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INTERELEKTRO Ltd. dünya
çapında bir marka olan MACCOR'un Akü Test
Sistemlerini pazarlamaktadır. Aşağıda belirtilen cihazlar ve
çözümler hakkında detaylı bilgilere ulaşmak için ekran resimleri
üzerine tıklayınız veya bizlerle temasa geçiniz.
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Akü Test Sistemi Broşürleri
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MACCOR Inc.,
hassas otomatik Akü Test Sistemlerinde 25 yıllık
mühendislik tecrübesi ve üretim deneyime
sahiptir. Sektöründe lider bir firma olarak,
MACCOR 46 ülkede 600’den fazla memnun
müşterisine onbinlerce test noktası temin
etmiştir.
MACCOR Test Sistemleri Şunları Sunmaktadır;
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Endüstrideki en yüksek hassasiyet ; Tam
ölçekte 0,02%
-
Yüksek hızlı kontrol ve veri toplama,
10mSaniye standart, 1mSaniye seçenekli,
10’lu µSaniye
aralığında çok seviyeli darbe
-
Değişen müşteri ihtiyaçlarına tam olarak
cevap verebilecek nitelikte özel sistem
tasarımları
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Kanal Sayısı, test
voltajları ve akımları, test programlama,
veri ve grafik işleme ve genişleme
kapasitesi konularında esneklik
-
Kısa süreli operatör
eğitimi ile kolay programlama, kullanım ve
bakım imkanı
Tüm yazılım MACCOR tarafından hazırlanmış olup,
kendi denetimimizdedir. Üçüncü parti
problemleri bulunmaz.
Şu ana kadar yaklaşık 100 adam/yıl’lık
programlama tecrübesine sahip olan firma değişen
teknoloji ve müşteri ihtiyaçları çerçevesinde
yazılım geliştirme faaliyetlerine devam
etmektedir.
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Maccor, Inc. designs and manufactures fully
programmable automated multiple station
secondary (rechargeable) and primary cell test
systems, programmable electronics to sink and
source current, Frequency Response Analyzers,
and cell formation equipment to name a few.
With equipment in operation in 40 countries
around the world, Maccor in our market has
delivered more test positions than all
competitors combined!
Systems can be easily customized with voltages
up to 700
VDC and
currents ranging from 300 ηA to 2000 Amps. If
you do not see something that meets your needs,
contact us with your requirements. There is a
good chance we can build it.
All Maccor Windows® based test systems can
upgrade to Maccor\'s latest released software.
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Series
4000
The Series 4000
is a range of fully automated, computerized
battery test systems that provide the highest
level of specifications and features available
in a Maccor test system. From the base system
that provides exceptional accuracy and high
speed testing capability with an advanced level
of integrity, features can be added to allow the
Series 4000 system to perform virtually any type
of cell or battery test, with any battery
chemistry.
The Series 4000 systems are available in sizes
from 8 to 256 test channels. Systems are custom
manufactured to meet your specific needs. They
can be configured with a wide range of voltage
and current ranges, and can be fitted with
additional hardware to provide a number of
optional features and capabilities.
Supplied as a complete turnkey system, the
Series 4000 consists of a test cabinet, PC
computer and test software, with options of a
UPS and Printer. The test cabinet and PC
computer are connected via a high-speed 10 Base
T communications network. As soon as AC power is
connected to the test system, it is ready for
immediate use.
To provide maximum flexibility and speed of
operation, single board computer controllers
within the test cabinet provide control of the
tests and collect the initial data. Each
controller supports from one to eight test
channels, dependent on the application. In
addition, the test cabinet contains the
individually controlled electronic loads, and
power supplies for charging purposes.
Each test channel is operated independently.
This allows different tests to be performed on
different test channels simultaneously, with
tests being started independently, or in a block.
Once started, tests operate completely
automatically until the appropriate test end
condition is reached.
Specifications
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Number
of Test Channels: |
8 to 256
per system |
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Voltage
Ranges: |
available up to 180 V maximum |
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Voltage
Accuracy: |
0.02% of
full scale voltage |
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Voltage
Resolution: |
16 bit |
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Current
Ranges: |
Single
Current Range 1 mA to 2000 A; Four
Current Ranges: 150 uA, 5 mA, 150 mA, 5
A |
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Current
Accuracy: |
0.02% of
full scale current on 5 Amp Multi-range
channels |
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Current
Accuracy: |
0.05% of
full scale current on all other channels |
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Current
Resolution: |
16 bit |
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Time
Resolution: |
10 mS
standard, with 5 mS and 1 mS as an
option |
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Minimum
Pulse width: |
100 uS |
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Rise
Time: |
500 uS
standard in constant current modes,
100uS or 20 uS optional |
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Switch
Time: |
Full
charge to full discharge 400 mS standard
<500 uS optional |
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Data
Recording Rate: |
200 data
points per second per system standard |
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Data
Recording Interval: |
∆Time
(minimum 10 mS standard, 5 mS and 1 mS
available), ∆V, ∆I, ∆Ah, ∆Wh, ∆T, ∆P |
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Operating Modes: |
Constant
Current, Constant Voltage, Constant
Power, Constant Resistance, Ramp Voltage |
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Number
of Steps per Test: |
127
standard plus subroutines |
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Step End
Conditions: |
Voltage,
Current, Time, -dV, dV/dT, dV/dt, Ah, Wh,
HCAh, HC Wh, LHC Ah, LHC Wh, Auxiliary
Voltage, Reference Electrode Voltage,
Temperature, dT/dt, dT/dt, pH, Pressure |
Series
3600
The multifunction SERIES 3600 primary cell test
system has been engineered to meet the growing
demands of existing and upcoming ANSI and IEC
test standards. Each test position: Operates
independently of the other positions; Can be
user programmed to run a wide range of multi
step tests, including pulse tests; Can be user
programmed to operate in steps of fixed current,
fixed power, fixed voltage, fixed resistance;
Has a dynamic range of over 25,000 to 1 to meet
ANSI and IEC standards of current|power|resistance.
The Series 3600 is supplied as a complete
turnkey system with PC computer and software.
Each system is available from a desktop model to
large test and quality control models with
thousands of test positions. Desktop models are
usually available from stock.
Powered by Maccor's standard battery testing
software and utilizing similar technology as
found in Maccor's high precision Series 4000
laboratory test systems. The software can be
configured to automatically print a standard
primary cell end of test report or to add key
test data to Maccor's MIMS database.
Additionally, custom data handling interfaces or
user interfaces can be purchased.
The Series 3600 has a Phoenix connector
interface with horizontal cell configuration
providing a dense and compact configuration.
Each cabinet (standard 19" rack) can have up to
192 test positions. The Series 3600 is also
available in a desktop cabinet with 32-test
positions.
Specifications
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Number
of Test Channels: |
32 to
256 per cabinet |
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Voltage
Measurement Range: |
0 V to
+5 V |
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Voltage
Accuracy: |
±1 mV |
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Minimum
Discharge Voltage: |
0.2
volts or 0.35 × Current, whichever is
greater |
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Voltage
Resolution: |
16 bit |
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Current |
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Range
1: |
1 mA
Full Scale ±0.2 µA |
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Range
2: |
15 mA
Full Scale ±3.0 µA |
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Range
3: |
200 mA
Full Scale ±40.0 µA |
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Range
4: |
2500 mA
Full Scale ±500 µA |
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Maximum
Charge Current: |
none |
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Current
Resolution: |
16 bit |
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Time
Resolution: |
50 mS |
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Minimum
Step Time: |
500 mS |
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Data
Recording Rate: |
200 data
points per second per system standard |
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Operating Modes: |
Constant
Current, Constant Voltage, Constant
Power, Constant Resistance |
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Number
of Steps per Test: |
127
standard plus subroutines |
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Frequency
Response Analyzer
The 0355 Frequency Response Analyzer is the
right system at the right price for measuring
low impedances devices. In no time at all, the
0355 Frequency Response Analyzer will become one
of the most valuable research tools in your
laboratory. Designed primarily for use in AC
impedance evaluation of batteries,
supercapacitors, or any where the accuracy of
low impedance values is essential.
Sold as a "Turn-Key" system, the FRA comes
complete with: Control Data/Interface PC,
Maccor's FRA Software, and Cables. Use the 0355
FRA as a "Stand-Alone" instrument or integrate
it with an existing or new Maccor battery test
systems to provide a combined research tool
capable of a wide range of experiments. These
include long term cycling, pulse discharging,
cyclic voltametry, differential capacity, and
frequency response analysis, working with either
half or full cell samples.
Eight Position Multiplexer
Problem: You
have several experiments that need to be
performed at low impedance values, but have
somewhere else to be. Solution: Add
the optional Eight Position Multiplexer. The FRA
Mux allows you to queue several experiments at
once. As each device completes its frequency
sweep, the next one in the queue is performed
until all have been completed.
Features and Functions
Easy to set up and simple to operate.
No
manual adjustments or setting of dials.
Set
AC signal amplitude in Peak value.
Set
Range of Frequency Sweep.
Set
Number of Frequencies per Decade.
Set
Polarization Voltage prior to commencing
Frequency Scans.
View Real Time Data.
Plot: Nyquist, Bode, Capacitance, Inductance,
Impedance Magnitude, Phase Angle, Real Impedance,
Imaginary Impedance.
Export data for further analyses on commercially
available packages such as Z-Plot.
Specifications
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Frequency
Range: |
1mHz to
30KHz |
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AC
Impedance Range: |
100 µOhm to
5 kOhm |
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Impedance
Accuracy: |
±0.1% of
reading or ±0.00005% of full scale
whichever is the larger |
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AC Signal
Amplitude: |
100 µV to
3V |
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Maximum
Voltage: |
55V peak
(AC + DC) |
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Maximum
Current: |
3000 mA |
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Connection: |
4-terminal
Kelvin |
Temperature Chamber
Compact benchtop temperature provides a simple
and economical solution for integrating
temperature dependent testing with a Maccor
Automated Battery Test System. With its 7U
height, up to five chambers may be installed
into a standard 19” industrial rack. Temperature
chambers are available in a Heat Only or Heat/Cool
configurations.
Addressable Chamber Controllers allowing you to
integrate up to 32 chambers into a single PC
interface or set the temperature manually from
the controller itself.
Chamber temperature can be set directly from
Maccor's Battery Test Software as a test step in
the procedure or it can be set with LabView® for
easy integration with other equipment.
Compact design with a height of only 12.25" (7 U
High) makes stacking chambers on a table, with
optional stacking kit, or installation into a
standard 19" rack easy.
Specifications
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Number of
Chambers per PC: |
1 to 32 |
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Temperature
Range |
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Heat
Only Units |
RT to 100º
C |
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Heat/Cool
Units |
-20º to
100º C |
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Temperature
Uniformity: |
±0.5º C |
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Temperature
Accuracy: |
±0.5º C |
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AC Input: |
120 VAC, 1
phase, 15A |
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External
Dimensions: |
12.25" Tall,
18.5" Wide, 30" Deep |
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Internal
Dimensions: |
8" Tall,
16" Wide, 10" Deep |
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Series 8500
HEV, PHEV, EV
ENERGY STORAGE AUTOMATED TEST SYSTEM
The Series 8500 is a range
of fully automated, computerized battery test
systems that provide the highest level of
specifications and features available in a
Maccor test system. The Series 8500 provides
exceptional accuracy (99.5%
of Full Scale), resolution (16-bit,
1 part in 65,536) and
speed (1
mS data aquisition, available) for
testing Hybrid Electric Vehicle (HEV) batteries,
Super Capacitor, and other high power energy
storage devices.
With
channel ratings as high as 500
Volts and 1000 Amps,
the Series 8500 is the perfect instrument in
your toolbox for high power applications. Using
Maccor's Standard Full Feature Battery Test
Software, the Series 8500 is the most powerful
test system you will own. Perform virtually any
type of test (FUDS, SFUDS, DST, etc) on any type
of energy storage device (batteries, battery
packs, super-capacitors, fuel cells, etc.). The
Series 8500 comes standard with the high level
accuracy, resolution, and dependability
satisfied Maccor customers expect.
The Series 8500 is supplied as a complete
turnkey system consisting of a test cabinet(s),
computer, tester software, and data analysis
software. The test cabinet, with a distributed
architecture, is connected to the tester PC via
an Ethernet communications network..
To provide maximum flexibility and speed of
operation, single board computer controllers
within the test cabinet provide control of the
tests and collect the initial data. Each
controller supports from one to eight test
channels, dependent on the application. In
addition, the test cabinet contains the
individually controlled electronic loads, and
power supplies for charging purposes.
Each test channel is operated independently.
This allows different tests to be performed on
different test channels simultaneously, with
tests being started independently, or in a block.
Once started, tests operate completely
automatically until the appropriate test end
condition is reached.
With B2G technology, battery
energy is recycled to the AC grid in Discharge
Features
Test channels operate independently of the other
positions
Easily programmable to run a wide range of
multiple step tests
Operate in steps in any combination of fixed
current, power, voltage, or resistance
Record data at operator specified intervals of
time, voltage, current, etc.
Delivered calibrated to NIST traceable standards,
and requires calibration only once per year
Automatic scaling of W/kg for FUDS, SFUDS, DST,
and other driving simulation test protocols
Capability for Importing Test Step Table: Allows
an ASCII text file containing a table (list) of
constant current or power values at fixed or
specified intervals to be executed as a test
step. The values in the table can be
automatically scaled for W/kg or C rate
CAN, I2C, SMBus capability
Specifications
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Configuration |
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Charge/Discharge
Current |
100 to
1000 Amps |
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Voltage |
increments of 50 volts, maximum of 500
volts |
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Resolution |
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Current |
16-bit
(1 part in 65,536) |
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Voltage |
16-bit
(1 part in 65,536) |
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Time |
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Minimum
Step Time |
50 mS |
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Control,
Measurement, Adjustment |
50 mS |
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Data
Collection |
500 mS
Standard, 10 mS Option |
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Modes of
Operation |
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Constant |
Current,
Power, Voltage, and Resistance |
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Rest |
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Import
Test Step: Where an ASCII text file
containing a table (list) of constant
current or power values at fixed or
specified intervals is executed as a
test step. The values in the table can
be automatically scaled for W/kg or C
rate. |
Options
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1kHz
High-Speed Data Acquisition Burst Mode |
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Auxiliary Voltage Inputs |
±5V,
±10V, ±20V, etc. |
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Temperature Monitoring |
K, J, T,
thermistor |
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Control
of External Load and/or Charger |
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CAN,
I2C, SMBus |
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Environmental Chamber Control |
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Software
Maccor's Windows© based software suite combines
sophistication, control, and high speed data
acquisition and analysis into a simple to use
package. The software suite consists of six
applications: MacTest32 - the interface between
the operator and the hardware; BuildTest - the
organized menu driven test editor; ViewData -
the data file viewer; MimsClient - the powerful
graphical and statistical data analysis tool;
MIMSServer - the automatic data backup tool; and
MaccorCalibration - the easy way to calibrate
and verify system performance. Each of these
applications are described in greater detail
below.
MacTest32
As mentioned above, MacTest32 is the interface
between the outside world and the hardware.
MacTest32 constantly monitors the status of each
test position in the system and records key
information. The main three screens of the
software are described below:
Main Screen
From the main screen the rich features offered
are at the click of button. Features include:
• start and stop single or groups of tester
channels
• view the state of all positions in the system
• enter the intermediate or detail screens for
real-time readings
• execute MIMS Client to graph active or
completed test data
• launch Build Test to create or edit test
procedures
Intermediate Screen
The intermediate screen displays real-time
readings for a block of tester channels. The
readings include:
• cycle number,
• test step,
• channel status (charge, discharge, rest, etc.),
• current,
• voltage,
• channel state (active, available, suspended,
etc.),
• test procedure,
• and data file name.
Detail Screen
The detail screen provides all of the
information contained in the intermediate screen
plus additional detailed real-time information
for any single test channel. The available
information includes:
• channel specifications (e.g., maximum current,
voltage range)
• real-time channel readings,
• active test procedure details,
• view readings of auxiliary inputs assigned to
tester channel,
• suspend or resume tester channel,
• strip chart,
• view the test data recorded for the channel,
• view data from SMBus packs on channels
configured with SMBus hardware.
Build Test
With its grid layout and menu-driven cells,
writing test procedures with Build Test is
extremely simple. When certain cells are
selected, a dropdown menu appears allowing only
valid entries to be made. Test steps consist of
a series of rows with the columns being
parameters for each step. Features of Build Test
include:
• built-in integrated syntax error checker,
• multiple end conditions for each step allowing
conditional branching,
• insert or delete test steps,
• edit the goto (next step) for each end
criteria,
• set limit values for individual steps,
• automatically shift from one mode to another
without having to program another step,
• enter up to an 80 character note for each
step.
View Data
View Data reads data files and displays the data
records of the file. Features include:
• search the data file,
• filter records to extract key information,
• scroll through the file to view data record-by-record,
• print or save as text data records,
• customize display headers, units, and column
order.
MIMS Client
The MIMS Client is a powerful statistical and
analysis tool. With this application, evaluating
test data is a breeze. The MIMS Client charts (graphs)
test data or displays a statistical table for a
single or group of data files. Features include
the following:
• overlay several data files on one chart,
• create several charts for side-by-side viewing,
• customize chart axis (font, color, format, etc.),
• add a header and/or footer to charts,
• view different chart types simultaneously,
• print or save presentation quality charts,
• save chart settings as a template for future
charts,
• view, print, or save test procedure stored in
data file,
• zoom to examine chart in greater detail,
• scroll through the chart,
• generate and print reports,
• add annotation to charts,
• add lines to charts,
• set line types, colors, and data markers,
• view the entire data file or only points used
to create the chart view,
• and much more.
MIMS Server
The MIMS Server automatically gathers test data
from multiple systems to a local hard drive
creating a back-up of the raw binary data, an
indexed data file, and optionally an ASCII data
file. Users analyzing data using the MIMS Client
program can access this now centralized data.
Additionally, the MIMS Server can add key test
data to the MIMS Database. Features include the
following:
• connect all of Maccor's test systems to one
MIMS Server PC,
• automatically back-up data files to a single
hard-drive,
• automatically back-up system configurations
and settings,
• create MIMS Indexed data files for increased
file access,
• optionally create ASCII files,
• add data to the MIMS Database,
• configure to automatically print "End of Test"
reports.
Calibration
The calibration software is both efficient and
simple to use. A single or group of channels can
be automatically calibrated--with appropriate
cables--with little operator intervention. Once
the tester channels are connected calibration
and verification is performed by the software
allowing the operator to perform other tasks.
Features include the following:
• calibrate one or a large group of channels, • select a mode (charge and/or discharge) and
any combination of ranges,
• perform pre-calibration ("as found") and post-calibration
("as-left") verifications,
• view the pass/fail activity in real time,
• print detailed verification reports upon
completion
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Accessories
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Auto-Calibrator
The Auto-Calibrator verifies and
calibrates current and voltage with a
click of a button. The powerful Auto-Calibrator
software lets you connect as many
channels as you wish, with appropriate
cable sets, and calibrate with virtually
no other intervention. Upon completion a
calibration verification report is
available and can be saved or printed.
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Uninterruptible Power
Supply
Test systems are designed to detect
power outages and avoid losing any data
when a UPS is used on the logic power
supplies and tester PC. System can be
user configured to restart suspended
test when power is restored or wait for
user intervention depending on the
length of the power outage.
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Interface Shelves
Shelves for the cabinet's interface are
available. Shelves reduce the cabling
needed by allowing you to test the
devices at the tester interface.
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Adjustable Cell Holders
The adjustable cylindrical cell holder
may be mounted on the cabinet's
interface or remotely. The cell holder
is available in blocks of eight and
adjustable from button to 18650 cell
sizes.
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Coin/Button Cell Holder
The coin/button cell holder is
adjustable for a variety of cell
diameters. With a thumb screw terminal
on one end and a spring loaded terminal
on the other it makes perfect contact
every time. These cell holders are
mounted on a circuit board and plug-in
directly to the cabinet's interface.
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Molded Kelvin Cell Holder
The first and only true four-wire cell
holders are available in a variety of
sizes including: AAA, AA, C, D, and 9
Volt. These cell holders provide the
most accurate measurements at the cell.
Cell holders are mounted on a circuit
board with either power pole or phoenix
connectors.
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Interface Cables
Cables are Four-wire terminated with
power-pole for tester interface, and
your choice of alligator clips, spade or
ring lugs, banana plugs, or kelvin clips
for user interface.
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Options
Reference (Auxiliary)
Voltage Inputs
Voltage Inputs, available in blocks of sixteen
(16), are easily assigned to test channels.
These voltage inputs are high impedance, fully
isolated, and are offered in various ranges such
as: ±5 volts, 0 – 10 volts, etc. Any combination
and quantity of voltage inputs may be assigned
to a test channel. Data measured by these inputs
becomes part of the data record for the test
channel assigned and voltages measured can
control flow of the test procedure (schedule).
Reference voltage inputs may be used for: 3 or 4
reference electrode experiments; measuring
individual cells within a pack, monitoring
external voltages, etc. Readings may be viewed
or plotted in real time, or plotted either as a
single input or overlay all the inputs
associated with the experiment.
Thermocouple Inputs
Thermocouple Inputs, available in panels with
sixteen (16) inputs, are software assignable in
any combination or quantity to a test channel.
Thermocouple Input panels are offered for Type
"K", "T", and "J" thermocouples. Each panel must
be for one thermocouple type.
Data measured by these inputs becomes part of
the data record for the test channel assigned
creating a historical record of temperature for
the test schedule. Temperature functions can be
used to control flow of the test schedule on
channels with thermocouple inputs on the basis
of absolute temperature, ∆T/δt, ∆T, and several
others.
Thermistor Inputs
Thermistor Inputs, available in panels with
sixteen (16) inputs, are software assignable in
any combination or quantity to a test channel.
Data measured by these inputs becomes part of
the data record for the test channel assigned
creating a historical record of temperature for
the test schedule. Temperature functions can be
used to control flow of the test schedule on
channels with Thermistor inputs on the basis of
absolute temperature, ∆T/δt, ∆T, and several
others.
Pressure (Strain Gauge)
Inputs
Pressure Inputs, available in panels with
sixteen (16) inputs, are software assignable in
any combination or quantity to a test channel.
Data measured by these inputs becomes part of
the data record for the test channel assigned
creating a historical record of pressure for the
test schedule. Pressure functions can be used to
control flow of the test schedule on channels
with pressure inputs on the basis of absolute
pressure, ∆P/δt, ∆P, and several others.
External Charge
Controller
External Charge Controllers can be added to any
or all of the test channels. These devices work
as follows: The test channel retains all of the
capabilities it normally has. In addition, tests
run on the channel can connect to an external
charger during a charge controller step. During
such connection, all the data gathering
capabilities and all the step end conditions of
the test channel can still be used.
External Load Controller
External Load Controllers can be added to any or
all of the test channels. These devices work as
follows: The test channel retains all of the
capabilities it normally has. In addition, tests
run on the channel can connect to an external
load during a load controller step. During such
connection, all the data gathering capabilities
and all the step end conditions of the test
channel can still be used.
Frequency Response
Analyzer (FRA 0355)
Maccor's Frequency Response Analyzer (FRA 0355)
may be added to new and existing test systems
running Maccor's Windows based software. The FRA
with the built-in eight (8) position Multiplexer
add full AC impedance analysis to a test system
allowing frequency scans without disturbing the
device under test or its connections at any time
during the test. The positions on the
multiplexer are assignable to any test channel
in the system.
Data from the FRA include: frequency, magnitude,
phase angle, real and imaginary impedances, and
capacitance or inductance. Standard plots
available in the MIMS Client include: Nyquist,
Bode, magnitude, real, imaginary impedances, and
phase angle versus frequency, real or imaginary
impedances, cycle, voltage, capacity, energy, or
power.
LED Status Indicators
New test system's interface can be fitted with a
LED status indicator. The LED provides a visual
indicator on the test system when the channel is
active.
SMBus Battery Interface
The SMBus battery interface, offered in modules
of twelve positions, is used to read and write
to certain registers of SMBus compliant battery
packs. The fields read by the test channel are
added to the channel's data file. The test
channel responds to different SMB alarms during
testing. If a test step ends on an alarm, the
data file will have the appropriate end code.
The data from the Smart Battery pack consists of
header and data information. The data read from
the SMBus Battery pack can be viewed in real
time for the test channel the pack is assigned.
8-Bit Digital Inputs
This hardware option provides eight TTL
optically isolated input bits for a tester
channel. The flow of the test procedure may be
controlled based on the bit values (high or low).
7-Bit Digital Outputs
With this hardware option, a tester channel may
set individual lines of TTL outputs high or low
during the test. These lines may be used to
trigger an event or simply display status lights.
Telecom Pulsing
This option allows test channels to peform
popular Telecom and similar pulse profiles. The
period for the tester channel is adjustable from
4 to 10 mS, with pulses available from 100 µS on
up. All channels on a single controller board
are set to the desired period. In the test
procedure, the magnitude and pulse duration are
set.
Sub-millisecond Pulsing
For demanding tests, this options provides the
flexibility to create a train of up to sixteen
sub-millisecond pulses. Individual pulses may
each be less than 100 µS provided one of the
pulses is greater than 1 mS. Once the train has
been created, it is looped until the programmed
end criteria is reached.
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