
SLICE User’s Manual July 2017
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Table of Contents
1. Contacting Technical Support ..................................................................................... 4
2. SLICE Overview ........................................................................................................ 5
2.1. SLICE MICRO and SLICE NANO ............................................................................ 5
2.2. SLICE Modular Concept ....................................................................................... 5
2.3. SLICE Basic Hardware Components ...................................................................... 7
2.3.1. Base+ SLICE .............................................................................................. 7
2.3.2. Bridge SLICE .............................................................................................. 9
2.3.3. IEPE SLICE ................................................................................................. 9
2.3.4. ACCEL SLICE ............................................................................................ 10
2.3.5. ARS PRO SLICE ......................................................................................... 10
2.3.6. Battery SLICE ........................................................................................... 10
2.3.7. Stack Extender ......................................................................................... 11
2.3.8. End-of-Chain (EOC) Terminal ...................................................................... 11
2.3.9. SLICE Distributor ....................................................................................... 12
2.3.10. SLICE USB Interface .................................................................................. 12
2.3.11. SLICE Ethernet Interface ............................................................................ 13
2.3.12. SLICE MICRO and NANO Connectors ............................................................ 14
2.4. Batteries ......................................................................................................... 14
2.4.1. 9.6 V Rechargeable NiMH Batteries .............................................................. 14
2.4.2. 11.1 V Rechargeable Lithium-Polymer Batteries ............................................ 15
2.5. SLICE Software ................................................................................................ 15
3. Mounting and Connecting SLICE Hardware ................................................................. 16
3.1. General Connection Guidelines ........................................................................... 16
3.2. Guidelines for High Shock and Vibration Testing ................................................... 16
3.3. SLICE Connectors and Cables ............................................................................ 17
3.3.1. SLICE Connectors ...................................................................................... 17
3.3.2. SLICE Cables ............................................................................................ 18
3.4. Power Requirements ......................................................................................... 19
3.5. Using the End-of-Chain (EOC) Terminal ............................................................... 20
3.6. Using the SLICE USB Interface ........................................................................... 21
3.7. Using the SLICE Ethernet Interface ..................................................................... 22
3.8. Using the SLICE Distributor ............................................................................... 23
4. Sensor ID and Supported Sensor Types ..................................................................... 24
4.1. Sensor ID ........................................................................................................ 24
4.2. Supported Sensor Types.................................................................................... 25
5. Software ................................................................................................................ 26
5.1. Basic Requirements .......................................................................................... 26
5.2. Data Collection Concepts ................................................................................... 26
5.2.1. Standalone Operation ................................................................................ 26
5.2.2. Data Collection Modes ................................................................................ 26
5.2.2.1. Circular Buffer Mode .............................................................................. 26
5.2.2.2. Recorder Mode ..................................................................................... 26
5.2.2.3. Hybrid Recorder Mode ........................................................................... 26
5.2.2.4. Continuous Recorder Mode ..................................................................... 27
5.2.3. Multiple-Event Modes ................................................................................. 27
5.2.4. Auto-Arm Data Collection ........................................................................... 27
6. Powering Up SLICE ................................................................................................. 28
6.1. Status (STS) LED ............................................................................................. 28
6.2. Power (PWR) LED ............................................................................................. 29

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2.3. SLICE Basic Hardware Components
Below are the basic components of a SLICE system. You will have some subset of
these depending on your application or what was ordered.
The table below provides an overview of the types of SLICE modules available. Some
modules are only available in the MICRO or NANO version.
One needed for each SLICE Stack
3 channels of piezo-resistive and voltage
sensor inputs.
3 channels of piezo-electric sensor inputs
Bridge SLICE with integrated 3-axis
accelerometer
Bridge SLICE with integrated 3-axis Angular
Rate Sensor
2-cell LiPo battery connected to bottom of
Base+ SLICE
2.3.1. Base+ SLICE
See Appendix A for detailed specifications. See the DTS Support site for
information on how to update firmware.
You must have at least one Base+ SLICE for any SLICE system. The Base+
SLICE is at the bottom of the SLICE Stack and has these components:
• Microprocessor
• 16 GB flash data memory standard (15 GB available for data storage)
• USB hub
• Power conditioning
• Control signals
A Base+ SLICE MICRO is shown below.
Note: For original Base SLICE specifications, see Version 1.0g of this manual.
Connector to
Bridge SLICE or

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Maximum Sampling Rate
(per channel)
500,000 samples per second (sps)
* All channels are recorded even if they are not programmed.
How to Calculate Maximum Storage Times
With 15 GB available for data storage, there are a total of 7.5 G samples
available in each Base+ SLICE (1 sample = 2 bytes).
To determine the maximum recording time, divide the number of samples by the
product of the sampling rate and the number of available channels in the Stack.
7,500,000,000
= # of seconds
Sampling rate (sps) X # of channels in Stack
Example 1: 10,000 sps using a 9-channel SLICE Stack
7,500,000,000
= 83,333 sec (23 hours)
10,000 X 9
Example 2: 100,000 sps using a 6-channel SLICE Stack
7,500,000,000
= 12,500 sec (3.47 hours)
100,000 X 6
Since the recording capacity of a SLICE system is very large, try to limit
sampling rates and durations to the minimum necessary to avoid large and
cumbersome data files. Large files take longer to download and may also be
time-consuming to post-process or difficult to share with colleagues. Use of the
Region of Interest (ROI) download can save a great deal of time if implemented
properly.

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3. Mounting and Connecting SLICE Hardware
This section gives details on how to connect your SLICE hardware. Choose the connection
method you have from the options below for the quickest information.
3.1. General Connection Guidelines
Great care should always be taken when connecting any power, switch, sensor or any
other device to the SLICE system.
• DO NOT exceed the rated voltage input range for the device. Whenever
possible use the power supply or battery pack supplied with your SLICE system.
• DO NOT connect directly to vehicle power or other noisy power sources.
• ALWAYS disconnect the battery from the SLICE system before connecting to a
battery charger.
• ALWAYS use SLICE NANO with a heat sink as the SLICE NANO case is very thin
aluminum with very little heat sinking ability. Never use SLICE NANO mounted
to a thermally non-conductive surface like wood or plastic.
• Refer to proper grounding procedures described in Appendix E.
• Check that all cables show no signs of physical damage.
• Be sure all sensors have their cable shields ungrounded at the sensor end and
grounded at the SLICE input connector. (SLICE DAS units have grounded
enclosures. Sensors should be floating.)
3.2. Guidelines for High Shock and Vibration Testing
SLICE MICRO and SLICE NANO components can generally be used in test environments with maximum acceleration levels as high as 500 g. If you have purchased a
specialized high g SLICE NANO system, it can be used in environments up to 5,000 g if
proper care is taken. Please contact DTS if you have any questions about using SLICE
in high g environments.
Proper mounting of the SLICE system, cables, and accessories is critical to successful
testing.
• DO NOT mount SLICE components in an area where they may be directly
impacted by an object.
• Use damping material whenever possible to help protect the SLICE system
from excessive shock or vibration, but remember that SLICE NANO requires a
heat sink.
• Be sure that connectors and wiring are properly secured.

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Notes:
• Although this shows a SLICE MICRO, connections with a SLICE NANO are
similar.
• The SLICE USB Interface is NOT a shock rated item.
• Voltage input can be with the included power supply a battery, or any voltage
source between 9 and 15 VDC. Warning: Do not exceed the 15 VDC input
voltage range as damage may result.
• The AUX connector is a standard D-sub HD15. This can be used to hardwire a
Start Record or Event switch or monitor the Status line.
3.7. Using the SLICE Ethernet Interface
The SLICE Ethernet Interface is similar to the SLICE USB Interface. The main
difference is that the SLICE Ethernet Interface has an Ethernet connection to the PC
instead of a USB connection. This allows for a longer communications cable between
the PC and the SLICE system. The SLICE Ethernet Interface can also connect 2 SLICE
chains for large system configurations. See the example diagram below.
Notes:
• Although this shows a SLICE MICRO, connections with a SLICE NANO are
similar.
• The SLICE Ethernet Interface is NOT a shock rated item.
• Voltage input can be with the included power supply a battery, or any voltage
source between 9 and 15 VDC. Warning: Do not exceed the 15 VDC input
voltage range as damage may result.

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5. Software
See the SLICEWare User’s Manual for detailed information. Appendices G and H provide
information regarding file formats. See the DTS Support site for information on how to
update firmware.
5.1. Basic Requirements
SLICEWare is a Windows® based program. Minimum PC specifications are:
• Windows Vista, or Windows 7. 32- and 64-bit versions are available.
• 1 GHz or faster processor
• 2 GB RAM minimum. More RAM is important for longer/higher sample rate data
acquisition.
• 100 MB disk space for Software plus storage for test data
• 1024 x 768 minimum screen resolution
5.2. Data Collection Concepts
This section discusses the basics of data collection with SLICE.
5.2.1. Standalone Operation
SLICE is a standalone data logger. This means that once it is armed, the PC can
be disconnected if desired. After receiving a Start Record or Trigger signal, the
SLICE autonomously collects data, storing it to flash memory with no user
interaction. After the test, the user can reconnect the PC to download the data.
There is also a real-time mode in the SLICEWare software application that
allows the user to check channel inputs on an oscillograph-looking screen. (This
data can be logged.)
5.2.2. Data Collection Modes
SLICE supports four data collection modes: Circular Buffer, Recorder, Hybrid
Recorder, and Continuous Recorder. (Note: SLICEWare cannot simultaneously
display the data while the system is recording.)
5.2.2.1. Circular Buffer Mode
In circular buffer mode, the user can program SLICE to record pre-trigger
data. For example, the test set-up can specify to record x seconds pretrigger and x seconds post trigger. Time Zero (T=0) is marked when the
trigger signal is received.
5.2.2.2. Recorder Mode
Recorder mode starts when a Start Record signal is received and continues
for the time specified in the test set-up. If a trigger signal is received
sometime after the Start Record, this marks the T=0 point.
5.2.2.3. Hybrid Recorder Mode

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The status LED is red, green or blue. At system power up, the LED cycles from red to
green to blue followed immediately by the power LED boot-up sequence.
The status LED indicates communication and arm status.
• When the unit is not armed, the status LED will blink green when handling a
command from the PC.
• For Recorder Mode
o When the unit is first armed, the LED will go solid blue to indicate that it
is waiting for the START RECORD signal but not taking data.
o When it receives the START RECORD signal, the LED will turn green to
indicate that it is actively recording data.
o The LED will turn off when data collection has completed.
o If an EVENT signal is received while the unit is recording data, the LED
will turn red and then turn off when data collection has completed.
• For Circular Buffer Mode
o When the unit is armed, the LED will go solid green to indicate that it is
collecting data and waiting for the EVENT signal.
o When an EVENT signal is received the LED will turn red and then turn off
when data collection has completed.
6.2. Power (PWR) LED
Connected to USB power Only
Connected to external power – power is OK
Connected to external power – power is low
The power LED is red, green or blue.
• At power up, the LED cycles from red to green to blue immediately after the
status LED has completed its boot-up sequence.
• When USB is connected, the LED will turn blue.
• With OK external power, the LED will turn green.
• With low external power, the LED will turn red.
• These transitions do not happen if the unit is armed.

Specifications
BASE+ SLICE (NANO & MICRO)
One (1) required per stack – system microprocessor & memory
Size: MICRO 42 x 42 x 8 mm (1.65 x 1.65 x 0.32”)
Mass: MICRO 28 g (0.99 oz), NANO 14.2 g (0.50 oz)
Connectors: Omnetics, circular locking, 12-pin
Number of
SLICEs
Per Stack*
Total
Channel
Count
1 3 ch 500000
2 6 ch 400000
3 9 ch 300000
4 12 ch 200000
5 15 ch 200000
6 18 ch 200000
7 21 ch 200000
8 24 ch 200000
Maximum
Sampling Rate
SPS/Channel
Compatibility: BASE+ works will all legacy NANO & MICRO
ENVIRONMENTAL
Military Standard: MIL-STD-810E
Operating Temp: -40° to 60°C (-40° to 140°F) (Method 501,502)
Altitude: -40°C @ 15240 m (50000 ft ) (Method 500)
Vibration (Random): Exceeds 810-E vibration (Method 514)
Humidity: 95% RH non-condensing
Shock: 500 g, 4 msec half sine
DATA RECORDING
Modes: Recorder, circular buffer, multiple event, arm on
Memory: 16 GB non-volatile flash per SLICE stack
Sample Rate: Minimum 10 sps per channel
<See Chart for Max: Up to 200k sps on ≤24 channels per stack
*Not including the one required
BASE+ SLICE per stack
TRIGGERING
Hardware Trigger: Contact closure & TTL logic-level (active low)
Level Trigger: Positive and/or negative level on any active
POWER
Supply Voltage: 9-15 VDC; >11 VDC when using Battery SLICE
SERVICES
24/7 Worldwide Tech Support
ISO 17025 (A2LA) Calibration
Onsite Calibration & Training
Current (Maximum): 70 mA @ 12 V plus sensor input SLICEs
Power Control: Remote power control input for on/off
Protection: Reverse current, ESD
SOFTWARE
Control: SLICEWare, DataPRO, API
Operating Systems: Windows® Vista/7/8 (32/64-bit)
Communication: USB; Ethernet available via SLICE Distributor
Application Consulting
Software Integration
OEM/Embedded Applications
Michigan, United States
United Kingdom
France
Japan
Asia Pacific
HEADQUARTERS
Seal Beach, California USA
Phone: +1 562 493 0158
Email: sales@dtsweb.com
BRIDGE SLICE (NANO & MICRO)
Three (3) inputs for external sensors
Size: MICRO 42 x 42 x 7 mm (1.65 x 1.65 x 0.32”)
Ma ss: MICRO 25 g (0.88 oz), NANO 13.8 g (0.49 oz)
Connectors: Omnetics, circular locking; 3 single-channel
SIGNAL CONDITIONING
Number of Channels: 3 differential, programmable
Input Range: ±2.4 V (2.5 V center)
Bandwidth: DC to 40 kHz, programmable
Gain Range: 1.0-1280, programmable
Auto Offset Range: 100% of effective input range
Bridge Support: Software controlled half-bridge completion
Shunt Check: Emulation method, automatically calculated
Sensor ID: Maxim Integrated (Dallas) silicon serial number
Linearity (typical): 0.2% (gain 1 to 320), 0.5% (gain >320)
Accuracy: 0.5% including reference uncertainty
ANALOG-TO-DIGITAL CONVERSION
Type: 16-bit SAR (Successive Approximation
EXCITATION
Method: Independent regulator for each channel
Voltage: 5.0 V, up to 20 mA, short circuit safe
Power Management: Shutdown when not armed or recording
POWER
Voltage: Supplied via BASE SLICE
Current (Maximum): 110 mA with 350 ohm bridges all channels
ANTI-ALIAS FILTER
Fixe d Lo w Pa ss: 4-pole Butterworth, standard knee frequency at 40 kHz
Adju stab le L ow P ass: 5-pole Butterworth set by software from 1 Hz to 40 kHz
Response: Meets SAE J211/ISO6487 response corridors
NANO 26 x 31 x 6.5 mm (1.02 x 1.22 x 0.26”)
MICRO integrated, NANO cable assembly
5000 g option (SLICE NANO only)
power-up, and other modes available
Up to 500k sps on ≤3 channels per stack
sensor channel (first level crossing of any
programmed sensor triggers system)
(NANO)
NANO 26 x 31 x 5.5 mm (1.02 x 1.22 x 0.22”)
7-pin or 1 three-channel 16-pin
Register) ADC, one per channel, simultaneous
sample of all channels.
Power varies significantly with sensor load
IEPE SLICE (NANO & MICRO)
Three (3) inputs for external sensors
Size: MICRO 42 x 42 x 7 mm (1.65 x 1.65 x 0.28”)
Mass: MICRO 28 g (0.99 oz), NANO 23 g (0.81 oz)
Connectors: 10-32 coaxial (Microdot-compatible)
NANO 26 x 46 x 7 mm (1.02 x 1.81 x 0.28”)
SIGNAL CONDITIONING
Number of Channels: 3
Input Range: 0.5-23.5 V (12 V center)
Bandwidth: DC to 40 kHz, programmable
Gain Options: 1 or 10, user programmable
Auto Offset Range: 100% of effective input range at gain of 1
Sensor ID: Works with EID or “TEDS” equipped sensors
ANALOG-TO-DIGITAL CONVERSION
Type: 16-bit SAR (Successive Approximation
Register) ADC, one per channel, simultaneous
sample of all channels.
EXCITATION
Current/Voltage: 2.2 mA constant current with 25 V source.
On/Off Control: Shutdown when not armed or recording
Contact DTS for other options if needed.
POWER
Voltage: Supplied via BASE SLICE
Current (Maximum): 85 mA with sensors connected to all channels
ANTI-ALIAS FILTER
Fixed Low Pass: 4-pole Butterworth, standard knee frequency
Adjustable Low Pass: 5-pole Butterworth set by software from 1 Hz to
Response: Meets SAE J211/ISO6487 response corridors
at 40 kHz
40 kHz
CALIBRATION
Calibration Supplied: NIST traceable
ISO 17025: ISO 17025 (A2LA Accredited) available
Service Options: Factory or Onsite, Service Contracts available
ARS SLICE (MICRO only)
Built-in triaxial angular rate sensor
Size: MICRO 42 x 42 x 9 mm (1.65 x 1.65 x 0.35”)
Mass: 30 g (1.06 oz)
Number of Channels: 3 orthogonal axes
Range Options: ±300, ±1500, ±8k deg/sec
Bandwidth: 0–2,000 Hz
Current (Maximum): 75 mA (power supplied via BASE SLICE)
ACCEL SLICE (MICRO only)
Built-in triaxial accelerometer
Size: MICRO 42 x 42 x 9 mm (1.65 x 1.65 x 0.35”)
Mass: 30 g (1.06 oz)
Number of Channels: 3 orthogonal axes
Range Options: ±25, ±100, ±500 g
Bandwidth: 0–400 Hz (±25, ±100 g), 0–5,000 Hz (±500 g)
Current (Maximum): 65 mA (power supplied via BASE SLICE)
BATTERY SLICE (NANO only)
Optional back-up battery
Size: NANO 26 x 31 x 4 mm (1.65 x 1.65 x 0.16”)
Mass: 7 g (0.25 oz)
Charge Status: Backup battery charges when input voltage to
Charge Time: ~15 min. from complete discharge to full charge
Discharge Rate: ~5 seconds with 18 channels (1 Base + 6 Bridges)
BASE SLICE is >11 VDC
(100 mA at input connector on Base)
ACCESSORIES
See website for full line of SLICE NANO & SLICE MICRO accessories
www.dtsweb.com
Specifications subject to change without notice.
© Diversified Technical Systems, Inc.

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UnsubsampledNumberOfSamples
The total number of samples collected during data
acquisition
The number of seconds of recorded data that the
user requested after t=0
The number of seconds of recorded data that the
user requested before t=0
Either the value RecorderMode or CircularBuffer.
Other values will be added in the future.
The rate at which sampling occurred during data
collection
The sample number at which the start signal was
first detected. The value will always be 0 when
RecordingMode=CircularBuffer.
The number of user configured channels within the
module
<TriggerSampleNumbers>
This is a list (possibly 0 length) of trigger sample numbers. In the circular buffer case, there will
be one trigger sample number. In recorder mode, the trigger is optional. In the case of
multiple event mode, there may be more than one trigger sample number.
<Channels>
The Channels tag contains a list of channel elements. It should have the same number of
entries as NumberOfChannels in the Module tag. The type of the child elements will depend on
the type of signal conditioning SLICE used.
<AnalogInputChanel>
The AnalogInputChanel tag corresponds to a Bridge SLICE channel. (Note: There is a typo in
the tag name and “Chanel” is misspelled. It has been retained for backward compatibility.)
Many of the attributes indicate how the channel was configured during the test. The
AnalogInputChanel element has the following properties:
This identifies the representation of the data contained
in the .BIN file. Currently this value is always expected
to be
DTS.Serialization.Test+Module+AnalogInputChannel.
The channel number within the signal conditioning unit.
In a Bridge SLICE, channels are numbered 0–2.

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Either FullBridge or HalfBridge
The specified bridge resistance used during the shunt
check
The user provided description for the channel
The user provided description for the sensor; currently
the same as ChannelDescriptionString
The user requested full scale
The sensitivity of the sensor in either mv/V/EU or
mv/EU depending on ProportionalToExcitation
The requested filtering to apply to this channel. Stored
data is unfiltered, and this value must be used to apply
proper filtering. Typical values are "1650hz" for
CFC1000.
Indicates if the output of this sensor is proportional to
excitation. Used in conjunction with Sensitivity.
(Optional) Indicates if the data should be inverted
before presenting to the user. If missing, this attribute
is considered 'false'.
(Optional) Indicates if the data stored on disk is at a
lower sample rate than the original data collection. If
missing, this attribute is considered 'false'.
The user provided Engineering Units (EU) (e.g., mm, g,
or msec2)
The serial number of the sensor used with this channel
Applies to IEPE SLICE only.
For Bridge SLICE only. Indicates if the user requested
the channel be shunted during diagnostics.
Indicates if the user requested hardware offset
compensation be used during diagnostics
Identifies the type of software offset compensation that
should be used. If the value is "UsePreCalZero," then
the Pre Calibration zero value stored in the channel file
should be used. If the value is "AverageOverTime,"
then an average value computed from the channel data
should be used.
If ZeroMethod=AverageOverTime, this is the beginning
of the window to be used for computing the average
If ZeroMethod=AverageOverTime, this is the end of the
window to be used for computing the average

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Appendix H: SLICEWare Binary File Format
Bin File Header
Magic key to identify file:
0x2C36351F
Version number of this file
header (currently 1)
Offset (in bytes) from start of
file to where data samples begin
Number of samples in this file
Number of bits per sample
0 = Unsigned samples,
1 = signed samples
Number of triggers. May be 0.
N = Number
of triggers * 8
Trigger sample number
N + 42
Pre Test zero level (in counts)
Pre Test Cal level (in counts)
Pre test noise as a percent of FS
Post test zero level (in counts)
Post test cal level (in counts)
Data-Zero level (in counts)
Scale factor MV (mV/Count)
Scale factor EU
mV/EU (non-proportional);
mV/V/EU (proportional)
Number of bytes in engineering
unit field + 1
Engineering unit (without NULL
termination)
N + X + 108 64bit
(ulong) offset found in
3rd file field
16-, 24-, or 32-bit
depending on "Number
of bits per sample"

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SLICE User’s Manual
Revision History
Added power up procedures. Updated NANO mechanical specs and added common
signals for 16-pin Bridge. Removed reference to LABView driver. Updated datasheet
with the latest version. Updated overlooked firmware references. (Version 1.0i)
Updated to support Base+. Removed Appendix I (firmware update procedure) and
linked to Support site for latest info. Removed battery spec and added NANO IEPE.
(Version 1.0h)
Updated Tech Sppt section. Updated SLICE Distributor section, also removing
Appendix D. Removed SLICE System Interface and Appendix C. Removed Software
sections 5.3 to end. Updated ARS and Accel. Other minor changes. (Version 1.0g)
Added sections 5.2.2.3, 5.2.2.4, 5.2.3, 5.2.4. Updated LED table in Appendix D
(SLICE Distributor). Changed Scale factor EU (table) in Appendix J. Removed esensing logo. (Version 1.0f)
Updated sections 2.3, 2.3.1, 2.3.3, 3.1, 3.2, 3.3.2, 3.4, 5.1, 5.2.1 and 5.2.2.
Removed section 2.3.4 (Digital SLICE) and any references. Updated options for Accel
SLICE (now section 2.3.4, was section 2.3.5). Replaced illustration in Section 4 with
one from July 2011 appendix. Removed SLICE Buyer’s Guide (was Appendix A) and
any references. Revised Appendix B (now Appendix A). Updated Appendix J (now
Appendix I) and broke out “SLICE Base Firmware Update Procedure” into separate
appendix. Added new appendix for “SLICE Control Binary File Format.” Updated
Appendix I (now Appendix H). Other minor changes were made that were not
technically significant. (Version 1.0e)
Modified sections 2.3.11 and 2.3.13. (Version 1.0d)
Added PDF bookmark for CE conformity page. (Version 1.0c)What was the Jan 2011 rev?
Updated Appendix D (SLICE System Interface (SSI). AUX connector pin assignments
completely revised (pg 2). Added SLICE mating connector P/N and removed content
on right half of page (pg 3). (Version 1.0b)
Added Declaration of CE Conformity. (Version 1.0a)
Initial release. (Version 1.0)