Circularly Polarized Horn Antenna

Circularly Polarized Horn Antenna

Huasen Microwave Circularly Polarized Horn Antenna (CPHA) adopts methods such as the linear-to-circular polarization converter and dual linear polarization orthogonal excitation to achieve circularly polarized wave radiation.
Advantages and Features:
- Technical Solutions: Cone-shaped horn, broadband dual linear polarization synthesis, step diaphragm type
- Excellent Performance: Axial ratio ≤ 0.5dB
- Frequency Range: 0.5-110GHz, with selectable gain of 10~25dB
- Customization Support: Custom bandwidth (narrowband ≤ 5% to broadband ≤ 67%), gain, and connector types
  • Free Samples
  • Quality Assurance
  • 24/7 Customer Service

Product Introduction

Circularly Polarized Horn Antenna: High-Performance Solutions for Advanced RF Applications

Huasen Microwave Technology Co., Ltd. is a leading manufacturer and supplier of high-quality Circularly Polarized Horn Antenna (CPHA). With over 30 years of expertise in RF and microwave technology, we deliver innovative solutions for telecommunications, radar, aerospace, and defense industries. Our products offer superior performance, customization options, and reliability for demanding applications.

Circularly Polarized Horn Antenna-1

Why Choose Our Circularly Polarized Horn Antenna?

  1. Advanced Polarization Technology: Our CPHAs utilize cutting-edge line-to-circular polarization converters and dual linear polarization orthogonal excitation methods, ensuring optimal circular polarization performance.
  2. Versatile Design Options: We offer various implementations, including conical horn, broadband dual linear polarization synthetic, and stepped diaphragm types, to meet diverse frequency and bandwidth requirements.
  3. Exceptional Performance: With an axial ratio ≤0.5dB, our antennas deliver unparalleled polarization purity for precise signal transmission and reception.
  4. Wide Frequency Coverage: Our products span from 0.5GHz to 110GHz, with gain options from 10 to 25dB, catering to a broad spectrum of applications.
  5. Customization Capabilities: We provide tailored solutions, including custom bandwidths (narrowband ≤5% to wideband ≤67%), gain specifications, and connector types to meet your unique project needs.

Standard Product Data Sheet

Part No

Freq Range  (GHz)

Opearing Bandwidth

Gain Range X(dB)

Axis Ratio(dB)

VSWR

Connector Type

HS70CPHAXN

5-8

≤5%

10-20

≤0.5

≤1.5

N-K

≤10%

≤1

≤1.6

≤20%

≤2.5

≤1.8

≤40%

≤3.5

≤2

≤67%

≤4

≤2.5

HS84CPHAXN

7-10

≤5%

10-20

≤0.5

≤1.5

N-K

≤15%

≤2

≤1.8

HS100CPHAXN

8-12.4

≤5%

10-20

≤0.5

≤1.5

N-K

≤15%

≤2

HS120CPHAXN

10-15

≤5%

10-20

≤0.5

≤1.6

N-K

≤15%

≤2

HS140CPHAXS

12.4-18

≤5%

10-20

≤0.5

≤1.6

SMA-K

≤15%

≤2

HS180CPHAXS

15-22

≤5%

10-25

≤0.5

≤1.6

SMA-K

≤15%

≤2

HS220CPHAXK

15-22

≤5%

10-25

≤0.5

≤1.6

2.92-K

≤15%

≤2

≤15%

≤2

HS260CPHAXK

22-33

≤5%

10-25

≤0.5

≤1.6

2.92-K

≤15%

≤2

HS320CPHAXK

26.5-40

≤5%

10-25

≤0.5

≤1.6

2.92-K

≤15%

≤2

≤15%

≤3

HS400CPHAX

33-50

≤5%

10-25

≤0.5

≤1.5

FUGP400

≤15%

≤2

HS500CPHAX

40-60

≤5%

10-25

≤0.5

≤1.5

FUGP500

≤15%

≤2

HS620CPHAX

50-75

≤5%

10-25

≤0.5

≤1.5

FUGP620

≤15%

≤2

HS740CPHAX

60-90

≤5%

10-25

≤0.5

≤1.5

FUGP740

≤15%

≤2

HS900CPHAX

75-110

≤5%

10-25

≤0.5

≤1.6

FUGP900

≤15% ≤2

Product Features & Process

Our Circularly Polarized Horn Antenna is crafted using precision manufacturing techniques:

  1. High-quality aluminum alloy construction with protective coatings for durability
  2. Advanced CNC machining for tight tolerances and excellent phase/amplitude consistency
  3. Rigorous testing and quality control to ensure performance specifications are met
  4. Modular design options for easy integration and scalability

Applications

  • Radio Astronomy: Weak signal detection and deep space communication
  • Satellite Communications: High-bandwidth data transmission
  • Radar Systems: Weather monitoring and defense applications
  • Electromagnetic Testing: EMC/EMI measurements and antenna characterization
  • Aerospace: Telemetry and remote sensing

Installation & Compatibility

Our CPHAs are designed for easy installation and compatibility with standard RF systems:

  • Multiple mounting options available (flange, threaded, custom interfaces)
  • Compatible with industry-standard waveguide and coaxial connectors
  • Detailed installation guides and technical support provided

Quality Control & After-Sales

  • ISO9001 certified quality management system
  • RoHS and REACH compliant for environmental safety
  • Rigorous testing at each production stage
  • 1-year warranty on all products
  • Comprehensive after-sales support, including calibration and troubleshooting

Packaging and Shipping

  • Custom foam-lined protective cases for safe transportation
  • Shock and vibration-resistant packaging for sensitive components
  • Global shipping options with tracking

FAQ

Q1: Can your products be customized for dual-band applications?
A1: Yes, we provide tailored dual-band designs to support multiple frequency ranges efficiently.

Q2: Can your antennas withstand extreme environmental conditions?
A2: Yes, our antennas are designed to operate in harsh environments, with options for extended temperature ranges and weatherproofing.

Q3: Do you offer on-site installation support?
A3: We provide remote installation guidance and can arrange on-site support for large-scale projects upon request.

Q4: Are your product suitable for array configurations?
A4: Absolutely! We offer modular designs specifically optimized for array applications, ensuring consistent performance across multiple units.

Q5: How do I determine the right CPHA specifications for my project?
A5: Our experienced engineers can assist you in selecting the optimal antenna configuration based on your specific requirements and application needs.

Contact Us

For inquiries or to discuss your Circularly Polarized Horn Antenna requirements, please contact our sales team at sales@huasenmicrowave.com. Let Huasen Microwave Technology Co., Ltd. be your trusted partner in RF and microwave innovation.