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CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
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CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION

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MOQ : 1 Piece

CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION Specification

  • Temperature
  • -40C to +85C (operating)
  • Port Size
  • Circular and rectangular waveguide interface sizes as per specification, e.g., WR-90 to WR-112
  • Measuring Range
  • Dependent on waveguide band specification
  • Equipment Type
  • CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
  • Max Height
  • Depends on waveguide size, typically 50-200 mm
  • Features
  • Robust construction, wideband operation, low insertion loss, high mechanical precision
  • Accuracy
  • VSWR typically < 1.15:1
  • Frequency
  • Depends on waveguide model; e.g., 8.2-12.4 GHz (X-band)
  • Automation Grade
  • Manual
  • Mounting Type
  • Flange mount
  • Application
  • CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
  • Humidity
  • 0-95% (non-condensing)
  • Product Type
  • CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
  • Interface Type
  • Circular to Rectangular Waveguide Flange
  • Usage
  • CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
  • Finish
  • Conductive plating for low loss
  • Material
  • Copper, Aluminium or Brass (with possible gold or silver plating)
  • Alignment
  • Precision machined for minimal mismatch transition
  • Customization
  • Available to meet user requirement
  • Insertion Loss
  • 0.2 dB typical
  • VSWR
  • 1.15:1
  • Waveguide Bands Available
  • X, Ku, Ka, C, and other custom bands
  • Connector Type
  • None (direct waveguide-to-waveguide)
  • Operating Mode
  • Fundamental TE10 or TE11, depending on port
  • Flange Standards
  • IEC, MIL, or custom
  • Impedance
  • Typically 50 Ohms (matching system impedance)
  • Length
  • Custom as per requirement, typically 50-150 mm
 

CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • Payment Terms
  • Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C)
  • Packaging Details
  • Carton Box, Export Quality also Available
  • Main Export Market(s)
  • Asia, Middle East, Africa
  • Main Domestic Market
  • All India
  • Certifications
  • ISO 9001, 14001, CE
 

About CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION



Discover a top-tier solution for precise microwave signal transitions with our Circular to Rectangular Wave Guide Transition. This magnificent component is engineered from copper, aluminium, or brass-offering gold or silver plating as an option for crackerjack conductivity and ultra-low loss. With a typical insertion loss of just 0.2 dB and a VSWR of 1.15:1, it ensures a gorgeous match for any system. Custom lengths, robust precision machining, and multiple flange standards make this the ideal offer for broadcast, radar, and communication systems. Place your order for a world-class transition that enhances your application's performance.

Exceptional Performance in Diverse Applications

The circular to rectangular waveguide transition is widely used in satellite ground stations, radar systems, and laboratory environments. Its application method involves direct flange mounting between waveguide components, guaranteeing seamless signal exchange without additional connectors. Special features include wideband operation, high mechanical accuracy, low insertion loss, and robust construction, making it suitable for mission-critical setups in both commercial and military settings where dependable waveguide interfacing is paramount.


Superior Supply, Secure Packaging, Verified Certifications

With proven market value as a distributor, exporter, manufacturer, supplier, and trader in India, our waveguide transitions are shipped goods worldwide. Each unit is exchange-ready and securely packaged to preserve integrity. Certifications support international standards, assuring quality and dependability. Our scalable supply ability meets custom project demands, and all products are carefully inspected to maintain operational excellence for every shipment dispatched into the global market.


FAQ's of CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION:


Q: How do I order a custom-sized circular to rectangular wave guide transition?

A: To order a custom-sized transition, provide your required waveguide band, flange standard, and length specifications. Our team will offer a tailored solution to perfectly suit your application.

Q: What special features distinguish this waveguide transition from other options on the market?

A: Our transition features robust construction, low insertion loss (typically 0.2 dB), precision machining for minimal mismatch, wideband operation, and compatibility with multiple flange and waveguide standards.

Q: Where is the circular to rectangular wave guide transition commonly used?

A: It finds essential use in radar, satellite ground stations, and research laboratories where reliable, low-loss transitions between waveguide geometries are needed.

Q: What is the process for installing the waveguide transition?

A: Installation involves flange-mounting the component between the circular and rectangular sections. Precision alignment ensures minimal loss and VSWR. No connectors are needed as it provides direct waveguide-to-waveguide interface.

Q: What benefits does gold or silver plating provide on the transition?

A: Gold or silver plating enhances surface conductivity, thereby minimizing signal loss and improving the long-term performance of the transition in high-frequency applications.

CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
CIRCULAR TO RECTANGULAR WAVE GUIDE TRANSITION
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