Surface Mount Technology Microstrip Circulator

X Band, Ku Band. (8GHz-18GHz)

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.

Product Details

Characteristics and Applications

Surface Mount Technology (SMT) Microstrip Circulators offer several distinct features and advantages. Their compact size and compatibility with SMT assembly processes make them ideal for space-constrained electronic applications. These circulators provide reliable signal routing and isolation while enabling seamless integration into modern communication systems, phased array antennas, and RF front-end modules.

On the product details page, you can expect to find a selection of specific model performance indicators and dimension diagrams for the Surface Mount Technology Microstrip Circulators. These details will provide a comprehensive overview of the technical specifications for each model, aiding in the comparison and selection process.

Electrical Performance Table and Product Appearance

Product Overview

Here is an X-band and KU-band Surface Mount Technology Microstrip Circulator designed for easy installation using surface mount technology. The product can be customized based on your requirements for frequency band, bandwidth, dimensions, and port locations.

8.0~12.0GHz Surface Mount Technology Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCTE80T120G⬇ 8.0~12.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Clockwise
HMCTF80T120G⬇ 8.0~12.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Counter Clockwise
8.0~12.0GHz Surface Mount Technology Microstrip 'T' junction Circulator Appearance
8.0~12.0GHz Surface Mount Technology Microstrip 'Y' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCYE80T120G⬇ 8.0~12.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Clockwise
HMCYF80T120G⬇ 8.0~12.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Counter Clockwise
8.0~12.0GHz Surface Mount Technology Microstrip 'Y' junction Circulator
14.0~18.0GHz Surface Mount Technology Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCTE140T180G⬇ 14.0~18.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Clockwise
HMCTF140T180G⬇ 14.0~18.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Counter Clockwise
14.0~18.0GHz Surface Mount Technology Microstrip 'T' junction Circulator
14.0~18.0GHz Surface Mount Technology Microstrip 'Y' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCYE140T180G⬇ 14.0~18.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Clockwise
HMCYF140T180G⬇ 14.0~18.0 FULL 0.6 18 1.3 -55~+85℃ 20/10 Counter Clockwise
14.0~18.0GHz Surface Mount Technology Microstrip 'Y' junction Circulator

Performance Indicator Curve Graphs for Some Models

The curve graphs serve the purpose of visually presenting the performance indicators of the product. They offer a comprehensive illustration of various parameters such as frequency response, insertion loss, isolation, and power handling. These graphs are instrumental in enabling customers to assess and compare the product's technical specifications, aiding in informed decision-making for their specific requirements.

HMCYE80T120G 8.0GHz-12.0GHz

HMCYE80T120G

Questions? Feel Free to Reach
Out Via Message.

 

Leave Your Message