GPS/IRIG B Time Code Generator/Reader, Model 6115G-3R 
The Model 6115G-3R is a GPS synchronized IRIG B time code generator designed to provide a precise IRIG B serial time code, both modulated and demodulated, output as well as a 1PPS time pulse. The unit automatically acquires all in-view satellites upon power up and locks an internal IRIG B time code generator to the GPS time reference. If the GPS lock is lost, the 6115G-3R will automatically switch to an internal clock and continue generating the output IRIG B signal. No discernible change in the IRIG B output will occur due to this transition. In
the event that a GPS signal is not available the 6115G-3R can be locked
to an external IRIG B serial time code signal.
The selection of GPS or IRIG as the synchronization source is
via a front panel switch or it may be done remotely via a TTL signal or
contact closure. The
6115G-3R may also be synchronized to an external 1 PPS such as a time
mark signal from another timing device.
When applied, the 6115G-3R internal clock will be reset to the
closest second.
It is therefore necessary to have previously set the clock
recently enough to be certain that the error would be less than one
half second.
The 6115G-3R may
also be used as a stand-alone unit to generate an IRIG B signal.
The time-of-year may be set by the user via front panel switches.
A backlit LCD readout displays the days, hours, minutes and seconds as
well as status. In the event of a power failure the 6115G-3R will
no longer output a serial time code however the time will The unit has five
buffered IRIG B outputs and one demodulated IRIG B output as well as
status and synchronized clock signal outputs. |
 Time Code Generator/Translator, Model 6115SC The
Model 6115SC is a Time Code Generator/Translator that converts an
applied time code to one serial time code and five slow codes.
The unit operates on any of four IRIG time codes, A, B, E and
G. The applied code
is then translated into IRIG B and five Slow Codes, 1 sec, 5 sec, 10
sec, 30 sec and 60 sec. Any
of the 5 slow codes is output via a power amplifier as selected by a
front panel switch. A selectable IRIG time
code output A, B, E or G is provided regardless of the input IRIG
format. Therefore if set
to IRIG B, this signal may
be used to drive an external IRIG B display.
If the applied time code signal is lost the 6115SC will
automatically switch to an internal clock and continue generating the
output IRIG signals. No
discernible change in the IRIG or Slow Code outputs will occur when the
input time code signal is removed after synchronization. |
 GPS/IRIG B Time Code Generator/Reader, Model 6115G-TSM The
Model 6115G-TSM is a GPS synchronized IRIG B time code generator
designed to provide a precise IRIG B serial time code output,
selectable synchronized clock outputs and provide the facility of time
tagging events. The unit
automatically acquires all in-view satellites upon power up and locks
an internal IRIG B time code generator to the GPS time reference.
If the GPS lock is lost the 6115G-TSM will automatically switch
to an internal clock and continue generating the output IRIG B signal.
No discernible change in the IRIG B output will occur due to
this transition. The 6115G-TSM has six event inputs, each operating independently. Upon receipt of an event trigger, the time is read and placed in a buffer for retrieval via an included Ethernet port. The unit will record events at a burst rate of up to 1MHz The
6115G-TSM may also be used as a stand-alone unit to generate an IRIG B
signal. The date and time
may be set by the user via front panel switches.
A backlit LCD readout displays the month, day, year, hours,
minutes and seconds as well as unit status.
In the event of a power failure the 6115G-TSM will no longer
output a serial time code however the time will continue to advance by
automatically switching to a battery backed-up internal clock. The IRIG
output will resume, without resetting, upon reapplication of power. Besides
the retrieval of the event timestamps, the Ethernet port is used to
provide remote control and programming of the 6115G-TSM. Included is a Windows 9x, 2000, ME, XP, NT compatible Remote
Control Utility The
6115G-TSM is housed in a 1U, 19 inch rack mountable aluminum
enclosure, 1.72" high and 9" deep (including connectors) and is
powered by 100 to 240VAC 50/60 Hz.
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IRIG
Distribution Amplifier, Model 6189 The Model 6189 IRIG Distribution Amplifier provides for the distribution of an applied IRIG B time code signal to up to twenty-four, fully isolated, individual loads. It operates with an IRIG B input that complies with IRIG Standard 200-98. The input range is 0.5 volts peak-to-peak to 10 volts peak-to-peak. An input IRIG LEVEL control adjusts the input amplifier gain to accommodate the variation in input level which in affect adjusts the output level. Twenty-four IRIG outputs are individually buffered with isolation provided by output transformers. Each output will drive loads up to 75 ohms. The
fully configured unit, Model 6189-24 has twenty-four outputs. Other
available configurations are: 6189-8 and 6189-16 The 6189 is housed in a 1U, 19 inch rack mountable aluminum enclosure, 1.72" high and 9" deep (including connectors).
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The 6115G is also used as a stand-alone unit to generate an IRIG B signal. The time-of-year may be set by the user via front panel switches. A front panel LCD readout displays the days, hours, minutes and seconds. The unit is housed in a ruggedized aluminum case, 8.5 inches wide by 2.5 inches high by 8.5 inches deep. It is powered by 28 VDC, (115 VAC optional). |
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An
internal clock is automatically synchronized to the applied time code upon
receipt of a valid IRIG B signal. If
the unit loses the lock after initial synchronization, it will continue to
operate on the internal clock. No
discernible change in the IRIG A time output will occur when the IRIG
signal lock is lost after synchronization.
The IRIG lock status is indicated by a front panel LED. The
IRIG A output provides IRIG time in un-modulated level shift format. Three
buffered TTL, positive true outputs are provided. The
output level of the three buffered IRIG B outputs are individually set by
front panel controls. These outputs are not available when the 6115-9D is operating
without an IRIG B input. The unit is housed in a 8.5 by 8.5 by 2.5 inch aluminum enclosure. It is powered by 9 to 36 volts AC/DC power. The 6115-9DR is also available in a rack mount version, Model 6115-9DR. |
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The Model 6115G-3 is a twelve channel GPS synchronized IRIG B time code generator designed to provide a precise IRIG B serial time code output as well as a 1PPS time pulse. The unit automatically acquires all in-view satellites upon power up and locks an internal IRIG B time code generator to the GPS time reference. If the GPS lock is lost the 6115G-3 will automatically switch to an internal clock and continue generating the output IRIG B signal. No discernible change in the IRIG B output will occur due to this transition. In
the event that a GPS signal is not available the 6115G-3 can be locked to
an external IRIG B serial time code signal.
The selection of GPS or IRIG as the synchronization source is via a
front panel switch or it may be done remotely via a TTL signal or contact
closure. The
6115G-3 may also be synchronized to an external 1 PPS such as a time mark
signal from another timing device.
When applied, the 6115G-3 internal clock will be reset to the
closest second.
It is therefore necessary to have previously set th The 6115G-3 may also
be used as a stand-alone unit to generate an IRIG B signal. The
time-of-year may be set by the user via front panel switches. An LED
readout displays the days, hours, minutes and seconds. In the event
of a power failure the 6115G-3 will no longer output a serial time code
however the time will continue to advance by automatically switching to a
battery backed-up internal clock. The IRIG output will resume,
without resetting, upon reapplication of power. The
unit has five buffered IRIG B outputs as well as status and synchronized
clock signal outputs. |
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The Model 6115G-4 is a twelve channel GPS synchronized IRIG B time code generator designed to provide a precise IRIG B serial time code output as well as a 1PPS time pulse. The unit is identical to the 6115G-3 except it includes a parallel BCD time output port. The unit automatically acquires all in-view satellites upon power up and locks an internal IRIG B time code generator to the GPS time reference. If the GPS lock is lost the 6115G-4 will automatically switch to an internal clock and continue generating the output IRIG B signal. No discernible change in the IRIG B output will occur due to this transition. In
the event that a GPS signal is not available the 6115G-4 can be locked to
an external IRIG B serial time code signal.
The selection of GPS or IRIG as the synchronization source is via a
front panel switch or it may be done remotely via a TTL signal or contact
closure. The
6115G-4 may also be synchronized to an external 1 PPS such as a time mark
signal from another timing device.
When applied, the 6115G-4 internal clock will be reset to the
closest second.
It is therefore necessary to have previously set the clock recently
enough to be certain that the drift would be less than one half second.
The 6115G-4 may also
be used as a stand-alone unit to generate an IRIG B signal. The
time-of-year may be set by the user via front panel switches. An LED
readout displays the days, hours, minutes and seconds. In the The
unit has five buffered IRIG B outputs, one parallel BCD time output and
status & synchronized clock signal outputs. |
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The
6115G-8 has an asynchronous RS-232C port, which provides a means
of configuring the unit, as well as reading the time, event, and location
information.
The output messages for time/location and events are individually
controlled.
The Time/Location message may be set to OFF or AUTO.
When set to AUTO, Included
with the 6115G-8 is a CDROM containing a self-installing utility program
for setting up the
unit via a Graphical User Interface (GUI) from a Windows™
based computer via the COM port. The 6115G-8 is housed in an aluminum enclosure, 7.5 inches long (including mounting flanges), 4.25 inches wide and 1.45 inches high. All controls, connectors and indicators are on the front panel. The 6115G-8 is also available with
built-in Video Insertion. There are three versions available, the Model
6115G-8V2, Two Channel Video Inserter, the Model 6115G-8V4, Four
Channel Video inserter and the Model 6115G-8V6, Six Channel Video
Inserter. An
Inserted
video time message may be positioned at any one of fifteen locations in
the video frame as selected by a front panel switch. The character size is also selectable, again by a front panel
switch. The time message positioning and size selection is
independent for each video channel.
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IRIG B Time Code Generator/Reader, Model 6115, Generates a serial IRIG B time code and also acts as a time code reader. When an IRIG time code signal is applied, the unit locks to the signal and regenerates an IRIG output. If the applied signal is lost the 6115 will automatically switch to an internal clock and continue generating the output IRIG signal. No discernible change in the IRIG output will occur when the input IRIG is removed after synchronization. The 6115 is also used as a stand-alone unit to generate an IRIG B signal. The time-of-year may be set by the user via front panel switches. A front panel LCD readout displays the days, hours, minutes and seconds. The unit is housed in a ruggedized aluminum case, 8.5 inches wide by 2.5 inches high by 8.5 inches deep. It is powered by 28 VDC, (115 VAC optional). NASA 36 Time Code Generator/Reader, Model 6115A, Same as 6115 except operates on NASA 36 Serial Time Code.
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The 6215GR may also be used as a stand-alone unit to generate an IRIG B signal. The time-of-year may be set by the user via front panel switches. An LCD readout displays the days, hours, minutes and seconds. In the event of a power failure the 6215GR will no longer output a serial time code or insert data into video, however the time will continue to advance by automatically switching to a battery backed-up internal clock. The IRIG output will resume, without resetting, upon reapplication of power. The 6215GR is housed in a 19" wide x 10" deep x 3.5" high rack mountable aluminum enclosure. A magnetic mount, active GPS antenna is included. |
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An internal clock is synchronized by the GPS receiver. Once the time is established, a loss of GPS lock will cause the 6325G to automatically switch to the internal clock that will increment the time display until the GPS signal is re-acquired. A programmable time offset may be used to convert from UTC to local time. In the event that a GPS signal is not available, the 6325G can be locked to an external IRIG B serial time code signal. In the absence of both a GPS and IRIG signal the 6325G clock may be set by the user via the RS-232 port. The 6325G is housed in a ruggedized 2.5 inch high by 8.5 inch by 8.5 inch deep aluminum enclosure. |
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© 2007, Instrumentation Technology Systems For more Information Email: sales@itsamerica.com |
continue to advance by automatically switching to a battery backed-up
internal clock. The IRIG output will resume, without resetting,
upon reapplication of power.
Handheld
GPS Synchronized IRIG TC Generator, Model 6155D
is a battery powered, hand-held unit which provides an IRIG B timecode
output synchronized with UTC time derived from GPS as well as a serial
data output which includes UTC Time, Latitude and Longitude. It includes a
twelve channel GPS receiver which automatically acquires all in-view
satellites upon power up and locks an internal IRIG B time code generator
to the GPS time reference. If the GPS lock is lost the 6155D will
automatically switch to an internal clock and continue generating the
output IRIG B signal. No discernible change in the IRIG B output will
occur due to this transition.
GPS/IRIG
B Time Code Generator/Reader, Model 6115G, Generates a serial IRIG B
time code and also acts as a time code reader. When an IRIG time code
signal is applied, the unit locks to the signal and regenerates an IRIG
output. If the applied signal is lost the 6115G will automatically switch
to an internal clock and continue generating the output IRIG signal. No
discernible change in the IRIG output will occur when the input IRIG is
removed after synchronization.
Time
Code Translator, Model 6115-9D, provides for the conversion of an
applied IRIG B120 serial time code to an IRIG A000 serial time code.
GPS/IRIG
B Time Code Generator/Reader, Model 6115G-3, 
e
clock recently enough to be certain that the drift would be less than one
half second.
GPS/IRIG
B Time Code Generator/Reader with BCD time output, Model 6115G-4,
event of a power failure the 6115G-4 will no longer output a serial time
code however the time will continue to advance by automatically switching
to a battery backed-up internal clock. The IRIG output will resume,
without resetting, upon reapplication of power.
GPS Synchronized Miniature Time Code Generator, Model 6115G-8 provides
an IRIG B time code output derived from GPS.
messages are sent at one second intervals.
GPS/IRIG
Time Code Generator/Video Inserter, Model 6215GR, is a GPS
synchronized IRIG B time code generator/video inserter designed to provide
a precise IRIG B serial time code output as well as generate an IRIG time
message which is inserted into an applied NTSC or RS-170 video signal. The
unit automatically acquires all in-view satellites upon power up and locks
an internal IRIG B time code generator to the GPS time reference. If the
GPS lock is lost the 6215GR will automatically switch to an internal clock
and continue generating the output IRIG B signal. No discernible change in
the IRIG B output will occur due to this transition. The IRIG B signal is
decoded and the resulting time message is inserted into the applied video
signal.
GPS/IRIG
Video Data Inserter,