The Brandywine Communications TCP-AM is a flight-qualified Time Code Processor designed for precision timekeeping in demanding environments. This compact, robust device synchronizes with external sources like GPS, IRIG, and IEEE-1588, delivering accurate time codes in formats such as IRIG-AM, IRIG-DCLS, GPS HQ, NTPv4, and PTPv2. With a power range of 9-36V DC and a 1 ppm stability internal time base, it ensures reliable performance. Tested to MIL-STD 810F and 461E, the TCP-AM is ideal for aerospace and defense applications requiring dependable synchronization.
Key Features
- Flight-Qualified Design: Meets rigorous MIL-STD 810F and 461E standards for durability and reliability.
- Multiple Time Code Support: Outputs IRIG-AM, IRIG-DCLS, GPS HQ, NTPv4, and PTPv2.
- IEEE-1588 Compatibility: Supports precise time synchronization and conversion to IRIG A/B.
- GPS Have-Quick II I/O: Ensures high-accuracy time input/output within ±200 ns.
- Wide Power Range: Operates on 9-36V DC with low 1.5W consumption.
- High Stability: 1 ppm internal time base with ±15 ppb calibration accuracy.
- Robust Environmental Tolerance: Functions in -40 to +60°C and 95% humidity.
- Programmable Outputs: Includes four programmable pulses and 1PPS for flexibility.
- GPS Receiver: Features 5V active antenna with short circuit protection.
- Customizable Options: Offers tailored configurations for specific mission needs.
Applications
The TCP-AM is tailored for defense and aerospace industries, providing precise time synchronization for mission-critical systems. It supports avionics, ensuring accurate navigation and communication in military aircraft. The device is ideal for satellite systems, maintaining synchronized data transmission and flight test or telemetry. In defense operations, it enables coordinated timing for radar, missile guidance, and command systems. Its rugged design suits unmanned aerial vehicles (UAVs) and space missions, where reliability in extreme conditions is vital. The TCP-AM’s IEEE-1588 and GPS compatibility ensures seamless integration into advanced defense networks.
