Model 1088B GPS Satellite Controlled Clock

The Arbiter Systems®, Inc. Model 1088B GPS Satellite-Controlled Clock provides unprecedented flexibility, performance, and value for worldwide timing applications. Combining GPS accuracy and ease of use with exceptionally flexible interface features and options in a space-saving package, the Model 1088B offers unparalleled value in GPS-synchronized clocks.

Model 1084A/B/C GPS Satellite Controlled Clock

The Arbiter Systems®, Inc. Model 1084A/B/C GPS Satellite-Controlled Clock provides the most-needed GPS system clock features in an economical package. Three versions allow you to match your requirements. In the Model 1084A, four LEDs monitor operating status. The Model 1084B adds an LCD setup/status display and keyboard. The Model 1084C adds a large (20 mm or 0.8 in.) LED time display

Model 1092A/B/C GPS Satellite Controlled Clock

The Arbiter Systems®, Inc. Model 1092A/B/C GPS Satellite-Controlled Clock is a tabletop GPS timing source for applications which do not require the ultimate, 100 ns accuracy of our higher-performance models. The Model 1092A/B/C has 1 µs worst-case accuracy, to meet the requirements of a broad range of applications. The Model 1092A has two LEDs to monitor operating status. The Model 1092B adds an LCD setup/status display and a keyboard. The Model 1092C adds a large (14 mm or 0.56 in.) LED time display to the status LEDs. In all versions, twelve receiver channels provide optimum performance.

Model 1088B GPS Satellite Controlled Clock

The Arbiter Systems®, Inc. Model 1083B GPS Satellite-Controlled Frequency Standard/Comparator delivers performance comparable to atomic frequency standards, but at a fraction of the price

Model 1073A Distribution Amplifier

The Arbiter Systems®, Inc. Model 1073A Distribution Amplifier is designed to buffer and distribute signals generated by sources such as the Models 1084A/B/C, 1088B, 1092A/B/C and the 1093A/B/C GPS Satellite-Controlled Clocks. The Model 1073A includes three separate channels, each with four high-drive-capability outputs, to buffer your choice of signals. Each channel has a limiting amplifier to stabilize the peak-to-peak signal level. Each input is galvanically isolated with a transformer or optical isolator to break ground loops and reject common-mode signals. Standard isolation is 2000 volt rms.