In microwave communication, satellite navigation, and radar systems, the 8-12GHz band serves as the core window for high-frequency signal transmission, placing stringent demands on device performance. As a core component for achieving unidirectional signal transmission, the waveguide circulator’s low insertion loss and high isolation characteristics directly determine system stability and anti-int……

IntroductionCirculators are special microwave devices that guide signals in one direction while blocking them in the opposite direction. In cryogenic experiments, such as superconducting qubits or ultra-low-noise amplifiers, they are essential for protecting delicate devices from unwanted reflections and interference. Why Circulators Are ImportantAt ultra-low temperatures, devices like qubits……

In high-frequency applications such as X-band radar, satellite links, and advanced communication systems, every decibel of performance matters. That’s why engineers and system designers trust our 8–12GHz microstrip circulators to deliver exceptional signal routing, high isolation, and consistent reliability. About the 8–12GHz Microstrip CirculatorOperating in the X-band range, our microstrip ……

In radar system, the circulator is the core passive device to realise efficient isolation and directional transmission of transceiver signals. Through the non-reciprocal property of ferrite material, it precisely guides the signal flow: when transmitting, it transmits high-power pulses from the transmitter to the antenna port in a directional manner, and when receiving, it guides the weak echoes c……

The UIYCC2528A2300T2500SF is a high-performance coaxial circulator specifically designed to meet the high demands of modern microwave communications, radar, and test & measurement fields for signal transmission. With its exceptional performance, stability, and reliability, this circulator plays a crucial role in microwave signal transmission.Design FeaturesBroadband Coverage: Operating frequen……