Analog Devices EVAL-AD5313RDBZ User manual

EVAL-AD5313RDBZ User Guide
UG-965
One Technology Way •P. O. Box 9106 •Norwood, MA 02062-9106, U.S.A. •Tel: [phone] •Fax: [phone] •www.analog.com
Evaluating the AD5313R 10-Bit, Dual-Channel Voltage Output Digital-to-Analog
Converter (
D A C)
PLEASE SEE THE LAST PAGE FOR AN IMPORTANT
WARNING AND LEGAL TERMS AND CONDITIONS.Rev. A | Page 1 of 13
FEATURES
Full featured evaluation board (EVAL-AD5313RDBZ)
in conjunction with nanoDAC motherboard
(EVAL-MBnanoDAC-SDZ)
On-board references
Various link options
PC control in conjunction with Analog Devices, Inc., system
demonstration platform (SDP)
EVALUATION KIT CONTENTS
EVAL-AD5313RDBZ evaluation board
EVAL-MBnanoDAC-SDZ motherboard
USB cable
SOFTWARE REQUIRED
EVAL-AD5313RDBZ evaluation software
HARDWARE REQUIRED
EVAL-SDP-CB1Z controller board (SDP-B controller board),
must be purchased separately
GENERAL DESCRIPTION
This user guide details the operation of the E VA L -AD5313RDBZ
evaluation board for the AD5313R dual-channel, voltage output
DAC. The AD5313R operates from a single 2.7 V to 5.5 V supply.
The E VA L -AD5313RDBZ is designed to quickly prototype
AD5313R circuits and reduce design time. The evaluation board
interfaces with the USB port of a PC via the SDP-B controller
board. Software can be downloaded via the EVA L-AD5313RDBZ
product page that allows users to program the AD5313R.
This evaluation board requires the SDP-B controller board,
which is available for order on the Analog Devices, Inc.,
website.
Full data on the AD5313R can be found in the AD5313R data
sheet available from Analog Devices and should be consulted in
conjunction with this user guide when using the evaluation board.
EVAL-AD5313RDBZ, EVAL-MBNANODAC-SDZ, AND EVAL-SDP-CB1Z BOARDS
14440-001
Figure 1.

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 2 of 13
TABLE OF CONTENTS
Features .............................................................................................. 1
Evaluation Kit Contents................................................................... 1
Software Required ............................................................................ 1
Hardware Required .......................................................................... 1
General Description ......................................................................... 1
E VA L-AD5313RDBZ, E VA L -MBnanoDAC-SDZ, and EVAL-
SDP-CB1Z Boards ............................................................................ 1
Revision History ............................................................................... 2
Evaluation Board Hardware ............................................................ 3
Power Supplies .............................................................................. 3
Link Options ................................................................................. 3
Daughter Board Link Options.....................................................3
Evaluation Software...........................................................................4
Installing the EVAL-AD5313RDBZ evaluation software.............4
Running the Software ...................................................................4
Software Operation .......................................................................5
Evaluation Board Schematics and Artwork...................................7
EVAL-MBnanoDAC-SDZ Motherboard ...................................7
E VA L-AD5313RDBZ Daughter Board..................................... 10
Ordering Information.................................................................... 12
Bill of Materials........................................................................... 12
REVISION HISTORY
9/2017—Rev. 0 to Rev. A
Changes to Figure 1.......................................................................... 1
Changes to Daughter Board Link Options Section and Table 3...... 3
3/2017—Revision 0: Initial Version

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 3 of 13
EVALUATION BOARD HARDWARE
POWER SUPPLIES
The nanoDAC® E VA L-MBnanoDAC-SDZ motherboard
supports single and dual power supplies.
The E VA L -AD5313RDBZ evaluation board can be powered
either from the SDP-B port or externally by the J5 and J6
connectors, as described in Table 1.
Both AGND and DGND inputs are provided on the E VA L -
AD5313RDBZ evaluation board. The AGND and DGND planes
connect at one location on the E VA L -MBnanoDAC-SDZ. It is
recommended that AGND and DGND do not connect
elsewhere in the system to avoid ground loop problems.
All supplies are decoupled to ground with a 10 µF tantalum
capacitor and 0.1 µF ceramic capacitor.
Table 1. Power Supply Connectors
Connector No. Label Voltage
J5, Pin 1 (J5-1) VDD Analog positive power supply, VDD;
5.5 V single- and dual-supply
J5, Pin 2 (J5-2)
AGND
Analog ground
J5, Pin 3 (J5-3) VSS Analog negative power supply, VSS;
5.5 V dual-supply
J6, Pin 1 (J6-1) VLOGIC Digital supply from 1.8 V to VDD
J6, Pin 2 (J6-2) DGND Digital ground
LINK OPTIONS
A number of link options are incorporated in the EVA L -
MBnanoDAC-SDZ and must be set for the required operating
conditions before using the EVA L-AD5313RDBZ. Table 2
describes the positions of the links to control the evaluation
board via the SDP-B controller board using a PC and external
power supplies. The functions of these link options are described in
detail in Table 3. The positions listed in Table 2 and Table 3
match the evaluation board imprints (see Figure 12).
Table 2. Link Options Setup for SDP-B Control (Default)
Link Number Position
REF1 2.5V
REF2 EXT
REF3 EXT
REF4 EXT
LK5 C
LK6 +3V3
LK7 B
DAUGHTER BOARD LINK OPTIONS
The E VA L -AD5313RDBZ has two link options, LK1 and LK2,
and it is recommended to remove the link from the E VA L-
AD5313RDBZ.
Table 3. Link Functions
Link Number Position
REF1 to REF4 These links select the reference source.
Position EXT selects an off board voltage reference via the appropriate EXT_REF connector.
Position VDD selects VDD as the reference source.
Position 4.096V selects the on-board 4.096 V reference as the reference source.
Position 2.5V selects the on-board 2.5 V reference as the reference source.
Position 5V selects the on-board 5 V reference as the reference source.
LK5 This link selects the positive DAC analog voltage source.
Position A selects the internal voltage source from the SDP-B controller board. Only the 2.5 V on-board reference can
be used with this configuration.
Position B selects the internal voltage source 3.3 V from the ADP121.
Position C selects an external supply voltage, VDD.
LK6 This link selects the VLOGIC voltage source.
Position +3.3V selects the digital voltage source from the SDP-B controller board (+3V3).
Position VLOGIC selects an external digital supply voltage (VLOGIC).
LK7 This link selects the negative DAC analog voltage source.
Position A selects VSS.
Position B selects AGND.

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 4 of 13
10954-00 3
EVALUATION SOFTWARE
INSTALLING THE EVAL-AD5313RDBZ EVALUATION
SOFTWARE
The E VA L -AD5313RDBZ evaluation software is compatible with
Windows® Vista (64-bit/32-bit), and Windows 7 (64-bit/32-bit).
Install the software before connecting the SDP-B controller
board to the USB port of the PC to ensure that the SDP-B
controller board is recognized when it connects to the PC.
To install the EVA L-AD5313RDBZ evaluation software, take
the following steps:
1. Start the Windows operating system.
2. Download the installation software from the E VA L-
AD5313RDBZ evaluation board page.
3. Run the setup.exe file from the installer folder if it does not
open automatically.
4. After the installation is complete, power up the evaluation
board as described in the Power Supplies section.
5. Connect the E VA L-AD5313RDBZ to the SDP-B controller
board and the SDP-B controller board to the PC using the
USB cable included in the evaluation kit.
6. When the software detects the E VA L-AD5313RDBZ,
proceed through any dialog boxes that appear to finalize
the installation.
RUNNING THE SOFTWARE
To run the E VA L -AD5313RDBZ evaluation software, proceed
with the following steps:
1. Connect the EVA L -AD5313RDBZ to the SDP-B controller
board and connect the USB cable between the board and
the PC.
2. Power up the E VA L -AD5313RDBZ as described in the
Power Supplies section.
3. Click Start > All Programs > Analog Devices > AD5313R
Evaluation Software to locate the evaluation board.
If the SDP-B controller board is not connected to the USB port
when the software launches, a connectivity error displays (see
Figure 2).
Connect the SDP-B controller board to the USB port of the PC
and wait a few seconds. When the SDP-B controller board and
the E VA L -AD5313RDBZ daughter board are detected, the
display updates (see Figure 3).
14440-002
Figure 2. Connectivity Error
14440-003
Figure 3. Hardware Select Window

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 5 of 13
14440-004
Figure 4. AD5313R Evaluation Software Main Window
Alternatively, the E VA L -AD5313RDBZ evaluation software can
be used without an evaluation board. The EVA L-AD5313RDBZ
evaluation software runs in simulation mode displaying
expected outputs based on the input data. The main window of
the E VA L-AD5313RDBZ evaluation software then opens, as
shown in Figure 4.
SOFTWARE OPERATION
The E VA L -AD5313RDBZ evaluation software allows the user to
program values to the input and DAC registers of each DAC
individually or collectively.
Write to Input Register
Click the Write to Input Register button to load the code of the
input data control to the input register of the selected DAC
(DAC A, DAC B, or All DACs).
Update DAC Register from Input Register
Click the Update DAC Register from Input Register button to
copy the value in the input register to the corresponding DAC
register. DAC outputs are automatically updated with the
appropriated voltage. Ignore the LDAC MASK indicator LED.
Write to Input and DAC Registers
Click the Write to Input and DAC Registersbutton to load the
code of the input data control to the input register and DAC
register of the selected DAC. The DAC outputs are automatically
updated with the appropriated voltage. Ignore the LDAC MASK
indicator LED.
LDAC Control
Select the Pulse LDAC button to bring the LDAC pin low and
then back to high, copying the data from the input registers to
the DAC registers, and the outputs update accordingly. Ignore
any DAC updates disabled by the LDAC mask settings.
The LDAC pin can also be set high or low by clicking LDAC
HIGH or LDAC LOW, respectively.
LDAC Mask Register
Each DAC can be configured to respond or ignore the LDAC
pin settings in the LDAC Control. Click the blue progressive
disclosure option on the LOGIC INTERFACE block to access
the LDAC Configuration window, as shown in Figure 5.
When the LDAC selections are completed, click OK to write the
appropriate values to the AD5313R. The LDAC MASK indicator
LED lights up accordingly when a DAC LDAC mask is enabled.
14440-105
Figure 5. LDAC Configuration Window

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 6 of 13
Power-Down Control
DAC A and DAC B in the AD5313R can be powered down
individually. Each of the DACs has a selection box allowing the
selected DAC to operate in normal mode or power-down mode.
Click on the blue progressive disclosure button on the POWER-
DOWN LOGIC block to access the Powerdown Configuration
window, shown in Figure 6. When the power-down setting for
the DAC is selected, click OK to write the appropriate values to
the AD5313R. The POWER DOWN indicator LED lights up
accordingly when a DAC powers down.
14440-106
Figure 6. Powerdown Configuration Window
GAIN Control
Set the GAIN pin high or low by clicking the blue progressive
disclosure button on the GAIN SELECT block to access the Gain
Control window, shown in Figure 7. Select GAIN X1 to give a full-
scale output of 2.5 V or select GAIN X2 to give a full-scale output
of 5 V.
14440-107
Figure 7. Gain Control Window

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 7 of 13
EVALUATION BOARD SCHEMATICS AND ARTWORK
EVAL-MBNANODAC-SDZ MOTHERBOARD
EXT_VDD
VLOGIC
GND
EXT_VSS
CONNECTOR
STANDARD
SDP
PARALLEL
PORT
SPORT
SPI
I2C
GENERAL
INPUT/OUTPUT
TIMERS
*NC ON BLACKFIN SDP 120
NC
119
NC
118
GND
117
GND
116
VIO(+3.3V)
115
GND
114
*PAR_D22
113
*PAR_D20
112
*PAR_D18
111
*PAR_D16
110
PAR_D15
109
GND
108
PAR_D12
107
PAR_D10
106
PAR_D8
105
PAR_D6
104
GND
103
PAR_D4
102
PAR_D2
101
PAR_D0
100
99
98
GND
97
PAR_A2
96
PAR_A0
95
PAR_FS2
94
PAR_CLK
93
GND
92
SPORT_RSCLK
91
SPORT_DR0
90
SPORT_RFS
89
SPORT_TFS
88
SPORT_DT0
87
SPORT_TSCLK
86
GND
85
SPI_SEL_A
84
SPI_MOSI
83
SPI_MISO
82
SPI_CLK
81
GND
80
SDA_0
79
SCL_0
78
GPIO1
77
GPIO3
76
GPIO5
75
GND
74
GPIO7
73
TMR_B
72
TMR_D
71
CLK_OUT
70
NC
69
GND
68
NC
67
NC
66
NC
65
WAKE
64
SLEEP
63
GND
62
UART_TX
61
BMODE1
60 RESET_IN
59 UART_RX
58 GND
57 RESET_OUT
56 EEPROM_A0
55 NC
54 NC
53 NC
52 GND
51 NC
50 NC
49 TMR_C*
48 TMR_A
47 GPIO6
46 GND
45 GPIO4
44 GPIO2
43 GPIO0
42 SCL_1
41 SDA_1
40 GND
39 SPI_SEL1/SPI_SS
38 SPI_SEL_C
37 SPI_SEL_B
36 GND
35 SPORT_INT
34 SPI_D3*
33 SPI_D2*
32 SPORT_DT1
31 SPORT_DR1
30 SPORT1_TDV*
29 SPORT0_TDV*
28 GND
27 PAR_FS1
26 PAR_FS3
25 PAR_A1
24 PAR_A3
23 GND
22 PAR_CS
21 PAR_RD
20 PAR_D1
19 PAR_D3
18 PAR_D5
17 GND
16 PAR_D7
15 PAR_D9
14 PAR_D11
13 PAR_D13
12 PAR_D14
11 GND
10 PAR_D17*
9PAR_D19*
8PAR_D21*
7PAR_D23*
6GND
5USB_VBUS
4GND
3GND
2NC
1VIN
J10
1A0
2A1
3A2
4VSS
8
VCC 7
WP 6
SCL 5
SDA
U3
24LC32
R2
100kΩ
R4
DNP
R3
100kΩ
DGND AGND
L1
BEAD
R1
1.6Ω
+
C11
4.7µF
C10
0.1µF
+C7
10µF
1VIN
2GND
3EN 4
NC
5
VOUT
U2
ADP121-AUJZ33
C3
1µF
C4
1µF
C
B
A
LK5
J6-1
J6-2
C5
0.1µF
+C6
10µF
A
B
LK6
J5-1
J5-2
J5-3
C2
0.1µF
+
C1
10µF
A
B
LK7
R7 100Ω
R5 100Ω
R6 100Ω
R8 100Ω
R9 100Ω
R10 100Ω
R11 100Ω
R12 100Ω
R13 100Ω
R14
14440-005
100Ω
C8
0.1µF
+
C9
10µF
R15
100Ω
R16
DNP
PD
SCL
SDA
CS
WR
DB0
DB2
DB4
DB6
DB8
DB10
DB1
DB3
DB5
DB7
DB9
DB11
+3.3V
+3.3V
DGND
+5V
USB_VBUS
USB_VBUS
+3.3V
VDD
+3.3V
DGND
VLOGIC
DGND
+3.3V
DGNDDGND
VSS
+5V
CLR
LDAC
SCLK
SDO
SDIN
SYNC
EXT_VDD
EXT_VDD
+5V
DGND
DGND
DGND
DGND
DGND DGND
Figure 8. EVAL-MBnanoDAC-SDZ Motherboard, SDP-B Controller Board Connector, and Power Supply
EX_REF_1 EX_REF_2 EX_REF_3 EX_REF_4
VREF_1 VREF_2 VREF_3 VREF_4
D
C
A
B
E
REF3
D
C
A
B
E
REF4
D
C
A
B
E
REF1
D
C
A
B
E
REF2
+5VREF
+2_5VREF
+4_096VREF
VREF1
+5VREF
+2_5VREF
+4_096VREF
VREF2
+5VREF
+2_5VREF
+4_096VREF
VREF3
+5VREF
+2_5VREF
+4_096VREF
VREF4
VDD VDD VDD VDD
14440-006
+2.5V +4.096V
C16
1µF
C15
1µF
6
OUTPUT
2VS
3SLEEP
4
GND
U6
REF198
C17
1µF
+5V
+2.5V +4.096V
2VIN
5TRIM
6
VOUT
4
GND
U4
ADR445ARMZ
2VIN
4
GND
5
TRIM
7COMP
6
VOUT
U5
ADR431BRZ
+5VREF+2_5VREF +4_096VREF VDD VDD VDD
Figure 9. EVAL-MBnanoDAC-SDZ Motherboard Reference Voltage Selector Circuit

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 8 of 13
DAUGHTER BOARD CONNECTOR
SPI PMOD CONNNECTOR GPIO PMOD CONNNECTOR
I2C PMOD CONNNECTOR
1
3
5
7
9
2
4
6
8
10
J2
1 2
3 4
5 6
7 8
910
11 12
13 14
15 16
J1
SDIN SDO SCLK SYNC SCL LDAC CLR PD GAIN SDA
1 2
3 4
5 6
7 8
J9
J8-1
J8-2
J8-3
J8-4
J8-5
J8-6
J7-1
J7-2
J7-3
J7-4
J7-5
J7-6
J3-1
J3-2
J3-3
J3-4 J3-5
J3-6
J4-1
J4-2
J4-3
J4-4
J4-5
J4-6
J4-7
J4-8
VDD
VREF1
VREF2
VREF3
VREF4
VLOGIC
SDASCL
SYNC
SCLK
SDO
SDIN LDAC
CLR
PD
GAIN
DB6
DB7
DB8
DB9
DB0
DB1
DB2
DB3
VOUT_0
VOUT_1
VOUT_2
VOUT_3
VOUT_4
VOUT_5
VOUT_6
VOUT_7
SCL
SDA
DGND
VLOGIC
SCL
SDA
DGND
VLOGIC
SYNC
SDO
SDIN
SCLK
DGND
VLOGIC
PD
GAIN
DGND
LDAC
CLR
VLOGIC
DGND
CS WR
DB11
DB5
DB10
DB4
AGND
14440-007
Figure 10. EVAL-MBnanoDAC-SDZ Motherboard Connectors to Daughter board and Serial Interface
VOUT_0
VOUT_1
VOUT_2
VOUT_3
VOUT_4
VOUT_5
VOUT_6
VOUT_7
+
-
3
2
1
U10-A
AD8608ARUZ
+
–
5
6
7
U10-B
AD8608ARUZ
+
–
10
9
8
U10-C
AD8608ARUZ
+
–
12
13
14
U10-D
AD8608ARUZ
3+
2–
1
U7-A
AD8616ARZ
5+
6–
7
U7-B
AD8616ARZ
8
V+
4
V–
U7-C
AD8616ARZ
2–
3+
6
OP
4
V–
7
V+
U11
AD8655
2–
3+
6
OP
4
V–
7
V+
U12
AD8655
VOUT_0
VOUT_1
VOUT_2
VOUT_3
VOUT_4
VOUT_5
VOUT_6
VOUT_7
VDD
VSS
VDD
VDD
VSS
VSS
14440-008
Figure 11. EVAL-MBnanoDAC-SDZ Motherboard Output Amplifier Circuit

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 9 of 13
14440-009
Figure 12. EVAL-MBnanoDAC-SDZ Motherboard Component Placement
14440-010
Figure 13. EVAL-MBnanoDAC-SDZ Motherboard Top Side Routing

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 10 of 13
14440-011
Figure 14. EVAL-MBnanoDAC-SDZ Motherboard Bottom Side Routing
EVAL-AD5313RDBZ DAUGHTER BOARD
AD5313R SETUP
C3
0.1uF
+C4
10uF
C1
0.1uF
+C2
10uF
R1 DNP
VOUT_A
R2 DNP
VOUT_B
C5
DNP
C8
DNP
R8 DNP
BA
LK2
R7 DNP
BA
LK1
R9 0Ω
R6 0Ω
R4 DNP
R5 0Ω
R3 DNP
1
3
5
7
9
2
4
6
8
10
J2
J3-1 J3-2 J3-3 J3-4 J3-5
J3-6
J4-1
J4-2
J4-3
J4-4
J4-5
J4-6
J4-7
J4-8
12
34
56
78
910
11 12
13 14
15 16
J1
1
VREF
2
NC
3
VOUT_A
4GND
5
VDD
6
NC
7
VOUT_B
8SDO
9LDAC
10 GAIN
11
VLOGIC
12 SCLK
13 SYNC
14 SDIN
15 RESET
16 RSTSEL
U1
AD5313RBRUZ
VDD
VLOGIC
VREF1
VOUT_0
VOUT_1
CLR
LDAC
GAIN
VLOGIC
SDIN
SCLK
SCL
SYNC
SDA
VDD
VREF1 VREF2 VREF3 VREF4
V
LOGIC
SDASCL
SYNC
SCLK
SDO
SDIN LDAC
CLR
PD
GAIN
VOUT_0
VOUT_1
VOUT_2
VOUT_3
VOUT_4
VOUT_5
VOUT_6
VOUT_7
DB6
DB7
DB8
DB9
DB0
DB1
DB2
DB3
DGND
CS
WR
DB11
DB5
DB10
DB4
AGND
14440-012
Figure 15. EVAL-AD5313RDBZ Daughter Board Schematic

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 11 of 13
14440-013
Figure 16. EVAL-AD5313RDBZ Daughter Board Component Placement
14440-014
Figure 17. EVAL-AD5313RDBZ Daughter Board Top Side Routing
14440-015
Figure 18. EVAL-AD5313RDBZ Daughter Board Bottom Side Routing

UG-965 EVAL-AD5313RDBZ User Guide
Rev. A | Page 12 of 13
ORDERING INFORMATION
BILL OF MATERIALS
Table 4. EVAL-MBnanoDAC-SDZ Motherboard
Reference Designator Description Supplier1/Part Number
C1, C6, C7, C9 6.3 V tantalum capacitors (Case A), 10 µF, ±20% FEC 1190107
C2, C5, C8, C10, C15 to C17 50 V, X7R ceramic capacitors, 0.1 µF, ±10% FEC 1759122
C3, C4 10 V, X5R ceramic capacitors, 1 µF, ±10% GRM188R61A105A61D2
C11 6.3 V tantalum capacitor (Case A), 4.7 µF, ±20% FEC 1432350
EXT_REF_1 to EXT_REF_4 Straight PCB mount SMB jacks, 50 Ω FEC 1206013
J1 Header, 2.54 mm, 2 × 8-way FEC 2308428
J2 Header, 2.54 mm, 2 × 5-way FEC 9689583
J3, J7, J8 Header, 2.54 mm, 1 × 6-way FEC 9689508
J4
Header, 2.54 mm, 1 × 8-way
FEC 1766172
J5 3-pin terminal block FEC 1667472
J6 2-pin terminal block FEC 151789
J9 Header, 2.54 mm, 2 × 4-way FEC 1667509
J10 120-way connector FEC 1324660
L1 Inductor, SMD, 600 Ω FEC 9526862
LK5 6-pin (3 × 2-way) 0.1 inch header and shorting block FEC 148-535 and FEC 150-411 (36-pin strip)
LK6, LK7 4-pin (2 × 2-way) 0.1 inch header and shorting block FEC 148-535 and FEC 150-411 (36-pin strip)
REF1 to REF 4 10-pin (5 × 2-way) 0.1 inch header and shorting block FEC 1022227 and FEC 150-411
R1 Resistor, surge, 1.6 Ω, 1%, 0603 FEC 1627674
R2, R3 SMD resistors, 100 kΩ, 1%, 0603 FEC 9330402
R5 to R15 SMD resistors, 100 Ω, 1%, 0603 FEC 9330364
U2
3.3 V linear regulator
ADP121-AUJZ33R7
U3 32 kΩ I2C serial EEPROM FEC 1331330
U4 5 V reference MSOP ADR445ARMZ
U5 Ultralow noise XFET® voltage reference ADR431BRZ
U6 4.096 V reference REF198ESZ
U7 Dual-op amp AD8616ARZ
U10 Quad-op amp AD8608ARMZ
U11, U12 Op amp AD8655ARMZ
1 FEC refers to Farnell Electronic Component Distributors.
2 GRM refers to Murata Manufacturing Company.
Table 5. EVAL-AD5313RDBZ Daughter Board
Qty Reference Designator Description Supplier1/Part Number
2 C1, C3 50 V, X7R ceramic capacitors FEC 1759122
2 C2, C4 6.3 V tantalum capacitors (Case A) FEC 1190107
2 C5, C8 Do not insert Do not insert
1 J1 16-pin (2 × 8-way) header FEC 2308428 inserted from solder side
1 J2 10-pin (2 × 5-way) straight header, 2.54 mm pitch FEC 9689583 inserted from solder side
1 J3 6-pin (1 × 6-way) straight header, 2.54 mm pitch FEC 9689508 inserted from solder side
1 J4 Header, 2.54 mm, PCB, 1× 8-way FEC 1766172 inserted from solder side
2 LK1, LK2 Jumper blocks using 3-pin SIP header FEC 1022248 and FEC 150410
2 R1, R2 Do not insert Do not insert
4 R3, R4, R7, R8 Do not insert Do not insert
3 R5, R6, R9 Resistors, 0603, 1%, 0 Ω FEC 9331662
1 U1 10-bit DAC AD5313RBRUZ
1 VOUT_A Red test point FEC 8731144 (pack)
1 VOUT_B Red test point FEC 8731144 (pack)
1 FEC refers to Farnell Electronic Component Distributors.

EVAL-AD5313RDBZ User Guide UG-965
Rev. A | Page 13 of 13
NOTES
I2C refers to a communications protocol originally developed by Philips Semiconductors (now NXP Semiconductors).
ESD Caution
ESD (electrostatic discharge) sensitive device. Charged devices and circuit boards can discharge without detection. Although this product features patented or proprietary protection
circuitry, damage may occur on devices subjected to high energy ESD. Therefore, proper ESD precautions should be taken to avoid performance degradation or loss of functionality.
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UG14440-0-9/17(A)