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Introduces the NAC1 as an ultra-small, low-power Rubidium Atomic Clock.
Details the primary features and specifications of the NAC1 unit.
Lists the main output, input, stability, size, weight, and communication specs.
Highlights unique capabilities like being disciplined to a 1PPS signal.
Lists essential safety precautions to follow before operating the NAC1.
Instructions for retaining packaging for potential service returns.
Specifies the extreme limits the NAC1 can tolerate without damage.
Details the physical dimensions, pinout, and mounting recommendations.
Defines the voltage levels, functions, and notes for each NAC1 pin.
Step-by-step guide for physically mounting the NAC1 onto the evaluation board.
Instructions for installing the Graphical User Interface software.
Details the necessary connections using RS-232 and power cables.
Explains the different connectors and components on the evaluation board.
Guides through the initial power-on and setup process.
Explains the main functions and buttons within the NAC1 GUI.
Details how to adjust the NAC1's frequency using the GUI.
Explains the physics and technology behind the Rubidium Atomic Clock operation.
Describes the Built-In Test feature and its indications.
Details the characteristics of the 10MHz output signal.
Explains how to perform frequency adjustments and the associated cautions.
Describes the characteristics and usage of the 1PPS output.
Explains the operation when the NAC1 is not disciplined.
Details how the NAC1 uses an external 1PPS for improved accuracy.
Describes the requirements and source for the 1PPS input signal.
Provides mechanical interface details and diagrams for the NAC1.
Details the electrical characteristics and pin assignments of the NAC1.
Provides general guidelines and default configurations for using the CLI.
A summary list of available commands for the NAC1 CLI.
Details specific general commands like VER, SEO, and RST.
Explains how to use the RFC CLI command for frequency correction.
Details CLI commands (SDM, SED, SPD) for 1PPS disciplining.
Describes the UMR command for monitoring various NAC1 parameters.
Highlights the most important features of the NAC1.