
Radio frequency (RF) combiners serve as foundational passive components in test laboratory environments, specifically engineered for accurate and reliable signal summation of multiple input RF signals into a single output channel. Unlike general-purpose power splitters that prioritize uniform power
View more
Microstrip combiner design for array antennas is a miniaturized, high-integration RF power combining technology tailored for antenna array feed systems. Array antennas require multi-channel uniform signal feeding to form stable directional beam radiation, and traditional coaxial and cavity combiners
View more
A low-loss combiner dedicated to multi-power amplifier (PA) output combining is a specialized RF component optimized for high-power PA array systems, aiming to minimize signal power attenuation in the combining process and maximize the utilization efficiency of PA output power. In modern wireless co
View more
Duplexers integrated with Electrostatic Discharge (ESD) protection diodes on the receiver (Rx) port are specially designed to solve the electrostatic damage problem of sensitive RF receiving circuits in complex application environments. The Rx channel of RF transceivers is extremely sensitive to ext
View more
High-selectivity duplexers for satellite earth stations are professional RF devices customized for satellite communication systems, undertaking the core function of separating uplink transmission signals and downlink reception signals of earth stations. Satellite communication features long transmis
View more
The N-way Wilkinson power combiner is a foundational passive radio frequency (RF) component designed for equal power splitting and combining across multiple input and output ports, widely adopted in modern wireless communication, radar, and antenna array systems. Unlike basic resistive power divider
View more