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 Isolator

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

The primary advantage of microstrip Isolators is their compact size, although they have a lower power handling capacity compared to drop-in coaxial waveguide Isolator. Customization of frequency bands, dimensions and ports is available according to your requirements.

Product Details

Characteristics and Applications

The Typical Microstrip Isolator is a crucial component in RF and microwave systems, providing essential signal isolation and protection against unwanted reflections. Its compact design and high isolation performance make it well-suited for integration into various communication systems, radar systems, and test equipment. The isolator's robust construction and reliable performance ensure efficient signal transmission while safeguarding sensitive components from potential damage. With a focus on high-quality materials and precision engineering, the Typical Microstrip Isolator delivers exceptional performance and reliability in demanding RF and microwave applications.

Electrical Performance Table and Product Appearance

2.7~4.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA27T35G⬇	2.7~3.5	FULL	0.6	20	1.3	-55~+85℃	20/10/5	Clockwise
HMITB27T35G⬇	2.7~3.5	FULL	0.6	20	1.3	-55~+85℃	20/10/5	Counter Clockwise
HMITA30T40G⬇	3.0~4.0	FULL	0.5	18	1.3	-55~+85℃	20/10/5	Clockwise
HMITB30T40G⬇	3.0~4.0	FULL	0.5	18	1.3	-55~+85℃	20/10/5	Counter Clockwise
HMITA35T55G⬇	3.5~5.5	FULL	0.6	16	1.3	-55~+85℃	20/10/5	Clockwise
HMITB35T55G⬇	3.5~5.5	FULL	0.6	16	1.3	-55~+85℃	20/10/5	Counter Clockwise

3.4~5.5GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA34T45G⬇	3.4~4.5	FULL	0.6	18	1.3	-55~+85℃	20/10/5	Clockwise
HMITB34T45G⬇	3.4~4.5	FULL	0.6	18	1.3	-55~+85℃	20/10/5	Counter Clockwise
HMITA37T39G⬇	3.7~3.9	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB37T39G⬇	3.7~3.9	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise
HMITA40T50G⬇	4.0~5.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB40T50G⬇	4.0~5.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise
HMITA45T55G⬇	4.5~5.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB45T55G⬇	4.5~5.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise

5.0~8.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA50T60G⬇	5.0~6.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB50T60G⬇	5.0~6.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise
HMITA55T65G⬇	5.5~6.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB55T65G⬇	5.5~6.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise
HMITA65T75G⬇	6.5~7.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB65T75G⬇	6.5~7.5	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise
HMITA50T80G⬇	5.0~8.0	FULL	0.6	18	1.3	-55~+85℃	20/10/5	Clockwise
HMITB50T80G⬇	5.0~8.0	FULL	0.6	18	1.3	-55~+85℃	20/10/5	Counter Clockwise
HMITA60T80G⬇	6.0~8.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Clockwise
HMITB60T80G⬇	6.0~8.0	FULL	0.5	20	1.25	-55~+85℃	20/10/5	Counter Clockwise

7.0~9.5GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA70T95G⬇	7.0~9.5	FULL	0.6	17	1.35	-55~+85℃	20/10/3	Clockwise
HMITB70T95G⬇	7.0~9.5	FULL	0.6	17	1.35	-55~+85℃	20/10/3	Counter Clockwise
HMITA75T95G⬇	7.5~9.5	FULL	0.5	18	1.3	-55~+85℃	20/10/3	Clockwise
HMITB75T95G⬇	7.5~9.5	FULL	0.5	18	1.3	-55~+85℃	20/10/3	Counter Clockwise

8.0~18.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA80T100G⬇	8.0~10.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Clockwise
HMITB80T100G⬇	8.0~10.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Counter Clockwise
HMITA85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Clockwise
HMITB85T105G⬇	8.5~10.5	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Counter Clockwise
HMITA80T120G⬇	8.0~12.0	FULL	0.6	18	1.35	-55~+85℃	20/10/3	Clockwise
HMITB80T120G⬇	8.0~12.0	FULL	0.6	18	1.35	-55~+85℃	20/10/3	Counter Clockwise
HMITA90T110G⬇	9.0~11.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Clockwise
HMITB90T110G⬇	9.0~11.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Counter Clockwise
HMITA100T120G⬇	10.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Clockwise
HMITB100T120G⬇	10.0~12.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Counter Clockwise
HMITA110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Clockwise
HMITB110T130G⬇	11.0~13.0	FULL	0.5	20	1.25	-55~+85℃	20/10/3	Counter Clockwise
HMITA120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10/3	Clockwise
HMITB120T150G⬇	12.0~15.0	FULL	0.5	18	1.3	-55~+85℃	20/10/3	Counter Clockwise
HMITA120T180G⬇	12.0~18.0	FULL	0.7	16	1.4	-55~+85℃	20/10/3	Clockwise
HMITB120T180G⬇	12.0~18.0	FULL	0.7	16	1.4	-55~+85℃	20/10/3	Counter Clockwise

14.0~20.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10/2	Clockwise
HMITB140T180G⬇	14.0~18.0	FULL	0.5	20	1.25	-55~+85℃	20/10/2	Counter Clockwise
HMITA150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10/2	Clockwise
HMITB150T200G⬇	15.0~20.0	FULL	0.6	18	1.3	-55~+85℃	20/10/2	Counter Clockwise

18.0~28.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA180T220G⬇	18.0~22.0	FULL	0.5	20	1.25	-55~+85℃	15/5/2	Clockwise
HMITB180T220G⬇	18.0~22.0	FULL	0.5	20	1.25	-55~+85℃	15/5/2	Counter Clockwise
HMITA180T240G⬇	18.0~24.0	FULL	0.6	18	1.3	-55~+85℃	15/5/2	Clockwise
HMITB180T240G⬇	18.0~24.0	FULL	0.6	18	1.3	-55~+85℃	15/5/2	Counter Clockwise
HMITA240T280G⬇	24.0~28.0	FULL	0.7	18	1.3	-55~+85℃	5/2/1	Clockwise
HMITB240T280G⬇	24.0~28.0	FULL	0.7	18	1.3	-55~+85℃	5/2/1	Counter Clockwise

28.0~40.0GHz Typical Microstrip 'T' junction Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW/RP(Watt)	Direction
HMITA280T320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2/1	Clockwise
HMITB280T320G⬇	28.0~32.0	FULL	0.7	18	1.35	-55~+85℃	5/2/1	Counter Clockwise
HMITA330T370G⬇	33.0~37.0	FULL	0.7	18	1.35	-55~+85℃	5/2/1	Clockwise
HMITB330T370G⬇	33.0~37.0	FULL	0.7	18	1.35	-55~+85℃	5/2/1	Counter Clockwise
HMITA320T380G⬇	32.0~38.0	FULL	0.8	17	1.4	-55~+85℃	5/2/1	Clockwise
HMITB320T380G⬇	32.0~38.0	FULL	0.8	17	1.4	-55~+85℃	5/2/1	Counter Clockwise
HMITA320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2/1	Clockwise
HMITB320T400G⬇	32.0~40.0	FULL	1.0	14	1.4	-55~+85℃	5/2/1	Counter Clockwise
HMITA380T400G⬇	38.0~40.0	FULL	0.7	20	1.35	-55~+85℃	5/2/1	Clockwise
HMITB380T400G⬇	38.0~40.0	FULL	0.7	20	1.35	-55~+85℃	5/2/1	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.

HMITA27T35G 2.7~4.0GHz

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Typical Microstrip Isolator

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

Typical Microstrip Isolator

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.