Synergy Telecom Private Limited

Waveguideof Antennae, Cable assemblies, Microwave Components, IOT and M2M learning,DAS/ IBS and BTS installation materials, Solar passive components . We maintain a large inventory of fast moving material like RF Cable, Cable Assemblies, RF Connectors, Passive MW components, WAVEGUIDES  and Installation Material
RF Cable Assemblies & Jumpers: All kind of cable assemblies and jumpers including Precision High frequency Cable assemblies with customized combination of cable type, length and connectors with a fast turnaround time for custom cable assemblies.

A flexible waveguide is a specialized RF transmission line designed to accommodate bending and twisting while maintaining signal integrity. It is commonly used in microwave and radar systems where rigid waveguides are impractical due to movement or misalignment.
There are several construction methods for flexible waveguides:

Helically wound silver-plated brass: Provides flexibility and twistability.

Corrugated sheet metal: Offers mechanical strength with some flexibility.

Bellows-style flexible alloy: Designed for extreme environmental conditions.

Flat ribbon interlocked design: Allows bending but limits twisting.

Flexible waveguides are often jacketed with neoprene, silicone, or Viton to protect against environmental damage while maintaining flexibility.

Here’s a detailed description of a WR1800 to N Female waveguide-to-coaxial adapter, based on models like the FT-RF WC-1800-UDR-NF and Titan Microwave R-WR1800-NF:

• Waveguide Size: WR1800 (also known as R5)
• Frequency Range: 410–630 MHz
• Connector: N-Type Female, 50 Ohm
• Flange Type: UDR or FDP5 (Cover flange, depending on model)
• VSWR: Typically ≤1.25:1
• Power Handling: Up to 1800 W (CW)
• Material: Aluminum body with chromate conversion inside and anti-corrosive grey paint outside
• Dimensions: Approx. 317.5 × 546.1 × 409 mm
• Weight: ~8.5 kg
• Operating Temp: -40°C to +70°C
• Application: Used to transition high-power RF signals from WR1800 waveguide systems to coaxial lines, often in broadcast, radar, or high-power test setups

The WR-10 waveguide is a precision rectangular waveguide designed for millimeter-wave applications in the W-band, covering 75 to 110 GHz. Here's a concise technical overview:

• Internal dimensions: 2.54 mm × 1.27 mm (0.100″ × 0.050″)
• Cutoff frequency: ~59.0 GHz (TE₁₀ mode)
• Standard flange: UG-387/U-M (instrumentation) or UG-387/U-Mod (round cover)
• Material: Typically oxygen-free copper or aluminum alloy, often gold- or nickel-plated
• Applications: Radar, imaging systems, spectroscopy, and high-frequency test setups

WR-10 is also known by other standards:

• WG27 (British RSCS)
• R900 (IEC)

It’s commonly used in components like waveguide straights, bends, twists, filters, couplers, and adapters. Its small cross-section supports only the dominant TE₁₀ mode within its band, ensuring low loss and high mode purity.

The WR-12 waveguide is a rectangular waveguide standard used for E-band frequencies, specifically from 60 to 90 GHz. It’s widely used in millimeter-wave systems where low loss and high power handling are critical.

• Internal dimensions: 3.10 mm × 1.55 mm (0.122″ × 0.061″)
• Cutoff frequency: ~48.4 GHz (TE₁₀ mode)
• Standard flanges: UG-387/U or UG-387/U-M
• Material: Typically aluminum or oxygen-free copper, often gold- or nickel-plated
• Waveguide standards:
  • EIA: WR-12
  • British RSCS: WG26
  • IEC: R740

• 5G mmWave front-ends
• Automotive radar
• Satellite communications
• High-frequency test setups

WR-12 waveguides are favored for their low insertion loss, high isolation, and precise phase control, making them ideal for interconnects between amplifiers, mixers, filters, and antennas in E-band systems.

The WR19 straight waveguide is a precision-engineered RF component designed for millimeter-wave systems operating in the 40–60 GHz U-band. Here’s a quick technical breakdown:

• Waveguide Size: WR19 (internal dimensions approx. 4.775 mm × 2.388 mm)
• Frequency Range: 40 GHz to 60 GHz
• Material: Typically made from oxygen-free high-conductivity (OFHC) copper with brass flanges
• Finish: Often gold-plated for corrosion resistance and signal reliability
• Flange Type: Usually UG-383/U
• Performance: Low insertion loss, excellent VSWR, and high power handling
• Applications: 5G front-end systems, radar, satellite communications, and other high-frequency links

If you're sourcing from Synergy, they may offer custom lengths or finishes depending on your system requirements. Want help comparing it with a WR22 or WR15 section for compatibility? I’ve got you.

The WR112 waveguide adapter is a precision-engineered RF component designed for efficient signal transition between waveguide and coaxial systems. Operating in the 7.05 to 10 GHz frequency range, it supports applications in radar, satellite communications, and RF testing. Constructed from durable materials like aluminum, it offers low insertion loss, high power handling, and excellent VSWR performance. The adapter is available with various flange types such as CPR-112G or square cover, and connector options like SMA or N-type. Its compact, rugged design ensures reliable performance in demanding environments, making it a vital link in high-frequency signal chains. Let me know if you want a comparison with WR137!.

Impedance - 50ohm Frequneyc - 698-2700Mhz VSWR - 1.5 Coupling - 10db Hand Power - 100W Peak Power - 1000W Connector - N Female Temp Range - - 45°C – +85 °C Colour - Black 

Waveguide tubes made from aluminum and copper are essential components in microwave and RF systems, each offering distinct advantages in terms of conductivity, durability, and application versatility. Whether used in telecommunications, industrial heating, medical imaging, or defense applications, these waveguide tubes play a critical role in guiding and transmitting high-frequency electromagnetic waves efficiently and reliably. The choice between aluminum and copper often depends on specific performance requirements, environmental considerations, and cost-effectiveness in a given application.

A high-quality waveguide ARC bend is a critical component in microwave and millimeter-wave systems, enabling efficient signal routing around corners while minimizing losses. Its construction from conductive metals ensures reliability and low loss transmission, making it suitable for applications requiring precise signal control and high performance. Whether in radar systems, satellite communications, or other microwave technologies, ARC bends play a crucial role in maintaining signal integrity and enabling compact and efficient system design.

Waveguide tubes are critical components in microwave and millimeter-wave systems, offering efficient transmission of electromagnetic waves with minimal loss. Their design, material selection, and standardized dimensions ensure compatibility and reliability across various applications in telecommunications, broadcasting, aerospace, defense, and scientific research. Understanding their characteristics and applications helps in selecting the appropriate waveguide tube for specific operational requirements and performance criteria.

INDIAN  manufacturer of Antennae, Cable assemblies, Microwave Components, IOT and M2M learning,DAS/ IBS and BTS installation materials, Solar passive components . We maintain a large inventory of fast moving material like RF Cable, Cable Assemblies, RF Connectors, Passive MW components, WAVEGUIDES  and Installation Material

The N M to N F 0-90 dB 10 dB Step Attenuator by Synergy is a precision RF component designed for signal attenuation in 10 dB increments, ranging from 0 to 90 dB. It features N-type male to N-type female connectors, ensuring reliable connectivity and minimal signal loss. This attenuator is ideal for testing, calibration, and signal conditioning in RF and microwave applications. Built with high-quality materials, it offers low VSWR, excellent attenuation accuracy, and durability for long-term use. Commonly used in telecommunications, defense, and aerospace industries, it provides stable performance across a wide frequency range. 

Rf connector Attenuator

impedance-50ohm
frequency- DC6GHz
VSWR - ≤ 1.15
Compliance - ROHS

A 0-90 dB N Male to N Female Step Attenuator is a precision RF component designed to provide adjustable attenuation in 1 dB increments. It features N-type male and female connectors, making it ideal for coaxial systems in telecommunications, radar, and RF testing. Operating across a DC to 4 GHz frequency range, it ensures minimal signal distortion while maintaining a 50-ohm impedance for optimal performance. The attenuator supports up to 5 watts of continuous power and utilizes a push-button or dial-based adjustment mechanism for precise attenuation control. Commonly used in laboratory testing, signal conditioning, and network calibration, it helps regulate signal levels without compromising integrity.