J-CNx2
J9
JU27
J3x1
JU28x3
JU28x2
JU28x1
JU1
J1x20
J14
JU18
OUT+
J1x22
J12
JU27x3
JU27x2
JU27x1
JU26x3
JU26x2
JU26x1
JU28
J1x21
JU25x3
JU25x2
JU25x1
JU19
X10
J1x23
XVDD_EXT
TP_LFLT
TP_GPO
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
JU7
JU20
J5x2
PLLVDD_EXT
JU2x3
JU2x2
JU2x1
JU8
JU4x3
JU4x2
JU4x1
HVDD_EXT
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
JU31x1
JU31x2
JU31x3
JU30x1
JU30x2
JU30x3
JU9x1
JU9x2
JU9x3
RVDD_EXT
JU34x3
JU34x2
JU34x1
JU32x1
JU32x2
JU32x3
JU32
JU8x1
JU8x2
JU8x3
JU7x1
JU7x2
JU7x3
U2x9
JU9
JU18x3
JU18x2
JU18x1
J21
J21x1
J21x2
U3x9
DVDD_EXT
J16x2
GND
JU31
J5x1
JU_USR1
J12x4 J12x3 J12x2 J12x1
X2x1
U4x9
X6x1
DATE:
J16x1
JU_USR2
AVDD_EXT
JU6x1
JU6x2
JU6x3
JU_USR3
JU30
JU5x1
JU5x2
JU5x3
JU_USR3x1
JU_USR3x2
JU_USR3x3
JU3
X2
IOVDD_EXT
SW122x1
JU_USR2x1
JU_USR2x2
JU_USR2x3
J10
JU_USR1x1
JU_USR1x2
JU_USR1x3
JU3x3
JU3x2 JU3x1 JU3x4
U4
J14x2
J10x10
U3
JU33
SW122x2
J14x1
J10x11
U2
SW122x4
GNDx21
X6
SW122x3
+5VIN
J9x4 J9x3 J9x2 J9x1
+5VINx21
MAX9291/93 EV\KIT
REV
B
LAYER
LAYER 3 PWR
ALL UNITS ARE IN 0.001"
X4
JU24
JU23
JU22
TP_RSVD32
TP_INTOUT
TP_WS
TP_SCK
TP_SD
X1
J7
X3
X3x1 J7x2
J7x3
J7x1
1.0"
SW122
TP_HPD
TP_J1CEC
TP_J1HPD
J1
J-CN
J-CNx4
J-CNx9
J-CNx10
U9x61
U9x60
U9x65
U9x74
U9x59
U9x64
U9x69
U9x73
U9x78
C31x2
C32x2
C31x1
C32x1
C28x1
C29x1
C28x2
C29x2
C22x2
C22x1
JU31x1
JU31x2
JU31x3
C68x1 C68x2
FB13x2 FB13x1
C67x2 C67x1
JU30x1
JU30x2
JU30x3
C42x1
C45x1
U9x58
U9x63
U9x68
U9x72
U9x77
C46x1
TP_INTOUTx1
C46x2
C75x2 C75x1
C77x1
C77x2
C65x1
C65x2
C72x1
C72x2
C52x2
C48
C48x1
C48x2
C26x1
C26x2
C52x1
TP_RSVD32x1
J6x2
J6x1
J11x2 J11x1
JU28x3
JU28x2
JU28x1
JU19x3
JU19x2
JU19x1
J8x2 J8x1
X10x1
JU23x1
JU23x2
JU23x3
JU24x1
JU24x2
JU24x3
J2x2 J2x1 J4x2 J4x1
J4
J2
JU22x1
JU22x2
JU22x3
JU1x3
JU1x2
JU1x1
J17x1 J17x2
JU20x3
JU20x2
JU20x1
TP_GPOx1
C82x1 C82x2
FB3x2 FB3x1
OUT-x3
OUT-x2
OUT+x3
OUT+x2
OUT-x1
OUT+x1
TP_LFLTx1
IOVD _EXTx21
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
C81x2 C81x1
J5
J19
X4x1
J18x1
J18x2
OUT-x4
OUT-x5
OUT+x4
OUT+x5
J18
J13
J13x1 J13x2
J16
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
U9x70
U9x62
U9x66
U9x75
U9x71
U9x67
U9x76
U9x79
U9x57
U9x80
U9x81
C33x1 C33x2 C30x2 C30x1 C24x2 C24x1
C37x1
C37x2
C73x2
C73x1
C74x2
C70x1 C70x2
FB9x2 FB9x1
C69x2 C69x1
OUT-
X5
X5x1
J19x1 J19x2
C36x1 C35x1
C36x2 C35x2
C54x2
C45x2
C78x2 C78x1 C79x2 C79x1 C76x2 C76x1
U9
C75C46
C24C22
C30C28C29
C31C32
C74 C73C37C33
C54 C35
C64 C36
C54x1
C42x2
C26
J-CNx3
J-CNx5
C62
C64x2
C50x1
C72C65 C77
J-CNx7
JU34
C27x1 C27x2
C49x1
J3x2
J3x1
JU27x3
JU27x2
JU27x1
JU26x3
JU26x2
JU26x1
C42C45C76
C50 C79
C43C49C78
C53C51C27
C52
C64x1
C50x2
JU25
C62x2
C43x1
JU25x3
JU25x2
JU25x1
J3
J17
J-CNx8
JU5
J8
J11
J1x20
JU6
OUT+
J-CNx6
J-CNx2
C131C115FB10C116
JU26
C49x2
JU9x1
JU9x2
JU9x3
JU1
J1x22
JU18
C74x1
JU4
C62x1
JU2
C43x2
XVDD_EXT
J6
C51x2
PLLVDD_EXT
JU27
C53x2
HVDD_EXT
JU28
C51x1
C57x1 C57x2
FB4x2 FB4x1
C56x2 C56x1
JU19
C53x1
JU32x1
JU32x2
JU32x3
RVDD_EXT
X10
J1x21
C80x1 C80x2
FB5x2 FB5x1
C71x2 C71x1
TP_LFLT
TP_GPO
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
JU7
JU20
J5x2
JU8
C71FB5C80
JU2x3
JU2x2
JU2x1
JU8x1
JU8x2
JU8x3
JU32
DVDD_EXT
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
C55x1 C55x2
C56FB4C57
AVDD_EXT
J16x2
J14
J5x1
JU4x3
JU4x2
JU4x1
C44FB2C55
FB2x2 FB2x1
C44x2 C44x1
JU9
IOVDD_EXT
J16x1
JU34x3
JU34x2
JU34x1
J12
JU18x3
JU18x2
JU18x1
JU7x1
JU7x2
JU7x3
U2x9
X6x1
DATE:
J1x23
J9
JU6x1
JU6x2
JU6x3
JU_USR1
C41x1 C41x2
C69FB9C70
JU31
JU5x1
JU5x2
JU5x3
C40FB1C41
FB1x2 FB1x1
C40x2 C40x1
C67FB13C68
SW122x1
J21
J21x1
J21x2
X2x1
U3x9
JU30
SW122x2
GND
JU33C81FB3C82
SW122x4
JU_USR2
J12x4 J12x3 J12x2 J12x1
JU_USR3
FB10x1 FB10x2
JU3
X2
C116x2
JU_USR3x1
JU_USR3x2
JU_USR3x3
U4x9
U3
C115x2 C115x1
JU_USR2x1
JU_USR2x2
JU_USR2x3
J10
JU_USR1x1
JU_USR1x2
JU_USR1x3
JU3x3
JU3x2 JU3x1 JU3x4
U4
J14x2
J10x10
U2
C116x1
J14x1
J10x11
X6
C131x1 C131x2
GNDx21
LAYER
SW122x3
+5VIN
J9x4 J9x3 J9x2 J9x1
+5VINx21
MAX9291/93 EV\KIT
REV
B
SOLDER SIDE
ALL UNITS ARE IN 0.001"
X4
JU24
JU23
JU22
TP_RSVD32
TP_INTOUT
TP_WS
TP_SCK
TP_SD
X1
1.0"
SW122
TP_HPD
TP_J1CEC
TP_J1HPD
J1
J-CN
J-CNx10
U9x61
U9x60
U9x65
U9x74
U9x59
U9x64
U9x69
U9x73
U9x78
C31x2
C32x2
C31x1
C32x1
C28x1
C29x1
C28x2
C29x2
C22x2
C22x1
C33x1 C33x2 C30x2 C30x1 C24x2 C24x1
C37x1
U9x70
U9x62
U9x66
U9x75
U9x71
U9x67
U9x76
U9x79
U9x58
U9x63
U9x68
U9x72
U9x77
C42x2
C45x2
C46x2
C46x1
C75x2 C75x1
U9x57
U9x80
U9x81
C70x1 C70x2
FB9x2 FB9x1
C69x2 C69x1
JU31x1
JU31x2
JU31x3
C68x1 C68x2
FB13x2 FB13x1
C67x2 C67x1
JU30x1
JU30x2
JU30x3
C42x1
C45x1
TP_INTOUTx1
C77x1
C77x2
C65x1
C65x2
C72x1
C72x2
C52x2
C48x1
C48x2
C26x1
C26x2
C52x1
TP_RSVD32x1
J6x2
J11x2 J11x1
JU28x3
JU28x2
JU28x1
JU19x3
JU19x2
JU19x1
J8x2 J8x1
X10x1
JU23x1
JU23x2
JU23x3
JU24x1
JU24x2
JU24x3
J2x2 J2x1 J4x2 J4x1
J4
J2
JU22x1
JU22x2
JU22x3
JU1x3
JU1x2
JU1x1
J17x1 J17x2
JU20x3
JU20x2
JU20x1
C82x1 C82x2
FB3x2 FB3x1
TP_GPOx1
OUT-x3
OUT-x2
OUT+x3
OUT+x2
OUT-x1
OUT+x1
TP_LFLTx1
IOVD _EXTx21
JU33x3
JU33x2 JU33x1 JU33x4
JU33x5
C81x2 C81x1
J5
J19
X4x1
J18x1
J18x2
OUT-x4
OUT-x5
OUT+x4
OUT+x5
J18
J13
J13x1 J13x2
J16
X1x1 TP_SDx1 TP_SCKx1 TP_WSx1
C36x1 C35x1
C37x2
C73x2
C73x1
C74x2
JU9x1
JU9x2
JU9x3
U2x9
X6x1
OUT-
X5
X5x1
J19x1 J19x2
U9
C75C46
C24C22
C30C28C29
C31C32
C74 C73C37C33
J-CNx9
C50x1
C48
J-CNx4
C50x2
C26
C36x2 C35x2
C54x2
C49x1
C78x2 C78x1 C79x2 C79x1 C76x2 C76x1
C49x2
25C 62C 84C
27C 56C 77C
J-CNx3
J-CNx5
C35
47C C62 C54
73CC36
26C 37C C64
45C
53C
46C
63C
C54x1
C51x2
C27x1 C27x2
C53x2
C51x1
C72C65 C77
J-CNx7
JU34
C64x2
JU2
C42C45C76
C50 C79
C43C49C78
C53C51C27
C52
C64x1
JU25
J3x2
J6x1
J3
J3x1
JU27x3
JU27x2
JU27x1
JU26x3
JU26x2
JU26x1
JU26
C62x2
JU25x3
JU25x2
JU25x1
J6
J17
J-CNx8
JU5
J8
J11
J1x20
JU6
OUT+
J-CNx6
J-CNx2
C131C115
C115FB10C116
611C
JU27
C53x1
C57x1 C57x2
FB4x2 FB4x1
C56x2 C56x1
JU1
J1x22
JU18
C74x1
JU4
C62x1
C43x1
XVDD_EXT
C43x2
JU2x3
JU2x2
JU2x1
PLLVDD_EXT
XVD _EXTx12 PL VD _EXTx12 HVD _EXTx12 RVD _EXTx21 DV D_EXTx21 AVD _EXTx21
HVDD_EXT
JU28
J1x21
JU32x1
JU32x2
JU32x3
JU19
X10
J1x23
C80x1 C80x2
FB5x2 FB5x1
C71x2 C71x1
RVDD_EXT
J5x2
JU8x1
JU8x2
JU8x3
JU20
J16x2
J14
J5x1
JU4x3
JU4x2
JU4x1
JU7
DVDD_EXT
J16x1
JU34x3
JU34x2
JU34x1
J12
JU18x3
JU18x2
JU18x1
C55x1 C55x2
FB2x2 FB2x1
C44x2 C44x1
C44FB2C55
AVDD_EXT
TP_J1HPDx1 TP_J1CECx1 TP_HPDx1
JU6x1
JU6x2
JU6x3
JU7x1
JU7x2
JU7x3
JU8
C71FB5
C71
FB5C80
JU5x1
JU5x2
JU5x3
C41x1 C41x2
JU32
SW122x1
C40FB1C41
FB1x2 FB1x1
C40x2 C40x1
C56FB4C57
SW122x2
J21
J21x1
J21x2
X2x1
JU9
SW122x4
JU_USR1
J12x4 J12x3 J12x2 J12x1
JU_USR2
FB10x1 FB10x2
JU_USR3
C116x2
JU_USR3x1
JU_USR3x2
JU_USR3x3
C69FB9
FB9C70
C70
JU31
SW122x3
J9
C115x2 C115x1
JU_USR2x1
JU_USR2x2
JU_USR2x3
X2
C116x1
GND
C131x1 C131x2
JU_USR1x1
JU_USR1x2
JU_USR1x3
J10
J14x2
U3x9
U3
C67FB13C68
TP_LFLT
TP_GPO
23C
13C
42C 03C 33C
J14x1
U4x9
JU30
IOVDD_EXT
92C
22C 82C
+5VIN
J9x4 J9x3 J9x2 J9x1
JU3x3
JU3x2 JU3x1 JU3x4
JU3
JU33C81FB3C82
64C
57C
J10x10
DATE:
9877CC
72C
6075CC
54C 34C 9345CC 15C
24C
J10x11
LAYER
3BF 28C
18C
U4
01BF
GNDx21
U2
31BF 86C 9BF 07C 4BF75C 5BF 08C 2BF55C 1BF 14C
65C
76C
17C
96C
44C
04C
+5VINx21
X6
511C
131C
J7
X3
X3x1 J7x2
J7x3
J7x1
MAX9291/93 EV\KIT
REV
B
BOTTOM SILKSCREEN
ALL UNITS ARE IN 0.001"
X4
JU24
JU23
JU22
TP_RSVD32
TP_INTOUT
TP_WS
TP_SCK
TP_SD
X1
Mouser Electronics
Authorized Distributor
Click to View Pricing, Inventory, Delivery & Lifecycle Information:
Maxim Integrated:
MAX9291COAXEVKIT# MAX9293COAXEVKIT#
工商网监
湘ICP备2023018690号
