Synergy Telecom Private Limited

The WR650 to N-Type Female waveguide-to-coaxial adapter is a precision RF component designed to transition signals between a WR650 rectangular waveguide and a coaxial N-type female connector. Here's a concise breakdown of its key features:

• Frequency Range: 1.13 GHz to 1.73 GHz
• Connector Type: N-Type Female
• Waveguide Size: WR650 (CPR650F or UDR14 flange options)
• VSWR: Typically ≤ 1.25:1
• Insertion Loss: ≤ 0.2 dB
• Power Handling: Up to 5,000 Watts peak
• Material: Aluminum with chromate conversion plating
• Configuration: Right-angle or straight, depending on the manufacturer
• Applications: Radar systems, satellite communications, test benches, and microwave radio systems

It’s built for durability and high performance in demanding RF environments. If you're using it in a lab or field setup, it ensures minimal signal loss and excellent impedance matching.

A waveguide low power termination or dummy load is a crucial component in microwave and millimeter-wave systems, ensuring proper termination of unused waveguide ports to prevent reflections and maintain signal integrity. By absorbing excess RF energy, it protects components from damage and interference, making it essential for testing, calibration, and operational use in various communication and radar applications. Its design focuses on efficient RF absorption, impedance matching, and reliable performance across specified frequency bands, contributing to the overall efficiency and effectiveness of microwave systems.

A WR75 waveguide to coaxial adapter enables seamless transition between a WR75 rectangular waveguide and a coaxial connector, commonly SMA or N-type. Designed for X-band frequencies (10.0 to 15.0 GHz), it ensures minimal signal loss and efficient impedance matching with low VSWR, typically ≤1.25:1. These adapters are essential in RF, microwave, and radar systems for connecting waveguide components to coaxial test equipment, antennas, or transceivers. Available in right-angle or straight configurations, they support average power handling up to 100 watts. WR75 adapters are widely used in satellite communications, defense, and lab testing environments requiring high-frequency signal integrity.

The WR137 waveguide to coaxial adapter is a specialized RF component designed to transition signals between waveguide and coaxial transmission lines efficiently. Operating in the 5.85 GHz to 8.2 GHz frequency range, it is widely used in radar, satellite communications, and microwave applications. Typically made from aluminum or brass, it ensures minimal signal loss and high power handling capabilities. The adapter often features N-type or SMA connectors, catering to different system requirements. Its precision engineering supports stable impedance matching, reducing reflections and enhancing signal integrity. Available in various configurations, it is an essential tool for seamless integration of waveguide-based systems with coaxial cabling, ensuring robust performance in RF setups.

This WR-75 waveguide to coaxial adapter is designed for efficient transition between rectangular waveguide and coaxial cable systems. It features a standard WR-75 flange on one end and a high-quality coaxial connector (typically SMA, N-Type, or similar) on the other. Operating in the frequency range of 10.0 to 15.0 GHz, it is ideal for X-band applications such as radar systems, satellite communications, and test setups. The adapter is precision machined for low insertion loss and VSWR, ensuring reliable signal integrity in both lab and field environments.

The BRB series seamless waveguide microwave waveguide flexible customized refers to a specialized waveguide solution that combines seamless construction, flexibility, and customization capabilities. It is designed to meet the specific needs of microwave and RF applications where reliable, high-performance signal transmission is essential, while offering the flexibility to adapt to various installation scenarios and operational requirements. This type of waveguide is particularly suitable for applications requiring maneuverability, adaptation to space constraints, and customization to optimize performance across different frequency bands and environmental conditions.

These components—high-power short plate, offset short, and sliding short—are critical in microwave engineering for their roles in termination, calibration, and measurement within waveguide systems. They ensure accurate signal handling, calibration standards, and reliable performance across various applications including telecommunications, radar, and scientific research. Each component’s design and functionality are tailored to meet specific requirements for power handling, precision, and reliability in demanding microwave environments.

The rectangular to circular waveguide transition is a critical component in microwave engineering, facilitating the connection and efficient transmission of electromagnetic signals between waveguides with different cross-sectional shapes. By maintaining impedance matching and minimizing losses, these transitions ensure reliable performance in antenna systems, RF networks, and other microwave applications where signal integrity and efficiency are paramount.

A high-quality waveguide E-plane tee is a critical component in microwave systems, essential for dividing or combining microwave signals with high efficiency and minimal loss. Its robust construction, low insertion loss, and precise design make it suitable for a wide range of applications where accurate signal routing and distribution are crucial. Whether used in telecommunications, radar systems, satellite communications, or scientific research, this waveguide tee ensures reliable performance and optimal signal integrity within microwave systems.

BAIS tee 3ghz dc to 4ghz Synergy is Indian Antenna and RF Co-axial Cable assembly manufacturer. We deal in rf connector, rf Co-axial Cable, all types of antenna, antenna cables, jumper cables, microwave components, Attenuator, dummy loads, dc block, splitter, Duplexer, Couplers, Combiners, low pim test cables, tools, Ibs n DAS product, GPRS, rfid product's, Iot products, and 5g products for smart 

RF high power circulators and isolators are essential components in RF and microwave systems, offering crucial functionality in directing and protecting RF signals. Circulators facilitate signal flow in specific directions, enabling efficient power distribution and isolation between ports. Isolators, on the other hand, ensure signal integrity by preventing reflected power from affecting sensitive components, thus enhancing overall system performance and reliability in various applications.

In summary, a high-quality H-plane waveguide tee is essential for ensuring efficient signal distribution and manipulation within microwave and millimeter-wave systems. Its design, materials, and performance characteristics are critical in maintaining signal integrity and minimizing losses in demanding applications such as radar systems, satellite communications, and research laboratories.

The OEM waveguide to coaxial transition, particularly the Waveguide to Coaxial Adapter Right Angle End Launch, is a specialized component that facilitates the efficient conversion and transmission of RF signals between waveguide transmission lines and coaxial cables. By maintaining impedance matching and minimizing signal losses, these adapters play a crucial role in various microwave and RF applications, including antenna feeds, RF systems, and test and measurement setups, ensuring reliable and high-performance signal transmission across different transmission mediums.

Horn antenna. 
1. Frequency range:- 18GHz or above.
2. Gain:- 5dB min 18dB max.
3. VSWR:- 2.0:1 typical
4. Connector:- SMA female type.
5. Material:- Alluminium or Copper.
6. For more details contact with us, We have all types of Horn antenna having best frequency range, Gain, VSWR.

7. Horns are broadly used to detect microwave frequencies of above 300 MHZ at UHF. Applicable in parabolic antennas, these can measure the frequency received. In addition, these are also used in directive antennas such as radar guns, automatic door opener, and microwave radio meter.

•  

  • Signal splitting (e.g., RF, video, or test equipment).

  • Branching connections without disrupting the main line.

  • Monitoring or tapping signals in CCTV, broadcasting, or lab setups.

  • 1x BNC Male (M) input + 2x BNC Female (F) outputs

  • 50Ω or 75Ω impedance (select based on application).

  • Gold-plated contacts for reliable signal integrity.

  • Nickel-plated body for durability.

  • Compact T-design for space-efficient setups.

A BNC Male to Dual Female (M/F/F) Adaptor is a T-shaped coaxial connector that allows one male BNC plug to split into two female BNC ports. This versatile adapter is commonly used for:

Key Features:

A BNC Male to SMA Male adaptor is a coaxial RF connector used to interface between a device with a BNC female jack and one with an SMA female jack.

• BNC Male (Plug) – Bayonet-style locking connector (common in video, test equipment, and RF applications).

• SMA Male (Plug) – Threaded connector (common in Wi-Fi, GPS, and high-frequency circuits).

• Impedance: Typically 50Ω (standard for RF), but 75Ω versions exist (mainly for video signals).

• Frequency Range:

  • BNC: Up to ~2 GHz (4 GHz for high-quality versions).

  • SMA: Up to ~18 GHz (depends on construction).

• Connecting BNC-based lab equipment (oscilloscopes, signal generators) to SMA-based antennas or modules.

• Adapting RF test cables with BNC ends to SMA ports on PCBs or radios.

• Extending or converting connections in RF systems.

• A BNC Male to SMA Male adaptor is a coaxial RF connector used to interface between a device with a BNC female jack and one with an SMA female jack.

  Key Features:

  • BNC Male (Plug) – Bayonet-style locking connector (common in video, test equipment, and RF applications).

  • SMA Male (Plug) – Threaded connector (common in Wi-Fi, GPS, and high-frequency circuits).

  • Impedance: Typically 50Ω (standard for RF), but 75Ω versions exist (mainly for video signals).

  • Frequency Range:

    • BNC: Up to ~2 GHz (4 GHz for high-quality versions).

    • SMA: Up to ~18 GHz (depends on construction).

  Common Uses:

  • Connecting BNC-based lab equipment (oscilloscopes, signal generators) to SMA-based antennas or modules.

  • Adapting RF test cables with BNC ends to SMA ports on PCBs or radios.

  • Extending or converting connections in RF systems.

A BNC Male to TNC Female adaptor is a coaxial RF connector used to bridge devices with a BNC male plug to those with a TNC female jack.

• BNC Male (Plug) – Bayonet-style locking mechanism (common in test equipment, video, and RF systems).

• TNC Female (Jack) – Threaded Neill-Concelman (TNC) connector (similar to BNC but with screw threads for better stability at higher frequencies).

• Impedance:

  • 50Ω (most common for RF applications).

  • 75Ω (less common, used in video/CATV systems).

• Frequency Range:

  • BNC: Up to 2–4 GHz (depends on quality).

  • TNC: Up to 11 GHz (better performance than BNC due to threaded design).

• Connecting BNC-based test gear (oscilloscopes, analyzers) to TNC-based antennas or radios.

• Adapting RF cables in military, aerospace, or telecom systems (TNC is more vibration-resistant).

• Interfacing legacy BNC equipment with modern TNC-based devices.

• Diameter: ~12–14 mm (varies by brand).

• Length: ~25–35 mm (depends on straight or right-angle design).

• • RF/electronics suppliers: Digi-Key, Mouser, Pasternack, Fairview Microwave.

  • Online marketplaces: Amazon, eBay.

  • Brands to consider: Amphenol, Rosenberger, Huber+Suhner.

Broadband antennas are specially designed to operate efficiently over a wide range of frequencies, making them ideal for applications that require multi-band or wideband performance. They feature consistent radiation patterns, stable impedance, and high efficiency across their operating bandwidth. Broadband antennas are widely used in wireless communication systems, test and measurement setups, EMC testing, surveillance, and signal monitoring, where covering multiple frequency bands without changing antennas is essential. Their robust construction and versatile designs support both indoor and outdoor installations, providing reliable performance in various demanding environments.

The Broadwall Directional Coupler WR90 is a high-performance waveguide component designed for X-band frequencies between 8.2 and 12.4 GHz. It samples a defined portion of RF power—typically 10 to 50 dB—through precision coupling holes in the broad wall of the waveguide. Constructed from aluminum or copper, it features 3 or 4 waveguide ports, low VSWR, and high directivity (up to 40 dB), ensuring minimal signal loss and excellent isolation. Commonly used in radar, satellite, and RF test systems, it supports applications requiring accurate signal monitoring and power measurement. Flange types include CPR-90G or UG-39/U, with optional SMA or N-type connectors.

A high-quality broadwall directional coupler with 4 or 3 waveguide ports is a versatile and essential component in microwave engineering, designed for precise signal analysis, monitoring, and distribution. Its robust construction, low insertion loss, and high directivity make it suitable for demanding applications where accurate measurement and efficient signal transmission are crucial. Whether used in telecommunications, radar systems, satellite communications, or laboratory test setups, this directional coupler plays a critical role in ensuring optimal performance and reliability of microwave systems.

all types of  Antenna, Jumper, Low PIM test cables, IBS and DAS PRODUCTS, MW COMP, Att, Dummy loads, DC block, Splitter, Duplexer, Couplers, Combiners, RF connector, RF Co-axial Cable, TELECOM tools, GPRS, RFID , IOT, and 5G products for Smart city.

The waveguide variable attenuator is a critical component in microwave and RF engineering, providing precise control over signal attenuation within waveguide systems. By allowing variable adjustment of signal strength while minimizing insertion loss and maintaining impedance matching, these attenuators contribute to the efficiency, reliability, and performance optimization of RF and microwave systems across various applications including telecommunications, radar, and test and measurement. Their design and construction ensure compatibility with specific waveguide sizes and frequency bands, making them versatile tools for managing signal levels in complex RF environments.

3 dB NF Waveguide Low Noise Amplifier, Operating from 27 GHz to 40 GHz with 35 dB Gain, 12 dBm Psat and WR28.jpg3 dB NF Waveguide Low Noise Amplifier, Operating from 27 GHz to 40 GHz with 35 dB Gain, 12 dBm Psat and WR28.jpg3 dB NF Waveguide Low Noise Amplifier, Operating from 27 GHz to 40 GHz with 35 dB Gain, 12 dBm Psat and WR28.jpg3 dB NF Waveguide Low Noise Amplifier, Operating from 27 GHz to 40 GHz with 35 dB Gain, 12 dBm Psat and WR28.jpg3 dB NF Waveguide Low Noise Amplifier, Operating from 27 GHz to 40 GHz with 35 dB Gain, 12 dBm Psat and WR28.jpg

A compact RF coupler designed to connect two BNC male cables or connectors, this adaptor features dual female interfaces with secure bayonet locking. Built with 50-ohm impedance and gold-plated contacts, it ensures reliable signal transmission for frequencies up to 4GHz. The rugged nickel-plated brass construction provides durability for test equipment, video systems, and RF applications.

Key Features:

• Dual BNC female interfaces

• 50Ω impedance, 4GHz frequency rating

• Gold-plated center contacts

• Nickel-plated brass body