RF Circulator

Microstrip Circulator: Typical Microstrip Circulator; Broadband Microstrip Circulator; Miniaturized Microstrip Circulator; Surface Mount Technology Microstrip Circulator

Drop-in Circulator: Typical Drop-in Circulator; Broadband Drop-in Circulator; SMD Circulator(SMT)

Coaxial Circulator: Typical Coaxial Circulator; Broadband Coaxial Circulator; High Power Coaxial Circulator

Waveguide Circulator: Junction Waveguide Circulator; Dual-Ridge Waveguide Circulator; Conventional Waveguide Circulator

RF Isolator

Microstrip Isolator: Typical Microstrip Isolator; Broadband Microstrip Isolator; Miniaturized Microstrip Isolator; Surface Mount Technology Microstrip Isolator

Drop-in Isolator: Typical Drop-in Isolator; Broadband Drop-in Isolator; High Power Drop-in Isolator; SMD Isolator(SMT)

Coaxial Isolator: Typical Coaxial Isolator; Broadband Coaxial Isolator; High Power Coaxial Isolator

Waveguide Isolator: Junction Waveguide Isolator; Miniaturized Waveguide Isolator; High Power Waveguide Isolator; Conventional Waveguide Isolator

Dual-Junction Circulator

Dual-Junction Microstrip Circulator: Typical Dual-Junction Microstrip Circulator; SMT Microwave Dual-Junction Circulator; Miniaturized Dual-Junction Microstrip Circulator

Dual-junction Drop-in Circulator: Typical Dual-Junction Drop-in Circulator

Dual-Junction Coaxial Circulator: High Power Dual-Junction Coaxial Circulator

Customized

Typical Microstrip Circulator

S Band, C Band, X Band, Ku Band, K Band, Ka Band (2GHz-40GHz)

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.

Product Details

Characteristics and Applications

Delve into the world of microstrip circulators and reveal their remarkable features, such as compact size, high performance, and broadband capabilities. Explore how these versatile components play a key role in a variety of applications, including ensuring signal routing and isolation in communications systems, facilitating the functionality of MRI systems and thermal therapy in medical devices, facilitating signal processing in radar systems, and enabling radio frequency spectrum Analytics and industrial automation. Learn about the diverse and significant impact of microstrip circulators on numerous industries and cutting-edge technologies.

Electrical Performance Table and Product Appearance

2.7~4.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA27T35G⬇	2.7~3.5	FULL	0.6	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB27T35G⬇	2.7~3.5	FULL	0.6	18	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA28T36G⬇	2.8~3.6	FULL	0.6	20	1.3	-55~+85℃	20/10	Clockwise
HMCTB28T36G⬇	2.8~3.6	FULL	0.6	20	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA29T32G⬇	2.9~3.2	FULL	0.5	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB29T32G⬇	2.9~3.2	FULL	0.5	18	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA30T40G⬇	3.0~4.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB30T40G⬇	3.0~4.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Counter Clockwise

2.7~4.0GHz Microstrip Circulator Appearance

3.5~5.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA35T45G⬇	3.5~4.5	FULL	0.6	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB35T45G⬇	3.5~4.5	FULL	0.6	18	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA37T39G⬇	3.7~3.9	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB37T39G⬇	3.7~3.9	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA40T50G⬇	4.0~5.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB40T50G⬇	4.0~5.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise

3.5~5.0GHz Microstrip Circulator Appearance

4.8~8.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA48T54G⬇	4.8~5.4	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB48T54G⬇	4.8~5.4	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA50T80G⬇	5.0~8.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Clockwise
HMCTA50T80G⬇	5.0~8.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Counter Clockwise

4.8~8.0GHz Microstrip Circulator Appearance

5.0~6.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA50T60G⬇	5.0~6.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB50T60G⬇	5.0~6.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise

5.0~6.0GHz Microstrip Circulator Appearance

7.0~9.5GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA70T95G⬇	7.0~9.5	FULL	0.6	17	1.35	-55~+85℃	20/10	Clockwise
HMCTB70T95G⬇	7.0~9.5	FULL	0.6	17	1.35	-55~+85℃	20/10	Counter Clockwise
HMCTA75T95G⬇	7.5~9.5	FULL	0.5	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB75T95G⬇	7.5~9.5	FULL	0.5	18	1.3	-55~+85℃	20/10	Counter Clockwise

7.0~9.5GHz Microstrip Circulator Appearance

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
HMCTA80T120G⬇	8.0~12.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Clockwise
HMCTB80T120G⬇	8.0~12.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Counter Clockwise
HMCTA85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA90T120G⬇	9.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB90T120G⬇	9.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA120T180G⬇	12.0~18.0	FULL	0.7	16	1.4	-55~+85℃	20/10	Clockwise
HMCTB120T180G⬇	12.0~18.0	FULL	0.7	16	1.4	-55~+85℃	20/10	Counter Clockwise

8.0~18.0GHz Microstrip Circulator Appearance

8.0~18.0GHz Microstrip 'Y' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCYA80T120G⬇	8.0~12.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Clockwise
HMCYB80T120G⬇	8.0~12.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Counter Clockwise
HMCYA85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA90T120G⬇	9.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB90T120G⬇	9.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Clockwise
HMCYB120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10	Counter Clockwise
HMCYA120T180G⬇	12.0~18.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Clockwise
HMCYB120T180G⬇	12.0~18.0	FULL	0.6	16	1.35	-55~+85℃	20/10	Counter Clockwise

14.0~20.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA140T160G⬇	14.0~16.0	FULL	0.5	20	1.3	-55~+85℃	20/10	Clockwise
HMCTB140T160G⬇	14.0~16.0	FULL	0.5	20	1.3	-55~+85℃	20/10	Counter Clockwise
HMCTA160T180G⬇	16.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB160T180G⬇	16.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCTB140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCTA150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Clockwise
HMCTB150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Counter Clockwise

14.0~20.0GHz Microstrip Circulator Appearance

14.0~20.0GHz Microstrip 'Y' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCYA140T160G⬇	14.0~16.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB140T160G⬇	14.0~16.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA160T180G⬇	16.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB160T180G⬇	16.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Clockwise
HMCYB140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10	Counter Clockwise
HMCYA150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Clockwise
HMCYB150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10	Counter Clockwise

18.0~28.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA180T220G⬇	18.0~22.0	FULL	0.5	20	1.25	-55~+85℃	15/5	Clockwise
HMCTB180T220G⬇	18.0~22.0	FULL	0.5	20	1.25	-55~+85℃	15/5	Counter Clockwise
HMCTA180T240G⬇	18.0~24.0	FULL	0.6	18	1.3	-55~+85℃	15/5	Clockwise
HMCTB180T240G⬇	18.0~24.0	FULL	0.6	18	1.3	-55~+85℃	15/5	Counter Clockwise
HMCTA240T280G⬇	24.0~28.0	FULL	0.7	18	1.3	-55~+85℃	15/5	Clockwise
HMCTB240T280G⬇	24.0~28.0	FULL	0.7	18	1.3	-55~+85℃	15/5	Counter Clockwise

18.0~28.0GHz Microstrip Circulator Appearance

28.0~40.0GHz Microstrip 'T' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCTA280T320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Clockwise
HMCTB280T320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Counter Clockwise
HMCTA330T370G⬇	33.0~37.0	FULL	0.8	18	1.35	-55~+85℃	5/2	Clockwise
HMCTB330T370G⬇	33.0~37.0	FULL	0.8	18	1.35	-55~+85℃	5/2	Counter Clockwise
HMCTA320T380G⬇	32.0~38.0	FULL	0.8	16	1.4	-55~+85℃	5/2	Clockwise
HMCTB320T380G⬇	32.0~38.0	FULL	0.8	16	1.4	-55~+85℃	5/2	Counter Clockwise
HMCTA320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2	Clockwise
HMCTB320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2	Counter Clockwise
HMCTA380T400G⬇	38.0~40.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Clockwise
HMCTB380T400G⬇	38.0~40.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Counter Clockwise

28.0~40.0GHz Microstrip Circulator Appearance

28.0~40.0GHz Microstrip 'Y' junction Circulator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HMCYA280T320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Clockwise
HMCTB280Y320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Counter Clockwise
HMCYA330T370G⬇	33.0~37.0	FULL	0.8	18	1.35	-55~+85℃	5/2	Clockwise
HMCYB330T370G⬇	33.0~37.0	FULL	0.8	18	1.35	-55~+85℃	5/2	Counter Clockwise
HMCYA320T380G⬇	32.0~38.0	FULL	0.8	16	1.4	-55~+85℃	5/2	Clockwise
HMCYB320T380G⬇	32.0~38.0	FULL	0.8	16	1.4	-55~+85℃	5/2	Counter Clockwise
HMCYA320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2	Clockwise
HMCYB320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2	Counter Clockwise
HMCYA380T400G⬇	38.0~40.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Clockwise
HMCYB380T400G⬇	38.0~40.0	FULL	0.7	18	1.35	-55~+85℃	5/2	Counter Clockwise

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.

HMCTA27T35G-2.7GHz-3.5GHz

HMCTA35T45G-3.5GHz-4.5GHz

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Typical Microstrip Circulator

Characteristics and Applications

Electrical Performance Table and Product Appearance

Performance Indicator Curve Graphs for Some Models

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Get in touch with us

COMPANY

Typical Microstrip Circulator

Characteristics and Applications

Electrical Performance Table and Product Appearance

Performance Indicator Curve Graphs for Some Models

Questions? Feel Free to Reach Out Via Message.

Get in touch with us

COMPANY

Questions? Feel Free to Reach
Out Via Message.