Browse RF and microwave components by signal-chain function, then compare model-level specifications, documentation and inquiry options.
Signal Sources & Timing covers RF and microwave hardware that establishes frequency, phase and timing references. It includes LO sources, crystal oscillators, PLLs, synthesizers, clock modules and reference distribution hardware.
RF semiconductor building blocks for amplification, conversion, switching, detection, control and frequency generation, organized by device function while model-specific performance remains evidence-controlled.
RF amplifiers raise, buffer or regulate RF and microwave signal levels between the source, conversion, filtering and antenna path. This category covers gain-chain components for receiver front ends, transmit drivers, power stages and RF test systems.
Frequency conversion and IF processing hardware moves signals between RF, microwave, IF and baseband ranges, including up/down converters, transceiver converters, mixers, IQ modules, IF modules, multipliers, dividers and transverters.
Filters, duplexers and spectrum-selection hardware define which RF or microwave frequencies pass, are rejected or share antenna paths. This range includes bandpass, low-pass, high-pass, notch, cavity, ceramic, waveguide, SAW/BAW and multi-port assemblies.
RF power distribution hardware divides, combines or samples signal power in controlled paths. It covers dividers, combiners, couplers, hybrids, baluns and distribution assemblies for amplifiers, antenna feeds and RF test.
Define RF route topology, path loss, isolation, power by switch state, switching sequence, control interlocks, settling, lifetime, calibration and full-matrix acceptance before selecting switching hardware.
Design RF attenuation, detection and monitoring paths by level-control task, waveform, dynamic range, response time, directional sampling, power, calibration and protection limits.
Engineering selection for passive RF loads, terminations, matching and equalizing networks, bias-isolation parts and related impedance-control components, bounded by frequency, reference impedance, reflection, power, temperature and environment.
Antennas and radiating front ends connect an RF chain to the propagation environment. Compare frequency coverage, installed impedance, realized gain, pattern, beamwidth, polarization, efficiency, power, PIM, mounting and environmental evidence.
Coaxial cable assemblies, connectors and adapters selected by frequency, loss, match, power, phase stability, routing, environment and acceptance evidence.
Waveguide transmission, transition, passive, calibration and millimeter-wave front-end families organized by physical interface and engineering role; exact-model performance remains evidence-controlled.
DC conversion, PA supplies, bias control, protection and air- or liquid-cooled thermal hardware used to keep RF modules inside declared electrical and temperature limits.
RF front-end modules and subsystems integrate receive, transmit, filtering, switching, conversion, monitoring and control between the antenna and IF or digital system.
RF calibration kits, fixtures, probes, sensors and routed measurement hardware selected by interface, frequency, reference plane, repeatability, traceability and lifecycle evidence.
RF instruments, signal sources and calibration hardware establish controlled stimulus, frequency and power references, and traceable RF test conditions.
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