- Microstrip Circulator
- Microstrip Isolator
- Dual-Junction Microstrip Circulator
- Drop-in Circulator
- Drop-in Isolator
- Drop-in Dual-Junction Circulator
- Coaxial Circulator
- Coaxial Isolator
- Coaxial Dual-Junction Circulator
- Waveguide Circulator
- Waveguaide Isolator
- Differential Phase-Shift High Power Waveguide
Products
Broadband Microstrip C...
The following products are broadband microstrip circulators designed with a compact form factor, covering the frequency range from the S-band to the Ku-band, with a maximum relative bandwidth of up to 100%.
Surface Mount Technolo...
The Surface Mount Technology (SMT) Microstrip Circulator series is designed to be easily integrated into surface mount assemblies, offering convenience and flexibility in various electronic applications. These circulators are characterized by their compact size, high performance, and compatibility with SMT assembly processes. They are ideal for use in modern communication systems, phased array antennas, RF front-end modules, and other compact electronic devices where space-saving and efficient assembly are essential. The SMT Microstrip Circulator series provides reliable signal routing and isolation while enabling seamless integration into surface mount technology-based circuitry.
Miniaturized Microstri...
The Miniaturized Microstrip Circulator series is characterized by its ability to achieve smaller dimensions, making it advantageous for applications with specific assembly size requirements. Despite its reduced size, these circulators maintain high performance, requiring advanced production techniques and processes to ensure their functionality. This series caters to projects where space constraints are a critical consideration, offering reliable performance within a compact form factor.
Typical Microstrip Cir...
The relative advantages of microstrip circulators and isolators are small size, light weight, small spatial discontinuity when integrated with microstrip circuits, and easy 50Ω bridge connection (high connection reliability). Its relative disadvantages are low power capacity and poor immunity to electromagnetic interference.