EVAL-AD5535EBZ

EVAL-AD5535EB
Rev. 0 | Page 4 of 12
EVALUATION BOARD SOFTWARE
SOFTWARE INSTALLATION
The AD5535EB evaluation kit includes self-installing software
on CD-ROM. If the set-up file does not run automatically, you
can run setup.exe from the CD-ROM.
The evaluation board software is compatible with Microsof
Windows® 95 or better. Ensure that the Centronics cable
connects the PC to the AD5535 evaluation board.
1. On the Analog Devices menu, click AD5535 Evaluation
Software.
The AD5535 Evaluation Software dialog box is displayed.
Figure 2 shows this box.
05732-002
Figure 2.
SOFTWARE OPERATION
The software automatically selects the parallel printer port
address in use by the host PC. Alternative port addresses can be
selected from the Printer Port drop-down menu; the selected
port address is indicated with a check mark.
To load a single code to a DAC channel
1. Select the desired channel.
2. Type the desired hexadecimal word.
3. Press ENTER.
4. Click on Load All Channels to load all of the 32 DAC
channels with the entered hexadecimal value.
Also, selecting a channel automatically updates that channel
with the value already entered.
To output a squarewave on a DAC channel
1. Select Output Squarewave from the Output
Wavefo rm drop-down menu.
2. A new dialog box opens, as shown in
Figure 3.
3. Type the desired values, pressing ENTER after each
entry.
4. Click Output Waveform to output the squarewave.
5. Press any key to stop the waveform output.
05732-003
Figure 3.
EVAL-AD5535EB
Rev. 0 | Page 5 of 12
COMPONENT LISTING
Table 3.
Qty Reference Designator Description Supplier/Number
1 U1 AD5535 Analog Devices
1 U2 REF198AR Analog Devices
1 U3 AD711KN Analog Devices
4 R1 to R4 1 kΩ, 0.1 W 1% resistor (0805 package) FEC 911-859
1 R5 4k7, 0.1 W 1% resistor (0805 package) FEC 911-938
13 C8 to C12, C14 to C17, C19, C26, C31, C33 0.1 μF multilayer ceramic capacitor (0603 package) FEC 499-687
11 C1 to C6, C20 to C23, C25 10 μF tantalum capacitor (TAJ-B package) FEC 498-660
2 C7, C24 10 μF electrolytic 450 V FEC 322-8010
5 C27 to C30, C38 470 pF, 100 V NPO capacitor (0805 package) FEC 499-195
2 C13, C18 0.01 μF, 1000 V FEC 219-496
1 C32 1μF 35 V tantalum capacitor (TAJ-B package) FEC 498-920
1 D1 SD103C Schottky diode (DO-35 case) Digikey SD103CCT-ND
1 D2 RS1G FEC 547-062
1 J1 36-lead Centronics connector (IEEE 488 style) FEC 147-753
1 J2 40 way 0.1” header (2 × 20) FEC 148-535
9 J3 to J7, J11 to J13, J18 Gold 50 Ω SMB jack FEC 310-682
2 J16, J17 Black banana socket FEC 150-040
3 J9, J14, J15 Red banana socket FEC 150-039
1 J8 Blue banana socket FEC 150-042
1 J10 Green banana socket FEC 150-041
2 LK1, LK2 3 way 0.1” header (3 × 1) FEC 511-717
2 LK3, LK4 2 way 0.1” header (2 × 1) FEC 511-705
40 TP1 to TP7, TP40, V0 to V31 Test point FEC 240-345
ESD CAUTION
ESD (electrostatic discharge) sensitive device. Electrostatic charges as high as 4000 V readily accumulate on
the human body and test equipment and can discharge without detection. Although this product features
proprietary ESD protection circuitry, permanent damage may occur on devices subjected to high energy
electrostatic discharges. Therefore, proper ESD precautions are recommended to avoid performance
degradation or loss of functionality.
EVAL-AD5535EB
Rev. 0 | Page 6 of 12
EVALUATION BOARD SCHEMATICS
VOUT0
B1
V0
J2–10
VOUT1
A2
V1
J2–11
VOUT2
D1
V2
J2–7
VOUT3
C2
V3
J2–9
VOUT4
B3
V4
J2–12
VOUT5
E2
V5
J2–6
VOUT6
F3
V6
J2–5
VOUT7
A4
V7
J2–14
VOUT8
E4
V8
J2–13
VOUT9
B5
V9
J2–15
VOUT10
F5
V10
J2–8
VOUT11
A6
V11
J2–17
VOUT12
E6
V12
J2–16
VOUT13
B7
V13
J2–18
VOUT14
F7
V14
J2–22
VOUT15
E8
V15
J2–19
VOUT16
A8
V16
J2–20
VOUT17
B9
V17
J2–21
VOUT18
F9
V18
J2–33
VOUT19
E10
V19
J2–25
VOUT20
A10
V20
J2–23
VOUT21
B11
V21
J2–24
VOUT22
C12
V22
J2–27
VOUT23
D13
V23
J2–30
VOUT24
E12
V24
J2–31
VOUT25
A12
V25
J2–26
VOUT26
B13
V26
J2–28
VOUT27
H13
V27
J2–36
VOUT28
G14
V28
J2–35
VOUT29
C14
V29
J2–29
VOUT30
F13
V30
J2–34
VOUT31
E14
V31
J2–32
TP6
J2–4
TP7
J2–3
J7
VOUT1
R7
C35
J6
VOUT0
R6
C34
V–
V–
SD103C
D1
J17
AGND
J16
DGND
J8
VPP
+275V
J9
V+
+5V
J10
V–
–5V
J14
AVCC
+5V
J15
DVCC
+5V
V+ VPP
AVCCDVCC
AVCC
LK4
L2
L1
M13
P5
M14
V–2
V–1
K1
K2
V+1
V+2
H1
H2
VPP1
VPP2
AVCC2
DVCC
AVCC1
+
10µF
100nF
RS1G
D2
C7
C13
J2–1
J2–2
J2–37
J2–40
J2–39
J2–38
J1–19
J1–20
J1–6
J1–2
J1–3
J1–4
J1–5
J1–21
J1–22
J1–23
J1–24
J1–25
J1–26
J1–27
J1–28
J1–29
J1–30
10µF
100nF
VPP
C24
C18
10µF
100nF
V–
C23 C17
10µF
100nF
V+
C22
C16
10µF
100nF
AVCC
C21
C15
100nF
DVCC
C14
CLOSE TO POWER SOCKETS
+
++++
C20
10µF
V+
100nF
C6
10µF
C12
V–
100nF
C2
10µF
C8
AVCC
100nF
C5
10µF
C11
DVCC
100nF
C4
10µF
C10
++ ++
CLOSE TO U1
J12
SDIN
J11
SCLK
J13
SYNCB
J18
TEST
CENTRONICS
TP1
C38
470pF
TP2
C28
470pF
TP3
C27
470pF
TP4
C29
470pF
TP5
C30
470pF
LK3
P4
P2
RESETB
REFIN
P8
DIN
P9
SCLK
P10
SYNCB
P7
TEST
J4
VOUT30
R8
C36
J5
VOUT31
R9
C37
N3
N4
CATHODE
ANODE
N2
N1
PGND2
PGND1
L14
P3
DACGND2
DACGND1
M1
M2
AGND1
AGND2
P6
DGND
DVCC
R5
4k
A
B
C
J3
EXT VREF
TP40
LK1
A
B
C
LK2
+
C9
C3
10µF
100nF
C33
100nF
R1
1k
R4
1k
R2
1k
R3
1k
OP196
+
V–V+
U3
OP
4
6
7
32
C32
+
1µF
C31
100nF
SO-8 PACKAGE
U2
VOUT
GND
VIN
REF198
62
4
100nF
AVCC
C1
10µF
C19
+
AVCC
100nF
C26
10µF
C25
+
DECOUPLING
FOR U3
PIN HEADER
U1
AD5535
05732-004
DIP-8 PACKAGE
Figure 4. Evaluation Board Circuit Diagram

EVAL-AD5535EBZ

Mfr. #:
Manufacturer:
Analog Devices Inc.
Description:
Data Conversion IC Development Tools EVAL BRD AD5535
Lifecycle:
New from this manufacturer.
Delivery:
DHL FedEx Ups TNT EMS
Payment:
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