6115G-3 GPS Synchronised IRIG B Time Code Generator

The Model 6115G-3 is a twelve channel GPS synchronised 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.

The unit is 28Vdc powered and has five buffered IRIG B outputs as well as status and synchronised clock signal outputs.

6115G-8 Miniature GPS Synchronised IRIG B Time Code Generator

The Model 6115G-8 GPS Synchronised Miniature Time Code Generator provides an IRIG B time code output derived from GPS. The time code output is synchronised with UTC time unless a time offset has been programmed. A twelve channel GPS receiver 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-8 will automatically switch to an internal clock and continue generating the output IRIG B signal.

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.

6115G-8V4 Miniature GPS Sync IRIG B Time Code Gen w/Four Video Channels

The Model 6115G-8V4 GPS Synchronised Miniature Time Code Generator provides an IRIG B time code output derived from GPS and also inserts a time message into four applied asynchronous video signals. The time code output is synchronised with UTC time unless a time offset has been programmed.

The 6115G-8V4 is housed in an aluminum enclosure, 7.5 inches long (including mounting flanges), 4.25 inches wide and 2.81 inches high. All controls, connectors and indicators are on the front panel.

JANUS NTP PTP to IRIG-B Time Code Generator

 The JANUS Time Code Converter, connects to NTP as a client or PTP as a slave over any IPv4 network. JANUS generates a fully synchronised IRIG-B output for use with legacy systems that cannot use a PTP or NTP network time reference. The IRIG-B output having an accuracy of <=2µseconds. Should the connection the network be lost, JANUS will continue to generate IRIG B time code. Additionally a TLL buffered output can be set to output 1PPS synchronized to the selected time reference or output a 10 MHz clock phase locked to the time master.

6155E Handheld GPS Synchronised IRIG B Time Code Generator

The Model 6155E is a battery powered, hand-held unit which provides an IRIG B timecode output synchronised with UTC time, derived from GPS, and a serial data output which includes UTC Time, Latitude and Longitude.

The 6155E is housed in an aluminum enclosure, 8 inches long, 3.8 inches wide and 2.55 inches high, which includes rechargeable batteries and an attached, active antenna.

6325G GPS/IRIG Video Data Inserter/Time Code Generator

The Model 6325G GPS/IRIG Video Data Inserter, provides for the insertion of a GPS or IRIG B synchronised time message, Latitude, Longitude and Altitude into an applied RS-170, or NTSC Video signal. The time and position messages may be positioned to any location in the viewed scene by serial ASCII commands entered via an RS-232 port. Additionally, alphanumeric messages input via the serial port may be inserted.

The 6325G is housed in a ruggedized 2.5 inch high by 8.5 inch by 8.5 inch deep aluminum enclosure.

MODEL 400-D GPS SYNCHRONISED IRIG B TIME CODE GENERATOR

The Model 400-D is a GPS synchronised IRIG B time code generator designed to provide a precise IRIG
B002 serial time code output as well as a 1PPS time pulse.

MODEL 420-D GPS SYNCHRONISED IRIG B TIME CODE GENERATOR

The Model 420-D is a GPS synchronised IRIG B time code generator designed to provide a precise IRIG B002 serial time code output as well as a 1PPS time pulse.

MODEL 490-D20 IRIG DISTRIBUTION AMPLIFIER

The Model 490-D20 IRIG Distribution Amplifier provides for the distribution of an applied IRIG B time code signal to up to twenty individual loads.