The TTC FTR-200 is a compact, programmable airborne flight termination receiver designed for mission-critical aerospace and defense applications. This miniature device, encased in a rugged 3.7 cubic inch package, features a highly sensitive superheterodyne RF receiver with a programmable center frequency (420-450 MHz) and a dynamic range of -107dBm to +13dBm. Its versatile tone decoder supports 3 or 4 tone sequences, enabling reliable command outputs for flight termination systems. Compliant with RCC-319-10 standards, the FTR-200 ensures fail-safe operation, making it ideal for demanding environments requiring precision and durability.
Key Features
- Programmable RF Receiver: Operates in the 420-450 MHz range with a customizable center frequency.
- High Sensitivity: Dynamic range from -107dBm to +13dBm for robust signal detection.
- Versatile Tone Decoder: Supports programmable 3 or 4 command tone sequences.
- Fail-Safe Operation: Fully programmable loss of tone duration for enhanced safety.
- Compact Design: Rugged 3.7 cubic inch packaging for airborne applications.
- Solid-State Design: No tunable elements, ensuring reliability and durability.
- Command Outputs: Four command outputs based on decoded tones.
- Tone Monitoring: Individual output tone monitors for precise control.
- Signal Strength Output: Receiver signal strength output (SSTO) for real-time monitoring.
- Wide Voltage Range: Supports 22VDC to 36VDC input for flexible integration.
Applications
The TTC FTR-200 is tailored for defense and aerospace applications, particularly in flight termination systems for unmanned aerial vehicles (UAVs), missiles, and other airborne platforms. Its RCC-319-10 compliance ensures compatibility with stringent range safety standards, making it ideal for military and test range operations. The programmable RF receiver and tone decoder enable secure, reliable command transmission in high-stakes environments. Its rugged, compact design suits integration into space-constrained aerospace systems, ensuring fail-safe performance during critical missions, such as missile testing, UAV operations, and other defense-related flight termination scenarios requiring precision and reliability.
