Dual Time Base Assures the Integrity of your Frequency Reference
10‑Channel GNSS Locked 10 MHz Frequency Reference with Dual Power Source
NR2310D-O/G-DTB
- 10 MHz frequency reference source with GNSS-locked precision and dual time base integrity.
- Delivers ten channel frequency outputs—no distribution amplifier required.
- Supports both AC and DC power source configurations, independently or redundantly.
- Built-in continuous monitoring with independent gap-less frequency counter for real-time integrity.
- Transient protection and fault indicators on each output channel for reliability.
- RS232 and Ethernet SNMP remote monitoring and alert control per output.
- Flexible output options: BNC or SMA connectors; optional CMOS outputs for 50 Ohm loads.
- Available 5‑PPS and 10 MHz sine waveform outputs with low phase noise.
- Two-stage amplifier design protects source and isolates outputs.
Designed for systems requiring stable 10 MHz reference signals, this GNSS-locked frequency standard with dual power source and dual time base ensures maximum uptime, synchronization integrity, and monitoring control. Applications include test labs, satellite ground stations, telecom timing, and secure infrastructure needing continuous channel monitoring and transient protection.
FAQ
- What does the dual power source provide?
The unit supports both AC and DC inputs, allowing redundant or independent configurations to ensure power reliability in critical systems. - Can I monitor the frequency reference status remotely?
Yes, the system includes RS232 and Ethernet SNMP interfaces for remote monitoring, fault detection, and output alert settings. - What type of protection is available on output channels?
All output channels include transient protection and visual fault indicators to help protect connected systems and isolate failures. - Is the time base truly independent?
Yes. The dual time base features an embedded, gap-less frequency counter with its own GNSS-based reference, ensuring reference integrity.
Brand : Novus SKU : NR2310D-OG
