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Provides a general introduction to the X72 rubidium oscillator, its features, and capabilities.
Lists the X72 dimensions, connector pin assignments, absolute maximum ratings, and operating characteristics.
Covers mounting recommendations, connector options, and physical integration of the X72 unit.
Details RF outputs, 1PPS input/output, lock signal, service signal, and frequency control signals.
Discusses the design life goal, serviceability, and indicators for pending end-of-life.
Provides guidance on site selection, turn-on procedure, and recommended hook-up diagrams.
Offers checks and solutions for common issues preventing output or rubidium oscillator lock.
Details the pin assignments for the X72 connector and adapter edge boards.
Explains the SSIP for external communication, including setup, data formats, and commands.
Describes the components and setup of the X72 development kit for lab testing and evaluation.
Lists the necessary connections: power, GPS antenna, and 1PPS source for setup.
Explains how the X72 synchronizes to 1PPS input, including damping factor and tau settings.
Details how to retrieve 1PPS state and delta register values using the 'j' command.
Provides a general introduction to the X72 rubidium oscillator, its features, and capabilities.
Lists the X72 dimensions, connector pin assignments, absolute maximum ratings, and operating characteristics.
Covers mounting recommendations, connector options, and physical integration of the X72 unit.
Details RF outputs, 1PPS input/output, lock signal, service signal, and frequency control signals.
Discusses the design life goal, serviceability, and indicators for pending end-of-life.
Provides guidance on site selection, turn-on procedure, and recommended hook-up diagrams.
Offers checks and solutions for common issues preventing output or rubidium oscillator lock.
Details the pin assignments for the X72 connector and adapter edge boards.
Explains the SSIP for external communication, including setup, data formats, and commands.
Describes the components and setup of the X72 development kit for lab testing and evaluation.
Lists the necessary connections: power, GPS antenna, and 1PPS source for setup.
Explains how the X72 synchronizes to 1PPS input, including damping factor and tau settings.
Details how to retrieve 1PPS state and delta register values using the 'j' command.
General| Frequency Range | 10 MHz |
|---|---|
| Output Power | +13 dBm |
| Operating Temperature | 0°C to +50°C |
| Output Signal Types | Sine |
| Phase Noise | -130 dBc/Hz at 10 Hz offset |
| Dimensions | 51 mm x 127 mm x 147 mm |
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