Functions
Generates and controls RF waveforms for test and measurement applications. Provides programmable frequency synthesis, amplitude modulation, and phase control capabilities. Interfaces with test equipment through digital control buses to enable automated RF signal generation and manipulation. Supports various modulation schemes including AM, FM, and phase modulation for testing RF devices and systems. Features precision timing control and synchronization capabilities for complex multi-channel RF test scenarios.
Platforms
Designed for integration within advanced signal processing and RF communication test systems, this waveform RF control board operates on standard 3U or 6U PXI Express chassis, interfacing through high-speed backplane connectors. It supports synchronization with external timing references and connects to RF front-end modules via SMA or SMP connectors for waveform generation and modulation control. Commonly utilized in aerospace, defense testing, and wireless communications development environments for real-time RF waveform synthesis, signal conditioning, and system verification tasks.
Applications
Facilitates precise RF waveform generation, modulation, and digital signal processing within software-defined radio architectures, electronic warfare systems for signal intelligence and countermeasures, advanced wireless communication transceivers, and high-performance radar pulse generation and analysis subsystems. Integrates into specialized test and measurement equipment for complex RF signal characterization and validation.
Accessories
Requires carrier board or chassis with VME/VXI backplane interface. Uses 96-pin DIN 41612 connector for backplane connection. Front panel includes BNC connectors for RF input/output, external trigger, and reference clock. DB-9 serial port for control interface. SMA connectors for high-frequency RF signals up to 6 GHz. Internal high-speed digital bus interfaces with FPGA-based signal processing boards via custom 60-pin high-density connector. Requires external 10 MHz reference oscillator for frequency stability. Compatible with standard 19-inch rack mount chassis with forced air cooling. Power supplied through backplane +5V, +12V, -12V rails.
Specifications
Designed for RF signal processing, it operates within modular avionics systems for electronic warfare applications. The board supports frequency synthesis, modulation, and demodulation. It interfaces via high-speed digital bus and connects to external amplifiers, antennas, and signal processors. Typical uses include RF jamming, radar, and communication system testing.
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