DS9090EVKIT Datasheet by Analog Devices Inc./Maxim Integrated

Evaluates: DSZ401, D82406, DSZ411,
Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
General Description
The DS9090EVKIT evaluation system (EV system) con-
sists of a DS9490+ USB-to-1-Wire®/iButton® adapter for
PC connectivity, a DS9120P+ socket board with RJ11
cable, and seven different 1-Wire devices. This EV sys-
tem provides the special hardware and software system
to exercise the features of 1-Wire devices with memory or
PIO/switches, except 1-Wire EPROM devices. (EPROM
devices such as the DS2502 and DS2506 require a dif-
ferent adapter (DS9481R-3C7) to perform an EPROM
write. This adapter can be purchased separately.) 1-Wire
EPROM devices are available for sampling.
The EV system software consists of the OneWireViewer
(a Java® program) that runs under Windows® OS and
comes as part of the 1-Wire drivers installation package.
Benefits and Features
●Easy Setup with USB Adapter
●Fully Compliant with USB 2.0 Specification
●Software Runs on Windows 8, Windows 7, Windows
Vista®, and Windows XP® OS (32-Bit and 64-Bit
Versions)
●Convenient On-Board Test Points and Dual TO92
Socket
●Standard RJ11 Connector Interfaces to DS9120
Socket Boards
●Free Download of 1-Wire Drivers and OneWireViewer
Demonstration Software
●Compatible with Other 1-Wire Devices Purchased
Separately
19-7527; Rev 1; 4/16
Ordering Information appears at end of data sheet.
1-Wire and iButton are registered trademarks of Maxim
Integrated Products, Inc.
Java is a registered trademark of Oracle Corp.
Windows, Windows Vista, and Windows XP are registered
trademarks and registered service marks of Microsoft Corp.
QTY PART DESCRIPTION
1 DS9120P+ Socket board (Dual TSOC and
TO92)
1 DS9490R# 1-Wire USB adapter with RJ11
3 DS2401P+ 64-bit silicon serial number
(3 TO92)
3 DS2406P+ 1-Wire, dual-addressable switch
plus 1Kb EPROM memory
QTY PART DESCRIPTION
3 DS2411P+ Silicon serial number with VCC input
3 DS2413P+ 1-Wire dual-channel addressable
switch
3 DS2431P+ 1024-bit 1-Wire EEPROM
3 DS24B33+ 1-Wire 4Kb EEPROM
3 DS28E07P+ 1024-bit 1-Wire EEPROM
1 Cable RJ11 male to RJ11 male cable
EV System Contents
Maxim Integrated
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Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Figure 2. DS9490R# USB-to-1-Wire/iButton Adapter
Figure 3. Typical Setup
Figure 1. DS9120P+ Socket Board
DS9090EVKIT Evaluation System
Maxim Integrated
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Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Quick Start
Required Equipment
●DS9490R# USB-to-1-Wire/iButton adapter (included)
●DS9120P+ socket adapter (included)
●Computer with a Windows 8, Windows 7, Windows
Vista, or Windows XP operating system (32-bit or 64-
bit) and a spare USB 2.0 or higher port
●TSOC or TO92 parts (included)
●OneWireViewer software with bundled drivers
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.
DS9090EVKIT Setup
Procedure
1) Install the 1-Wire drivers. See the Installing the
DS9490R# and 1-Wire Drivers section for instructions.
2) DS9120P+ jumper settings:
a) Remove jumpers from the JB1 to leave only the
middle three jumpers connected. See Figure 4.
b) Note that when evaluating a DS2413P device,
jumpers J1 and J4 are to be populated. For all
other 1-Wire slave devices, do not populate J1
or J4 with a jumper. When using the DS2413P
in socket S1, the user can populate R3 and R4
with 10kΩ pullups; otherwise, these need to
be added externally. PIOA can be observed on
J3:1 and PIOB can be observed on J3:5. See
Figure 9 for resistor and pin location.
c) Note that when evaluating a DS2411P device,
is necessary to place a jumper to 3.3V and a
wire must be soldered to jump R3 and R5. See
Figure 5.
Note: Refer to the DS9120P and each device IC
data sheet for complete schematic and pin input and
output to confirm proper operation for each device to
be evaluated.
3) Insert the DS9490R# into a spare USB port of
the PC. Only after OneWire Drivers Installation is
completed should the DS9490R# be inserted. Once
inserted, wait for the operating system to complete
the plug-and-play process. For Windows 2003
and XP (SP2), the OS prompts about installing the
DS9490R# device with the Add Hardware wizard
before continuing. Newer operating systems com-
plete the plug-and-play process without the wizard.
During the installation process, the drivers are set
up to point to the USB adapter as the default port
type and port 1 (USB1) as the default port number.
The default port type and number settings can be
changed at any time after installation by running the
Default 1-Wire Net program that is installed with
the drivers. To do so, simply click on Start | Pro-
grams | 1-Wire Drivers xXX (xXX represents the
OS architecture, either x86 or x64). Then click on
the icon labeled Default 1-Wire Net. If problems are
encountered during installation, refer to Application
Note 1740: White Paper 6: 1-Wire Drivers Installa-
tion Guide for Windows, specifically the “Appendix
A: 1-Wire USB Adapter (DS9490) Installation Help”
section.
4) Connect the DS9120P+ to the DS9490R# with the
supplied RJ11-to-RJ11 cable. One end of the cable
should be plugged into the DS9120P+ board and the
other end into the DS9490R#. See Figure 6.
5) Insert the 1-Wire device of interest into the
DS9120P+ socket. See Figure 7 for proper chip
orientation.
Run the OneWireViewer.
Click on Start | Programs | 1-Wire Drivers xXX.
Then click on the OneWireViewer icon. This runs
the OneWireViewer. If the OneWireViewer cannot
find a suitable Java Runtime Environment (JRE), it
prompts the user with a message to download the
latest one from www.java.com. Once the
OneWireViewer is running, the 64-bit ROM ID values
(i.e., the 1-Wire network addresses) of all 1-Wire
chips inserted into the evaluation board are dis-
played. Clicking on the chip’s address selects the
chip and starts communicating with it. The OneWire-
Viewer then makes other tabs available that contain
functionality to exercise the chip (i.e., read and write
data, files, exercise PIO pins, etc.). It is also possible
to run the OneWireViewer on OS platforms other
than Windows, but it could require special setup and/
or additional software installation. Refer to the
OneWireViewer website for more information at
www.maximintegrated.com/onewireviewer.
6) When properly installed, the follow GUI should ap-
pear as shown in Figure 8.
FILE DESCRIPTION
OneWireDrivers_xXX.msi OneWireViewer (Installation file)
DS9090EVKIT EV System Files
3.3V RAW—G ND 1-WIRE 1—WIRE 1WVG ND PULSE PULSE RJ11—5 I 3.3V RAW—GND 1 —W—A 1 -WvB llll 1W-GND PU LSE—A PU LSE—B r‘lnnnr‘lnn ’ wang
Maxim Integrated
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Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Figure 4. Jumper Settings for Parasitic Power
Figure 5. DS9120P Modification for DS2411P+
Figure 6. DS9120P+ to DS9490R#
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Maxim Integrated
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www.maximintegrated.com
Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Figure 7. Chip Orientation Example
Figure 8. OneWireViewer Screen Example
Maxim Integrated
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www.maximintegrated.com
Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
DS9090EVKIT Operation
In order to start communicating with the part, it is neces-
sary to have the DS9490R# adapter connected and have
a part placed into the DS9120P+ socket.
●Select the 1-Wire device to evaluate and insert it into
the appropriate socket, ensuring it is properly orient-
ed. Jumper the appropriate enable pins for the TSOC
socket. See the DS9090EVKIT Setup section for help.
●Run the OneWireViewer. If any difficulty is en-
countered, see the Troubleshooting Guide section.
Another helpful resource is Application Note 3358:
OneWireViewer User’s Guide.
The OneWireViewer presents a Device List window
located on the left-hand side of the main screen. It dis-
plays a list of the different 1-Wire devices found con-
nected to the DS9490R#. The 1-Wire device type inserted
into the socket or header of the evaluation board should
be shown in the Device List window, along with the 64-bit
ROM ID lasered into the device. Figure 8 shows the
DS1972 in the Device List window, along with its 64-bit
ROM ID value of DC000002A0BC322D.
●From the Device List window, select the part by
clicking on it.
●Once the 1-Wire device has been selected, the right-
hand side of the main OneWireViewer screen is
populated with different tabs. There are at least three
tabs for each device contained in the DS9090EVKIT:
Description, Memory, and File. A fourth tab labeled
Switch is also available on those parts containing
switches.
●Clicking on the Memory tab brings up the Memory
Viewer. The user has the choice of reading/writing any
of the memory banks listed in the Banks section of the
Memory Viewer. When done editing the raw page (en-
tering in a hexadecimal number for each byte), press
Commit Changes to write to the memory.
●Click the Commit Changes button to write the
changes to the device memory.
●Clicking Refresh rereads the contents of the 1-Wire
memory.
●The File tab allows writing files to the device’s
memory. To do this, the user needs to first Format
the Device, then Create/Read/Write/Delete files
and directories.
●The Switch tab allows reading and toggling of the
PIO pin states and clearing of activity latches. Refer
to Application Note 3358 for further instructions on
how to use the many features of the OneWireViewer.
Detailed Description of Hardware
RJ11 Pin Assignment
Table 1 shows the pin assignment at RJ11 on the
DS9120P+ socket board and the DS9490R# USB-to-
1-Wire/iButton adapter.
Table 1. 1-Wire RJ11 Pinout
PIN
NUMBER
SIGNAL
NAME DESCRIPTION
1 3.3V Used only for DS2411
2 GND Not used for this EV kit
3 1W 1-Wire Data
4 GND 1-Wire Ground Reference
5 PULSE Not used for this EV kit
6 (Reserved) Not used for this EV kit
SYMPTOM POSSIBLE CAUSE CORRECTIVE ACTION
Operating system prompt
giving installation error.
The 1-Wire adapter’s
device driver did not get
installed properly.
Refer to Application Note 1740: White Paper 6: 1-Wire Drivers
Installation Guide for Windows, specifically the “Appendix A: 1-Wire
USB Adapter (DS9490) Installation Help” section.
Cannot communicate
through 1-Wire adapter.
The PC port hardware is
not functioning properly.
Does the port work with other applications, such as a keyboard or
mouse? If not, contact the motherboard vendor for BIOS updates or
new drivers.
The 1-Wire adapter is not
functioning.
Try the 1-Wire adapter on another PC. If the problem persists, use a
different 1-Wire adapter or order a new adapter of this type.
The adapter type selected
is not what is connected.
Run the Default 1-Wire Net application and select the correct adapter
type and/or port number.
Software finds 1-Wire
adapter, but does not read
a 1-Wire device.
Possible broken wire in
the RJ11 cable or the USB
connector of the DS9490R.
Check the cable for broken wires.
Troubleshooting Guide
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Maxim Integrated
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Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Appendix A: Extended Setup Guide
Installing the DS9490R# and 1-Wire Drivers
The DS9490R# USB-to-1-Wire/iButton adapter also
requires 1-Wire drivers to operate the 1-Wire port. Unless
you have been using 1-Wire devices before, e.g., with a
different adapter, the drivers need to be installed before
this evaluation kit can function. Follow these steps to
install the 1-Wire Drivers software package. For installa-
tion details, refer to Tutorial 4373: OneWireViewer and
iButton Quick Start Guide.
1) To download the 1-Wire Drivers software package,
go to www.maximintegrated.com/1-wiredrivers.
Click on the button that takes you to the download
page. Select the applicable version of the Windows
operating system. Then select the file that corre-
sponds to your computer’s configuration (32-bit or
64-bit), and click Download. The web page provides
assistance on how to detect whether your computer
runs a 32-bit or 64-bit operating system.
2) When prompted with the question Do you want to
run or save this file? select Run.
3) When you get a security warning that reads Do you
want to run the software? select Run.
4) Read and check the box if you accept the license
agreement. Click Install.
5) Click the Finish button to exit the Setup Wizard.
6) Now return to the Procedure section and execute
Step 2.
Figure 9. DS9120P+ Socket Board Schematic
Schematic and Layout Diagrams
6 TOP TSDC BUTTON TSDC Jm o o o o o o o o o 0 ca. 0 0—. o DSSIZOP fiMy 90-3120P+000u
Maxim Integrated
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Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
Figure 10. DS9120P+ Socket Board Composite Layout
COLOR DESCRIPTION
Red Top metal layer
Green Top silkscreen
Brown Bottom silkscreen
Blue Bottom metal layer
Grey All metal layers
PART TYPE
DS9090EVKIT# EV System
#Denotes RoHS compliant.
Ordering Information
Schematic and Layout Diagrams (continued)
Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses
are implied. Maxim Integrated reserves the right to change the circuitry and specifications without notice at any time.
Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc. © 2016 Maxim Integrated Products, Inc.
│
9
Evaluates: DS2401, DS2406, DS2411,
DS2413, DS2431, DS24B33, DS28E07
DS9090EVKIT
Evaluation System
REVISION
NUMBER
REVISION
DATE DESCRIPTION PAGES
CHANGED
0 4/15 Initial release —
1 4/16 Included part (DS28E07) that system can evaluate 1–9
Revision History
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.