QDi.AC
Quantum Diamond Atomic Clock
QDi.AC is a frequency reference based on the magnetic spin transitions of a synthetic crystal diamond. It is a through-hole component intended for soldered integration into system electronics that require a long-holdover clock source. The QDi.AC leverages the inherent stability and ruggedness of a synthetic diamond crystal to enable exceptional holdover in a variety of application areas and environments, while generating a pre-configured 10 or 20 MHz LVCMOS or sine wave reference signal.
Key features and Applications
Key Features
• Less than 13 cc volume
• Exceptionally low aging rate
• Quick warmup time < 10 s
• 10/20 MHz sine wave/LVCMOS-compatible output
• 1 pps output optional
Applications
• GPS receivers and precision timing
• Inertial navigation systems
• Autonomous sensor networks
• Test & measurement systems
• Network infrastructure
• Backpack radios
Options
Performance Specification
Outline Dimensions
