Broadband Microstrip Circulator

S Band, C Band, X Band, Ku Band, (2GHz-18GHz)

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%.

Broadband Microstrip Circulator
Broadband Microstrip Circulator
Broadband Microstrip Circulator

Product Details

Characteristics and Applications

The Broadband Microstrip Circulator series is characterized by its wider frequency bandwidth, covering two main frequency ranges: 2-6GHz and 6-18GHz. These circulators find extensive applications in fields such as communication, radar, and radio frequency spectrum analysis. Their wide bandwidth makes them an ideal choice for high-frequency signal transmission and isolation, and they are also suitable for use in RF test equipment, antenna systems, and satellite communication systems. Additionally, their high performance and reliability make them widely utilized in military and aerospace applications, including radar systems, navigation equipment, and communication systems. The introduction of this series of products is expected to bring broader application prospects and technological innovation to related industries.

Electrical Performance Table and Product Appearance

2.0~6.0GHz Broadband Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCTA20T60G-B⬇ 2.0~6.0 FULL 1.2(1.4) 11(10) 1.7 -55~+85℃ -/30 Clockwise
HMCTB20T60G-B⬇ 2.0~6.0 FULL 1.2(1.4) 11(10) 1.7 -55~+85℃ -/30 Counter Clockwise
2.0~6.0GHz Broadband Microstrip 'T' junction Circulator
2.0~6.0GHz Broadband Microstrip 'Y' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCYA20T60G-B⬇ 2.0~6.0 FULL 1.2(1.4) 11(10) 1.7 -55~+85℃ -/30 Clockwise
HMCYB20T60G-B⬇ 2.0~6.0 FULL 1.2(1.4) 11(10) 1.7 -55~+85℃ -/30 Counter Clockwise
2.0~6.0GHz Broadband Microstrip 'Y' junction Circulator
6.0~18.0GHz Broadband Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCTA60T180G-B⬇ 6.0~18.0 FULL 1.2(6.0~6.5GHz)
1.0(6.5~18.0GHz)
11 1.7 -55~+85℃ -/30 Clockwise
HMCTB60T180G-B⬇ 6.0~18.0 FULL 1.2(6.0~6.5GHz)
1.0(6.5~18.0GHz)
11 1.7 -55~+85℃ -/30 Counter Clockwise
6.0~18.0GHz Broadband Microstrip 'T' junction Circulator
6.0~18.0GHz Broadband Microstrip 'Y' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCYA60T180G-B⬇ 6.0~18.0 FULL 1.2 11 1.65 -55~+85℃ -/15 Clockwise
HMCYB60T180G-B⬇ 6.0~18.0 FULL 1.2 11 1.65 -55~+85℃ -/15 Counter Clockwise
6.0~18.0GHz Broadband Microstrip 'Y' junction Circulator
8.0~12.0GHz Broadband Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCTA80T120G-B⬇ 8.0~12.0 FULL 0.5 19 1.25 -55~+85℃ 20/10 Clockwise
HMCTB80T120G-B⬇ 8.0~12.0 FULL 0.5 19 1.25 -55~+85℃ 20/10 Counter Clockwise
8.0~12.0GHz Broadband Microstrip 'T' junction Circulator
8.0~18.0GHz Microstrip 'T' junction Circulator
Model Frequency(GHz) BW Max Insertion loss(dB) Max Isolation(dB)Min VSWR Max operating temperature(℃) PK/CW(Watt) Direction
HMCYA80T180G-B⬇ 8.0~18.0 FULL 0.9 13 1.5 -55~+85℃ 20/10 Clockwise
HMCYB80T180G-B⬇ 8.0~18.0 FULL 0.9 13 1.5 -55~+85℃ 20/10 Counter Clockwise
8.0~18.0GHz Microstrip 'T' 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.

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