The CPCI-SyncClock32 from Brandywine Communications is a high-precision timing solution designed for CompactPCI systems, available in 3U or 6U form factors. This synchronizable clock delivers zero-latency time synchronization over the CPCI bus, supporting +3.3V and +5V signaling. Equipped with an on-board microprocessor, it synchronizes seamlessly with inputs like 1 PPS, IRIG A/B, NASA 36 time codes, and optional GPS or Have Quick. The clock offers free-run capability and host-controlled settings, making it ideal for applications requiring accurate, reliable timing in rugged environments like defense and aerospace systems.
Key Features
- 3U or 6U CPCI Form Factor: Flexible integration into various CompactPCI systems.
- Zero Latency Time Reads: Provides precise time data from microseconds to years.
- Multiple Synchronization Inputs: Supports 1 PPS, IRIG A/B, NASA 36, and optional Have Quick.
- Optional GPS Input: Enhances timing accuracy with satellite-based synchronization.
- Redundant Inputs: Ensures reliability with duplicate 1 PPS and time code inputs.
- IRIG B Output: Delivers standardized time code output for system integration.
- Single-Slot Design: Compact, including GPS option, for space-constrained setups.
- External Event Inputs: Optional 8 or 16 inputs for event-triggered timing.
- Programmable Heartbeat Rate: Customizable for specific application needs.
- RoHS-Certified Options: Available for environmentally compliant deployments.
Applications
The CPCI-SyncClock32 is tailored for defense and aerospace applications requiring precise timing. It excels in military communication systems, ensuring synchronized data transfer in tactical networks. In aerospace, it supports avionics testing and satellite ground stations, providing accurate timekeeping for mission-critical operations. The clock’s rugged design and redundant inputs make it ideal for radar systems, missile guidance, and command-and-control platforms. Its GPS option enhances performance in navigation and tracking systems, while the zero-latency feature ensures real-time synchronization for defense simulations and aerospace telemetry applications.
