RF & Communications

Our RF & Microwave Components are the building blocks of advanced communication and radar systems. Engineered for high performance and reliability, these components help transmit, receive, and condition signals in critical applications. Whether you're developing a wireless link, an aerospace radar, or electronic warfare equipment, you can assemble a robust RF signal chain with these professional-grade parts.

Solid-State Power Amplifiers

High-power RF amplifiers using solid-state technology to boost signal strength for transmitters. These amplifiers can deliver significant wattage across microwave bands, making them ideal for radar transmitters, communications uplinks, and electronic warfare systems. They offer the reliability of solid-state designs (no fragile vacuum tubes) and typically include built-in cooling and protection circuits for continuous operation in demanding environments.

Low-Noise Amplifiers

Ultra-sensitive amplifiers designed to amplify weak signals with minimal added noise. Placed at the front-end of receivers, LNAs improve the overall system sensitivity, which is crucial for applications like satellite communications, radio astronomy, and long-range radar. Our low-noise amplifiers are optimized for low noise figure and stable gain across broad frequency ranges, ensuring that even the faintest signals can be detected clearly.

Up/Down Converters & Transceivers

Frequency conversion modules that translate signals between baseband, intermediate frequencies, and high RF/microwave frequencies. Up converters prepare signals for transmission at higher frequencies (like sending data over satellite links), while down converters bring received high-frequency signals down to a lower frequency for processing. Transceivers combine transmitter and receiver functions in one unit for bidirectional communication. These components are engineered for excellent frequency stability and isolation, enabling clear communication links and accurate radar signal processing.

Frequency Sources & Synthesizers

Precision oscillators and frequency synthesizers that provide the reference signals for RF systems. This includes temperature-compensated or oven-controlled crystal oscillators (TCXOs/OCXOs) and PLL-based synthesizers that can generate a range of frequencies with fine resolution. They exhibit low phase noise and high stability, which is essential for maintaining signal integrity in communication transmitters, radar systems, and test equipment. These frequency sources ensure every part of your RF chain is locked to a reliable standard.

Microwave Filters & Diplexers

Passive components that shape and direct the frequency content of signals. Microwave filters allow desired frequency bands to pass while rejecting out-of-band interference, and they come in various types (low-pass, band-pass, etc.) to suit your design. Diplexers (or multiplexers) enable multiple frequency bands to share a single antenna or system by separating incoming and outgoing signals. Built with high-Q resonators or microstrip designs, our filters and diplexers provide sharp roll-off and low insertion loss, which helps maintain signal clarity in multi-band communications and radar systems.

Power Splitters & Couplers

Components used to distribute or monitor RF power in your system. Power splitters (dividers) take an input signal and evenly split it into two or more outputs with known phase relationships, useful for feeding multiple antennas or parallel receiver paths. Directional couplers extract a small portion of a signal for measurement or feedback without disturbing the main line, essential in power monitoring and VSWR protection circuits. These devices are designed for 50-ohm systems and exhibit flat coupling across wide frequency ranges, ensuring predictable power distribution and minimal reflections.

Antennas (Horn, GPS, Anti-Jamming)

A range of antennas tailored for different applications:

• Horn Antennas: Directional microwave antennas offering high gain and a focused beam, commonly used in radar testing, point-to-point links, and electromagnetic research.
• GPS Antennas: High-sensitivity antennas tuned to GNSS frequencies (like GPS, GLONASS, etc.), often with built-in LNA and filtering. They provide strong satellite signal reception for navigation systems and can be ruggedized for outdoor use.
• Anti-Jamming Antennas: Specialized antenna systems designed to resist or nullify jamming and interference. These may include multi-element arrays or CRPA (Controlled Reception Pattern Antennas) that maintain GPS connectivity in contested environments.

Each antenna in our catalog is built for optimal performance and durability, whether you need a compact patch for a drone or a large horn for a test range.