ANALOG DEVICES EVAL-AD7492CB Service Manual

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Evaluation Board for 12-bit high speed,

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FEATURES

Full-Featured Evaluation Board for the AD7492
EVAL-CONTROL BRD2 Compatible
Stand Alone Capability
On-Board Analog Buffering and Reference
Optional On-Board Analog Bias-Up Circuit
Various Linking Options
PC Software for Control and Data Analysis when used
with EVAL-CONTROL BRD2

INTRODUCTION

low power, successive-approximation ADC

This Technical Note describes the evaluation board for the
AD7492 12-bit, high speed, low power, internal reference
and clock, successive approximation A/D converter that
operates from a single 2.7 V to 5.25 V supply. Full data on
the AD7492 is available in the AD7492 data sheet available
from Analog Devices and should be consulted in conjunction
with this Technical Note when using the Evaluation Board.

On-board components include an AD780 which is a pin
programmable +2.5 V or +3 V ultra high precision bandgap
reference, two AD797 op-amps used to buffer the analog
input, and an OP07 op-amp used to buffer the DC bias
voltage applied to the optional analog input bias-up circuit.
There are various link options which are explained in detail
on page 2.

FUNCTIONAL BLOCK DIAGRAM

EVAL-AD7492CB

Interfacing to this board is through a 96-way connector. This
96-way connector is compatible with the EVAL-CONTROL
BRD2 which is also available from Analog Devices. External
sockets are provided for the CONVST input and the VIN
inputs.

OPERATING THE AD7492 EVALUATION BOARD
Power Supplies

When using this evaluation board with the EVAL-CON­TROL BRD2, all supplies are provided from the EVAL­CONTROL BRD2 through the 96 way connector.

When using the board as a stand alone unit, external supplies
must be provided. This evaluation board has five power
supply inputs: V
be connected to the V
pins on the AD7492, the AD780 voltage reference, the
positive supply pin of all three op-amps and the digital
control logic. 0 V is connected to the A
be connected to the V
pins on all three op-amps. The V
provide an external voltage for the output drivers on the
AD7492. If an external V
the D

input which should be tied to 0 V. The supplies are

GND

decoupled to the relevant ground plane with 47µF tantalum
and 0.1µF multilayer ceramic capacitors at the point where
they enter the board. The supply pins of the op-amps and

DD

, A

, VSS, V

GND

input to supply the AVDD and DV

DD

input to supply the negative supply

SS

is supplied, it is referenced to

DRIVE

and D

DRIVE

DRIVE

GND

input. -5 V must

GND

input can be used to

. +5 V must

DD

Unipolar

Ain

Buffer

Vin

Bipolar

Ain

Bias-up

buffer

External

Reference

Ref Out

Power Supply Circuit

REV. A

Information furnished by Analog Devices is believed to be accurate and
reliable. However, no responsibility is assumed by Analog Devices for its
use, nor for any infringements of patents or other rights of third parties
which may result from its use. No license is granted by implication or
otherwise under any patent or patent rights of Analog Devices.

AD7492 ADC

Data Bus

Control Lines

One Technology Way, P.O. Box 9106, Norwood. MA 02062-9106, U.S.A.
Tel: [phone] Fax: [phone]

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EVAL-AD7492CB

reference are also decoupled to A
decoupled to A
decoupled to A

with 10uF tantalum and 0.1µF multilayer ceramic capacitors. The AD7492 DVDD and VDRIVE pins are

GND

with 10uF tantalum capacitors and to D

GND

with a 10µF tantalum and a 0.1µF ceramic capacitor. The AD7492 AVDD supply pin is

GND

with 0.1µF multilayer ceramic capacitors.

GND

Extensive ground planes are used on this board to minimize the effect of high frequency noise interference. There are two
ground planes, A

Analog Input Section

GND

and D

. These are connected at one location close to the AD7492.

GND

The analog input section of this evaluation board accommodates unipolar and bipolar signals. Unipolar signals within the
AD7492 analog input signal range of 0 V - 2.5 V are connected via SK1. They are then buffered by the on-board buffer before
being applied to the VIN pin of the AD7492. Bipolar signals are connected via SK3 and are biased up by the on-board bias­up buffer circuit before being applied to the VIN pin of the AD7492. The input impedence of the bias-up circuit is 50Ω which
is determined by the value of R7. The input impedence may be modified by removing/changing the value of R7. To obtain
optimum performance from this evaluation board the use of an impedence matched, passive filter is recommended before the
analog signal is applied to the evaluation board. For example, when using a 100KHz input tone, a 100KHz 50Ω filter from
TTE (part number KC5-100K-15K-50/50-720B) is suitable.

R13 Potentiometer (50Kohm)

This variable resistor is used to trim the DC bias voltage applied to the optional analog input bias-up circuit. This bias voltage
is factory preset to 1.25 V which biases a bipolar signal to swing around the midpoint of the analog input range (0 - 2.5 V).
If any adjustment is required, the user can use the histogram window in the eval-board software to analyze the DC voltage
variation while adjusting the trim pot. To view this properly, an analog input signal should not be applied to the board. Under
normal operation this pot should not be adjusted as it is preset for optimum performance.

LINK AND SWITCH OPTIONS

There are 12 link options which must be set for the required operating setup before using the evaluation board. The functions
of these options are outlined below.

Link No. Function.

LK1 This link is used to select the DC bias voltage to be applied to the optional Vin bias-up circuit.

If the user is using the bias-up circuit, this link must be inserted which will apply the 2.5 V reference voltage
to the bias-up circuit. This causes a bipolar signal (applied to the bipolar vin input socket) to be biased up
around +1.25 V before it is applied to the AD7492 VIN pin. - see also LK10 (below).
When this link is in position "A" the bias-up circuit is supplied by the AD7492 internal reference.
When this link is in position "B" the bias-up circuit is supplied by the AD780 external reference.
If the bias up circuit is not being used this link should be removed.

LK2 This link must be in position "A" if external power supplies are being used. In this position the control logic

is being powered by the voltage applied to the VDD input.
When power is being supplied from the EVAL-CONTROL BRD2, this link can be moved to position "B"
if the user wants to drive the control logic from a separate +5 V which is generated on the EVAL-CONTROL
BRD2.

LK3 This link option selects the sleep mode that the AD7492 can be put into.

When this link is in position "A" the part goes into full sleep when low power operation is selected.
When this link is in position "B" the part goes into partial sleep when low power operation is selected.

LK4 This link option selects the source of the CONVST input.

When this link is in position "A" the CONVST input is provided by the EVAL-CONTROL BRD2.
When this link is in position "B" the CONVST input is provided via the external socket, SK2.

LK5 This link option selects the source of the RD input.

When this link is in position "A" the RD input is provided by the EVAL-CONTROL BRD2.
When this link is in position "B" the RD input is tied to GND.

LK6 This link option selects the source of the CS input.

When this link is in position "A" the CS input is provided by the EVAL-CONTROL BRD2.
When this link is in position "B" the CS input is tied to GND.

LK7 This link option sets the voltage applied to the VDRIVE pin on the AD7492.

When this link is in position "A", VDRIVE is connected directly to the DVDD pin.
When this link is in position "B", an external voltage must be applied to the VDRIVE pin Via J3.

LK8 This link selects the source of the V

When this link is in position "A" V
When this link is in position "B" V

LK9 This link selects the source of the V

When this link is in position "A" V
When this link is in position "B" V

supply.

DD

must be supplied from an external source via J2.

DD

is supplied from the EVAL-CONTROL BRD2.

DD

supply.

SS

must be supplied from an external source via J2.

SS

is supplied from the EVAL-CONTROL BRD2.

SS

–2–

REV. A

EVAL-AD7492CB

Continued on next page

LK10 This link must be in position "A" if a bipolar AIN signal is being applied to the bipolar Vin socket, SK3.

This link must be in position "B" if a unipolar AIN signal is being applied to the unipolar Vin socket, SK1.
LK11 This link is used to connect in the impedence matching resistor, R5, for unipolar Vin.
LK12 This link is used to connect in the impedence matching resistor, R7, for bipolar Vin.

SET-UP CONDITIONS

Care should be taken before applying power and signals to the evaluation board to ensure that all link positions are as per the
required operating mode. Table I shows the position in which all the links are set when the evaluation board is sent out. All
links are set for use with the EVAL-CONTROL BRD2.

Table I. Initial Link and Switch Positions

Link No. Position Function.

LK1 B Provides DC bias voltage to the analog bias-up circuit using AD780 external reference.

LK2 B The digital logic circuitry is powered from the EVAL-CONTROL BRD2.

LK3 B Part goes into partial sleep mode if low power operation selected.

LK4 A CONVST signal is provided by the EVAL-CONTROL BRD2 via J1.

LK5 A RD signal is provided by the EVAL-CONTROL BRD2 via J1.

LK6 A CS signal is provided by the EVAL-CONTROL BRD2 via J1.

LK7 A AD7492 VDRIVE pin is connected to the AD7492 DVDD pin.

LK8 B V

LK9 B V

LK10 A The AD7492 Vin pin is connected to the bipolar Vin.

LK11 Inserted Unipolar Vin impedence matching resistor is connected into circuit.

LK12 Inserted Bipolar Vin impedence matching resistor is connected into circuit.

is supplied by the EVAL-CONTROL BRD2 via J1.

DD

is supplied by the EVAL-CONTROL BRD2 via J1.

SS

REV. A

–3–

EVAL-AD7492CB

EVAL-CONTROL BRD2 INTERFACING

Interfacing to the EVAL-CONTROL BRD2 is via a 96-way
connector, J1. The pinout for the J1 connector is shown in
Figure 2 and its pin designations are given in Table II.

1

A
B
C

1

Figure 1. Pin Configuration for the 96-Way

32

32

Connector, J1

96-Way Connector Pin Description

D0-D11 Data Bit 0 to Data Bit 11. Three-state TTL

outputs. D11 is the MSB.

+5VD Digital +5 V supply. This can be used to provide

a separate +5 V supply for the digital logic if
required via LK2.

RD Read. This is an active low logic input connected

to the RD pin of the AD7492 via LK5.

CS Chip Select. This is an active low logic input

connected to the CS pin of the AD7492 via LK6.

FL0 Flag zero. This logic input is connected to the

CONVST input of the AD7492 via LK4.

IRQ2 Interrupt Request 2. This is a logic output and is

connected to the BUSY logic output on the
AD7492.

DGND Digital Ground. These lines are connected to

the digital ground plane on the evaluation
board. It allows the user to provide the digital
supply via the connector along with the other
digital signals.

AGND Analog Ground. These lines are connected to

the analog ground plane on the evaluation
board.

AV

SS

Negative Supply Voltage. This provides a nega-

tive supply to the on-board op-amps via LK9.

AV

DD

Positive Supply Voltage. This provides a positive
supply to the op-amps, the reference, the AD7492
and the digital logic.

When interfacing directly to the EVAL-CONTROL BRD2,
all power supplies and control signals are generated by the
EVAL-CONTROL BRD2. However, due to the nature of
the DSP interface on the EVAL-CONTROL BRD2, AD7492
sampling rates greater than 750 KHz are not supported when
interfacing the EVAL-AD7492CB directly to the EVAL­CONTROL BRD2.

Table II. 96-Way Connector Pin Functions.

ROW A ROWB ROWC

1
2D0
3D1
4 DGND DGND DGND
5D2
6D3
7D4
8 +5VD +5VD +5VD
9 RD D5
10 D6 CS
11 D7
12 DGND DGND DGND
13 D8
14 D9
15 D10
16 DGND DGND DGND
17 FL0 D11 IRQ2
18
19
20 DGND DGND DGND
21 AGND AGND AGND
22 AGND AGND AGND
23 AGND AGND AGND
24 AGND AGND AGND
25 AGND AGND AGND
26 AGND AGND AGND
27 AGND
28 AGND
29 AGND AGND AGND
30 AGND
31 AVSS AVSS AVSS
32 AVDD AVDD AVDD

Note : The unused pins of the 96-way connector are not shown.

–4–

REV. A

EVAL-AD7492CB

SOCKETS

There are three input sockets relevant to the operation of the
AD7492 on this evaluation board. The function of these
sockets is outlined in Table III.

Table III. Socket Functions

Socket Function

SK1 Sub-Miniature BNC Socket for unipolar ana-

log input. Analog inputs in the acceptable
AD7492 analog input range (0 V to REFIN)
are applied to this socket. The signal is then
buffered before it is applied to the AD7492
VIN pin.

SK2 Sub-Miniature BNC Socket for external

CONVST input.

SK3 Sub-Miniature BNC Socket for Bipolar ana-

log input The AD7492 can only accept analog
inputs in the range 0 V to REFIN. Bipolar
analog inputs in the range -1.25 V to +1.25 V
applied to this socket are biased up to the
acceptable AD7492 input range by the on­board bias-up circuit before being applied to
the AD7492 VIN pin.

CONNECTORS

There are three connectors on the AD7492 evaluation board
as outlined in Table IV.

Table IV. Connector Functions

OPERATING WITH THE EVAL-CONTROL BRD2

The evaluation board can be operated in a stand-alone mode
or operated in conjunction with the EVAL-CONTROL
BRD2. This EVAL-CONTROL BRD2 is available from
Analog Devices under the order entry "EVAL-CONTROL
BRD2". When interfacing directly to this control board, all
supplies and control signals to operate the AD7492 are
provided by the EVAL-CONTROL BRD2 when it is run
under control of the AD7492 software which is provided with
the AD7492 evaluation board package. This EVAL-CON­TROL BRD2 will also operate with all Analog Devices
evaluation boards which end with the letters CB in their title.

The 96-way connector on the EVAL-AD7492CB plugs
directly into the 96-way connector on the EVAL-CON­TROL BRD2. No power supplies are required in the system.
The EVAL-CONTROL BRD2 generates all the required
supplies for itself and the EVAL-AD7492CB. The EVAL­CONTROL BRD2 is powered from a 12 V AC transformer.
Suitable transformers are available as an accessory from
Analog Devices under the following part numbers:

EVAL-110VAC-US: For use in the U.S. or Japan
EVAL-220VAC-UK: For use in the U.K.
EVAL-220VAC-EU: For use in Europe
These transformers are also available for other suppliers

including Digikey (U.S.) and Campbell Collins (U.K.).
Connection between the EVAL-CONTROL BRD2 and the

serial port of a PC is via a standard RS-232 cable which is
provided as part the EVAL-CONTROL BRD2 package.
Please refer to the manual which accompanies the EVAL­CONTROL BRD2 for more details on the EVAL-CON­TROL BRD2 package.

Connector Function

J1 96-Way Connector for EVAL-CONTROL

BRD2 interface connections.

J2 External VDD, VSS & AGND power connec-

tor.

J3 External VDRIVE & DGND power connec-

tor.

REV. A

–5–

EVAL-AD7492CB

Figure 2. Main Screen

SOFTWARE DESCRIPTION

The software which controls the Evaluation Board Controller
and hence the evaluation board has three main screens.
The screen shown in Figure 2 shows the screen which appears
when the software is run. The main function of this screen is
to allow the user to read a predetermined number of samples
from the evaluation board and display them in both the time
and frequency domain. The screen can be divided into 3
sections. The upper third of the screen contains the control
buttons, the menu bar and various status windows. The
control buttons allow the user to enter the setup menu, take
samples and get information about the software. The menu
bar allows the user to select which printer port is to be used
to control the Evaluation Board Controller, load and save
data etc. The status windows indicate the setup of the
evaluation board/device, number of samples taken and any
information/error messages that are generated.
The middle third of the screen is a Digital Storage Oscilloscope
(DSO). When samples are uploaded from the Evaluation
Board Controller they are displayed here. The samples can be
displayed either as integer values or as voltages (determined
by the input range of the device inquestion). Once samples
have been displayed clicking at any point in the graph will

–6–

display the sample number and value of the point directly
beneath the cursor. Along the axis of the graph are the “zoom
handles”. These allow the user to zoom in and out to get a
closer look at a particular sample if required. When another
set of samples is taken the graph will attempt to display all
values collected unless the Hold Zoom check box is ticked.
In this case the graph will keep the same axis settings as for
the previous set of data samples. Additional check boxes are
provided to give the user control over the vertical and
horizontal grids and data points. The lower third of the screen
will show either a Fast Fourier Transform (FFT) of the data
or a Histogram which shows the number of occurrances of
each particular code read back. The FFT (the default option)
is typically used when the user is concerned with examining
an ADC’s performance in the frequency domain while the
Histogram will give an indication of the ADC’s performance
to DC signals. The option displayed can be toggled by
clicking on the FFT Mode/Histogram Mode button in the
top right of the screen. Figure 3 shows how the main screen
looks when the Histogram Option is selected.

REV. A

EVAL-AD7492CB

Figure 3. Main Screen - Histogram Mode

Setup Screen

The Setup Screen is responsible for allowing the user to load
a configuration file for the evaluation board. The configura­tion file will give the software detailed information about the
evaluation board and part connected to the Evaluation Board
Controller such as number of bits, maximum sampling rate,
power supply requirements etc. The configuration file also
tells the software the name of the DSP program file which it
should download to the Evaluation Board Controller. These
files are supplied by Analog Devices with the evaluation
board. Figure 4 shows the Setup Screen.

SETTING UP THE EVALUATION BOARD CON­TROLLER

The following text describes how the evaluation board
Evaluation Board Controller and software should be set up
for the user to begin using the complete system. The
Evaluation Board Controller and evaluation board should be
connected together (via the 96 way connector). The power
should be applied to the Evaluation Board Controller. At this
stage the red LED should be flashing which indicates that the
Evaluation Board Controller is functional and ready to
receive instructions. The software which should have

REV. A

–7–

been installed should be loaded before the printer port
cable is connected between the Evaluation Board Con-troller
and the PC. This will ensure that the printer port has been
initialized properly. The printer port cable can then be
connected between the PC and the Evaluation Board Con­troller.

Running the Software

With the hardware setup the user is now in a position to
use the software to control the Evaluation Board Con-troller
and evaluation board. In the software the user should select
the File menu and click on Setup. This will display the setup
form. A window on the left of the setup form list all the
available configuration files. The con-figuration files are text
based files which contain infor-mation about the particular
evaluation board to be tested. The information will cover
such things as the part name, number of samples to be taken,
default and maximum sampling frequency power supply
settings etc. The configuration file also contains the name of
the DSP program file which is to be downloaded to the
Evaluation Board Controller. The user should select the
relevant configuration file and click Load. The Evaluation
Board Controller will be reset and the DSP program will be
downloaded. When the download has been completed the

EVAL-AD7492CB

Figure 4. Setup Screen

power supply settings indicated in the configuration file are
set and the user may hear some of the relays clicking. The
pull-down menus items such as number of samples and
sampling frequency will have been set to the default values
specified by the configuration file. The user is free to change
these at will. Once all the settings had been decided the user
can click Close to return to the main form.

Taking Samples

When the user clicks Sample the software will instruct the
Evaluation Board Controller to take the required number of
samples at the required frequency from the evaluation board.
These samples are then uploaded and displayed. An FFT and
Histogram are also calculated and displayed. If the user clicks
Cont Samp the software will repeat the process indefinitely
until the user clicks the button again. While the software is
continuously sampling data the other control buttons are
disabled.

Other Buttons

The Reset button will cause the Evaluation Board Controller
to perform a reset function. When this happens the power
supplies are turned off and the program in DSP memory is
lost. The user should repeat the setup instructions to down­load another program if required.

The Quit button will exit the software, the program running
on the Evaluation Board Controller is not terminated.

MENU BAR ITEMS

The main screen of the Evaluation Board Controller contains
a number of options available as pull-down menu items. The
functions of these are listed below.

File Menu:

Setup Menu: Selecting this option displays the Setup Screen
as shown in Figure 4.

Load Raw Data: Selecting this option allows the user to load
data which had been saved by the software during a previous
session.

Save Raw Data: Selecting this option allows the user to save
the current set of sample data points. The data can be
reloaded to the Evaluation Board Controller software at a
later date or can be used by other programs for further
analysis

Save Binary Data: Selecting this option allows the user to
save the current set of sample data points. The data is saved
in binary format as a text file. This method can be useful for
examining code flicker, looking for stuck bits etc.
Save FFT Data: Selecting this option allows the user to save
the current set of FFT data points. FFT data cannot be
reloaded into the Evaluation Board Controller software but
can be loaded into other software packages for further
analysis.
Exit: Quits the program.

Printer Port:

This menu item allows the user to select which printer port
should be used for communication with the Evaluation Board
Controller.
LPT1: This option selects 0x378 as the printer port
address. This is the default option.
LPT2: This option selects 0x278 as the printer port
address.
PRN: This option selects 0x3BC as the printer port
address.

Help:

This menu item gives information about the current revision
of software for the particular evaluation board being used.

–8–

REV. A

EVAL-AD7492CB

SOFTWARE CONFIGURATION FILES

Software Configuration Files give the Evaluation Board Controller software information on how the software and
hardware should perform . They contain information such as the name of the DSP program to download, the default and
maximum sample frequencies, the number of samples to take and the power supply settings to use. A typical Software
Configuration File (*.cfg) is shown in Table V.

Table V.: Typical Software Configuration File.

[EVAL-CONTROL BOARD]
partname:AD7492
programname:ad7492.PRG

samplefrequency:100000
maxsamplefrequency:750000
samples:2048

+/-15V:on
dvdd:5:on
avdd:5:on
bus:on
;options 2scomp, binary
dataformat:binary
numberofbits:12
inputVmax:2.5
inputVmin:0
[endofconfig]

REV. A

Figure 7. AD7492 Evaluation Board Circuit Diagram (ADC Section)

–9–

EVAL-AD7492CB

Figure 5. AD7492 Evaluation Board Circuit Diagram

–10–

REV. A

EVAL-AD7492CB

REV. A

Figure 6. AD7492 Evaluation Board Circuit Diagram

–11–

EVAL-AD7492CB

Table VI. AD7492 Evaluation Board Bill Of Materials

Qty. PartType RefDes Order Number Supplier/Manuf

1 AD7492BRU U1 AD7492BRU ADI
2 AD797BN U2 U3 AD797BN ADI
1 OP07DP U4 OP07DP ADI
1 AD780AR U5 AD780AR ADI
1 MM74HC04M U6 FEC 379-220 Motorola
1 MM74HC08M U7 FEC 379-224 Motorola
1 SD103C Schottky Diode D1 SD103C

10 10uF, 10V (TAJ-B Series) C1 C3 C9 C11 C13 C15 C17 FEC 498-660 AVX

C19 C23 C29
2 0.1uF 16V X7R (0603 size) C2 C4 FEC 499-675 AVX
13 0.1uF 50V X7R (0805 size) C5 C7 C8 C10 C12 C14 C16 FEC 499-687 AVX

C18 C20-C22 C42 C38
5 0.1uF 50V X7R (0805 size) C28 C30 C32 C34 C36 FEC 499-687 AVX
1 0.01uF 50V X7R (0805 size) C24 FEC 499-225 AVX
1 27pF 50V NPO (0603 size) C25 FEC 722-017 Philips
1 1nF 50V NPO (0805 size) C27 FEC 317-457 AVX
6 47uF 16V (TAJ-D Series) C6 C31 C33 C35 C40 C39 FEC 498-762 AVX
2 22pF 100V NPO (0805 size) C37 C26 FEC-317-500 AVX
1 4.7uF 16V (TAJ-B Series) C41 FEC 498-725 AVX

110Ω ±1% (0603 Size) R1 FEC 910-995 Multicomp
21KΩ ±1% (0805 Size) R2 R3 FEC 911-239 Multicomp
2 100Ω ±1% (0805 Size) R4 R8 FEC 911-732 Multicomp
251Ω ±1% (0805 Size) R5 R7 FEC 771-181 Multicomp
320kΩ ±1% (0805 Size) R6 R9 R10 FEC 771-491 Multicomp
1 130Ω ±1% (0805 Size) R11 FEC 771-235 Multicomp
1 130Ω ±1% (0805 Size) R12 FEC 771-235 Multicomp
1 50KΩ Multi-turn trimmer pot R13 FEC 348-144 Bourns

1 220uH Inductor (8RHB Series) L1 FEC 598-215 TOKO

1 2 pin header LK1 FEC 511-705 Harwin
8 4 (2+2) pin header LK2 LK4 LK5 LK6 LK7 LK8 LK9 LK10 FEC 511-791
Harwin
1 3 pi n he a d er (S IP 3) LK3 F E C 6 71 -9 27 H ar wi n
10 Shorting Link LK1 - LK10 FEC 528-456 Berg
24 Ultra Low Profile Sockets U3 U4 U5 FEC 519-959 Harwin
1 96 Pin 90º DIN41612 Plug J1 FEC 269-931 Siemens
1 3 Pin Terminal Block J2 FEC 151-786 Lumberg
1 2 Pin Terminal Block J3 FEC 151-785 Lumberg
1 40 Pin 90º IDC Ribbon Connector J4 FEC 727-714 3M

3Gold 50Ω SMB Jack SK1 SK2 SK3 FEC 310-682 M/ACOM

4 Stick-on Feet Each Corner FEC 148-922 3M
1 PCB EVAL-AD7492CB n/a

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REV. A

EVAL-AD7492CB

Figure 7. Component Side Artwork

REV. A

Figure 8. Solder Side Artwork

–13–

EVAL-AD7492CB

Figure 6. Component Side Artwork

–14–

REV. A