Evaluation Kit for the ADM1062-
ADM1069 Super Sequencers™
Preliminary Technical Data
DEVICE OVERVIEW
The ADM106x is a range of fully programmable supply
sequencers and supervisors which can be used as complete
supply management solutions in systems with multiple voltage
supplies.
All of the features of the ADM106x devices are programmable
through an SMBus interface. The devices also contain
nonvolatile memory (EEPROM) so the configuration of these
features can be stored on-chip and downloaded each time on
power-up.
EVAL ADM106x
Device Part #
ADM1062
LFCSP-40
TQFP-48
ADM1063
LFCSP-40
TQFP-48
ADM1064
LFCSP-40
TQFP-48
ADM1065
LFCSP-40
TQFP-48
ADM1066
LFCSP-40
TQFP-48
ADM1067
LFCSP-40
ADM1068
ADM1069
LQFP-32
LQFP-32
EVAL-ADM1067LFEB
EVAL-ADM1068LQEB
EVAL-ADM1069LQEB
EVAL-ADM1066LFEB
EVAL-ADM1067TQEB
EVAL-ADM1065LFEB
EVAL-ADM1066TQEB
EVAL-ADM1064LFEB
EVAL-ADM1065TQEB
EVAL-ADM1063LFEB
EVAL-ADM1064TQEB
EVAL-ADM1062LFEB
EVAL-ADM1063TQEB
Package
TQFP-48
Evaluation Kit Order Code
EVAL-ADM1062TQEB
CONTENTS OF KIT
•
Main Evaluation Board:
This board contains all of the circuitry necessary to active
stimulate the ADM1062-69 devices and monitor its
response, such as programmable supplies, ADCs, LEDs,
etc.
Daughter-card Socket:
A relevant daughter-card with a device socket is also
supplied. There are three different daughter-card options
for the main evaluation board depending on the package
option- LFCSP, TQFP or LQFP. The daughter-card plugs
directly into the main evaluation board and allows all the
devices in their specific layouts to be used in conjunction
with the main evaluation board. The correct one will be
supplied for the devices included in the kit.
Device Samples:
Some loose samples of the device to be evaluated are
included in a samples box. A single device should be
placed in the socket before powering up the evaluation
board.
SMBus Cable:
This cable connects the main evaluation board to a
standard PC parallel connector. Power must be applied to
the board separately if using this cable.
USB Cable:
This cable connects the main evaluation board to a
standard PC USB port. Power for the evaluation board will
also be provided by the PC USB interface.
•
Table 1: Main Kit Order Codes
Order codes for parts such as replacement daughter-cards
sockets and cables are as follows. (Micro-Boards are explained
later.)
Part
ADM106xTQ Daughter-card
ADM106xLF Daughter-card
ADM106xLQ Daughter-card
SMBus Cable
Order Code
SOCKET-ADM106xTQ
SOCKET-ADM106xLF
SOCKET-ADM106xLQ
CABLE-SMBUS-3PIN
•
•
•
Table 2: Socket and Cable Order Codes
Order codes for evaluation kits are shown on this table (Pinouts
and detailed package drawings can be found in the individual
product datasheets):
Rev. PrB
July 2005
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 that may
result from its use. Specifications subject to change without notice. No license
is granted by implication or otherwise under any patent or patent rights of
Analog Devices. Trademarks and registered trademarks are the property of
their respective owners.
One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106,
U.S.A.
Tel: 781.329.4700
www.analog.com
Fax: 781.326.8703 © 2005 Analog Devices, Inc. All rights reserved.
EVAL-ADM106x
TABLE OF CONTENTS
Device Overview ...................................................................1
Contents of Kit ......................................................................1
TABLE OF CONTENTS ..........................................................2
ADM1062-69 Family Description.........................................3
Micro Evalaution Kits ...........................................................4
Ordering and SUPPORT........................................................4
CONFIGURATION TOOL ...................................................4
ADM106x EVAL BOARD HARDWARE ............................5
Eval Board Manual Switches ................................................5
Powering the ADM106x Evaluation board............................6
Communicating with the ADM106x Evaluation board .........6
ADM106x CONFIGURATION TOOL ..................................15
Introduction .........................................................................15
Installing the adm106x Software .........................................15
Uninstalling the adm106x Software ....................................16
Manually Uninstalling the adm106x software.....................16
Communicating for the FIrst Time ......................................16
Launching the software .......................................................17
Virtual Device......................................................................18
TOP LEVEL ........................................................................18
Multiple Device session ......................................................19
Communications Status .......................................................20
Checksum Information ........................................................20
PIN NAMES........................................................................20
Supply Fault Detector INPUTS ...........................................21
Selecting the inputs..............................................................21
Selecting a Fault Type .........................................................22
Selecting a Voltage Range ...................................................22
Programming an Input Threshold ........................................23
Programming Hysteresis on the Input Threshold ................23
Glitch Filtering ....................................................................23
The VX pins as Digital Inputs .............................................24
Programmable Direct OUTPUTS (PDO) ............................25
SEQUENCING ENGINE....................................................25
Rev. PrB | Page 2 of 38
Preliminary Technical Data
Programming the PDO’s .....................................................26
Programming the Sequence Function..................................26
Programming the Timeout Function....................................27
Programming the Monitor Function....................................27
Expanding the sequence screen ...........................................28
Enable Round Robin (ADM1062/3/4/6/9) ..........................28
Enable Fault Latch ..............................................................28
Sequencing Engine Program Editing tools..........................28
Sequencing Engine Debug Mode ........................................30
Saving the SE Program to Excel file ...................................30
READBACK (ADM1062/3/4/6/9)......................................31
WARNINGS........................................................................32
MARGINING .....................................................................32
EVALUATION BOARD CONFIGURATION....................34
Configuring the eval board inputs .......................................34
Register access ....................................................................36
menu bar..............................................................................36
1.save settings to file ...........................................................37
2. Recall settings from file ..................................................38
Comparing checksum to a file.............................................38
Shortcut Keys ......................................................................38
REVISION HISTORY
Revision PrB: Preliminary Version
Preliminary Technical Data
EVAL-ADM106x
ADM1062-69 FAMILY DESCRIPTION
These devices also provide up to ten programmable inputs for
monitoring Under, Over, or out-of-window faults on up to ten
supplies. In addition, up to ten programmable outputs are
provided. These can be used as logic enables. Six of them can
also provide up to a +12V output for driving the gate of an N-
Channel FET which may be placed in the path of a supply.
The logical core of the device is a Sequencing Engine. This is a
state machine based construction, providing up to 63 different
states. This enables very flexible sequencing of the outputs,
based on the condition of the inputs.
In addition to these functions, the ADM1062/3/4/6/9 integrate a
12-bit ADC. This allows read-back of the voltage on up to 12
rails. An extra level of UV or OV monitoring can also be
provided with the ADC.
The ADM1062/6/7/9 also have 8-bit voltage output DACs.
These circuits can be used to implement an open-loop
margining system that enables supply adjustment by altering
either the feedback node or reference of a dc/dc converter using
the DAC outputs. For parts with ADC also present a more
comprehensive closed-loop margining circuit can be
implemented.
Temperature measurement is possible with the ADM1062/3.
The ADM1062 contains one internal temperature sensor and a
differential input for a remote thermal diode. The ADM1063
contains an additional differential input for a second remote
thermal diode. These are measured using the 12- bit ADC.
The device is controlled via configuration data that can be
programmed into an EEPROM. The whole configuration can
be programmed using an intuitive GUI-based software package
provided by ADI.
Table 3. ADM106x Selection Guide (in decreasing order of functionality)
Part Number
ADM1062
ADM1066
ADM1063
ADM1064
ADM1067
ADM1065
ADM1069
ADM1068
1
Inputs
10 (4 VPn + VH + 5 Vx)
12 (4 VPn + VH + 5 Vx + 2
AUX)
10 (4 VPn + VH + 5 Vx)
10 (4 VPn + VH + 5 Vx)
10 (4 VPn + VH + 5 Vx)
10 (4 VPn + VH + 5 Vx)
8 (4 VPn + VH + 3 Vx)
8 (4 VPn + VH + 3 Vx)
Outputs
10 (6 FET
Drivers)
10 (6 FET
Drivers)
10 (6 FET
Drivers)
10 (6 FET
Drivers)
10 (6 FET
Drivers)
10 (6 FET
Drivers)
8 (6 FET Drivers)
8 (6 FET Drivers)
Input Accuracy
1%
1%
1%
1%
1%
1%
1%
1%
Readback
Yes
Yes
Yes
Yes
Margining
Yes
Yes
Temp
Sensing
Yes
Package
40 LFCSP/
48 TQFP
40 LFCSP/
48 TQFP
40 LFCSP/
48 TQFP
40 LFCSP/
48 TQFP
40 LFCSP/
48 TQFP
40 LFCSP/
48 TQFP
32 LQFP
32 LQFP
Yes
1
Yes
2
Yes
Yes
ADM1063 has differential inputs for two external temperature
sensors
ADM1067 provides Open Loop Margining (DAC’s but no
ADC)
2
Rev. PrB | Page 3 of 38
EVAL-ADM106x
MICRO EVALAUTION KITS
Micro-Evaluation boards are also available. Two versions of
these micro-boards exist. The EVAL-ADM106xMEB is for use
with devices ranging from the ADM1062 to the ADM1067 and
the EVAL-ADM1068-9MEB for use with ADM1068 and
ADM1069 devices.
These basic boards have the following features:
•
•
They function like the standard evaluation board but
are much simpler.
They allow in-system evaluation of the ADM1062-9
devices. The devices are accessible as there are few
external components on the board. The board also has
a low profile design to allow evaluation in a rack.
Evaluation with user power supplies and other
circuitry is possible on the breadboard area.
This board also provides a simple preprogramming
module for ADM1062-69 devices. The board accepts
the daughter-card socket modules from table 2 (the
appropriate socket should be ordered separately as
this is not included)
Preliminary Technical Data
ORDERING AND SUPPORT
The order codes for any of these main kits, micro boards
boards, adapter boards or SMBus cables etc can be found on
page 1. Many of these items can be ordered online on the
relevant product pages.
For help with ordering or for any other assistance please
contact:
sequencing@analog.com
CONFIGURATION TOOL
The latest version of the Configuration Tool software can be
found on our website at:
www.analog.com/sequencers
•
•
The configuration tool zip file can be downloaded from this
webpage. The contents of this file should be extracted once
downloaded. The setup.exe can then be run. Please follow this
on-screen instructions to install the tool.
Note that this tool is required to program and evaluate the
ADM1062-69 devices.
Part
Micro-board for ADM1062-7
Micro-board for ADM1068-9
Order Code
EVAL-ADM1062-7MEB
EVAL-ADM1068-9MEB
Table 4: Socket and Cable Order Codes
Note that an SMBus cable is included in each kit. These boards
do not have a USB interface and therefore need external power
applied to them.
Rev. PrB | Page 4 of 38
Preliminary Technical Data
ADM106X EVAL BOARD HARDWARE
The ADM106x Evaluation Board is designed to provide all of
the necessary stimuli to the ADM106x, showing the many
features of the device in a compact, self contained environment.
The following pages contain a simple block diagram of the
functions on the board, followed by a detailed schematic of the
board and finally, the tracking, power and silkscreen layers for
board.
The two main features of the board are the programmable
voltage circuits and the output indicator LED’s. There are eight
programmable voltage circuits provided. The circuits are
labeled VX1, VX2, VX3, VX4, VP1, VP2, VP3, VP4. These
are programmable, via the Eval Board software, over a voltage
range of 0.6V to 6V. Programming of these supplies is detailed
in the software section of this Eval Note. The eight circuits
provide voltages to eight of the ten inputs to the ADM106x.
The inputs which do not have a programmable supply are VX5
(where a test point is available for the user for their own
external input) and VH, which has 12V driving it directly (or
alternatively, uses the programmable supply of VP4, if
required).
The ten output indicator LED’s are labeled PDO1 to PDO10.
These indicate a logic high on the output pins of the ADM106x.
The LED’s for PDO1- 6 are dual colour LED’s. This is to
indicate when a PDO is being used as a logic output or as a
FET driver output. Green indicates a logic output while red
indicates a FET driver output.
Channel
1
2
3
4
5
6
On
5V
5V
5V
5V
5V
5V
EVAL-ADM106x
Off
T6
T7
T8
T9
T10
T11
Controlling
PDO
PDO1
PDO2
PDO3
PDO4
PDO5
PDO6
Table 5. Settings for Manual Switch, S1
The second switch, SW2, is for setting the SMBus address of
the ADM106x. The format of the SMBus address for each of
the devices is XXXXX A1 A0. A1 and A0 are pins on the
device, allowing up to four ADM106x’s to be connected to the
same SMBus. The manual switch on the Eval board allows any
one of these four addresses to be set. The table below shows
the effect of settings these switches
Channel1
EVAL BOARD MANUAL SWITCHES
The ADM106x Eval Board uses only two manual switches. All
other switching functions are electronic and controlled using
the ADM106x software tool. Control of all of the board
functions is discussed in the software section.
The two manual switches are S1 and SW2. Details on these is
provided below.
S1 allows the user to connect a supply to the drain of one of the
six FET’s provided on the board. This allows the user to verify
the function of controlling a supply by having an N- Channel
FET placed in the supply path and controlling its turn on with
one of the FET drivers of the ADM106x. The default
connection of the switch is closed, thus connecting it to a 5V
supply on the board. When off, a supply can be connected by
the user to one of the test points provided. It is not
recommended that a supply greater than 5V be connected to
these test points (since with a gate voltage of 12V max., it may
be difficult to fully enhance the gate of a FET with V
D
> 5V.
Table 3 opposite indicates the function of this switch.
ADM106x
Address
Off
Off
XXXXX 11
Off
On
XXXXX 10
On
Off
XXXXX 01
On
On
XXXXX 00
Table 6. Settings for Manual Switch, SW2
Channel2
Rev. PrB | Page 5 of 38
PCB Design
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