Synergy Telecom Private Limited

For a WR1150 to N Female waveguide-to-coax adapter, one solid option is the AWR1150N from RF ONE. Here are the key specs:

• Waveguide Size: WR1150 (also known as WG3 or R8)
• Connector: N-Type, Female
• Frequency Range: 0.64 to 0.98 GHz
• VSWR: Max 1.3:1
• Flange Type: UDR8
• Body Style: Right Angle
• Impedance: 50 Ohms
• Material: Aluminum body, gold-plated beryllium copper contact
• Operating Temp: -40 to +70°C

Another variant from Microwave Techniques offers a probe-style transition with similar frequency coverage (641–977 MHz), EIA-271 CPRF flange, and 50-ohm N female coax interface.

Low and high power waveguide isolators play critical roles in RF and microwave systems by ensuring signal integrity and protecting sensitive components from reflected power. Low power isolators are suitable for moderate power applications where compact size and efficient signal isolation are priorities. In contrast, high power isolators are designed for applications requiring robustness, high power handling, and reliable performance under demanding conditions. Both types contribute to maintaining signal quality, minimizing interference, and enhancing the efficiency of RF systems across various communication, radar, and industrial applications.

High-performance elliptical waveguides are specialized components in microwave and RF engineering, designed for efficient and reliable transmission of electromagnetic waves. Their elliptical cross-sections and precise dimensions enable them to operate within specific frequency bands while minimizing signal loss and maintaining high performance. Used in a variety of applications including telecommunications, radar systems, medical equipment, and research environments, elliptical waveguides play a crucial role in enabling advanced communication technologies and high-frequency signal processing.

The Waveguide Rotary Joint Single U Type ST100WRSCFBM100 is a high-performance WR90 waveguide rotary joint designed for efficient signal transmission in rotating systems. Featuring a single-channel U-style configuration, it ensures minimal insertion loss (≤0.25 dB) and low VSWR (≤1.25) within its 8.2-12.4 GHz operating range. Constructed from aluminum with a chromate conversion inner finish and an anticorrosion grey-painted exterior, it offers durability in extreme temperatures from -40°C to +70°C. Its FBM100 grooved flange ensures secure connections, making it ideal for applications like radar, satellite communications, and microwave systems requiring precise rotational RF connectivity. Let me know if you need more details!

The High Power Waveguide Rotary Joint Dual Channel is an RF component designed for seamless signal transmission between rotating and stationary parts in radar and satellite systems. It operates within a broad frequency range, ensuring low insertion loss and high isolation for optimal performance. Built with rugged mechanical configuration, it can handle high peak and average power while maintaining low VSWR. The dual-channel design allows simultaneous transmission of multiple signals, making it ideal for advanced communication setups. With precision engineering, it ensures durability and reliability in demanding environments, including aerospace and defense applications.

The ST220WRSCFBP220 is a high-power, single-channel I-type waveguide rotary joint designed for WR-220 waveguide systems. It enables the transmission of microwave signals between stationary and rotating components with minimal insertion loss and high reliability. Operating in the C-band frequency range, it is ideal for radar, satellite communication, and defense applications. Its robust construction allows it to handle high peak power levels and continuous rotation in harsh environments. Featuring precision-engineered flanges and low VSWR, the ST220WRSCFBP220 ensures efficient signal transfer with excellent mechanical and electrical performance. This component is essential for systems requiring durable, high-frequency rotary connections.

The ST320WRSCFBP320 is a single-channel waveguide rotary joint designed for high-frequency applications, typically in radar and satellite communication systems. It operates within the WR-320 waveguide range, offering low insertion loss (~0.05 dB), high power handling, and stable VSWR (~1.4). This rotary joint enables continuous 360° rotation while maintaining reliable RF signal transmission, making it ideal for systems requiring mechanical movement without signal interruption. Featuring FBP320 flanges, it ensures secure connections and compatibility with standard interfaces. Robust construction and precision engineering make it suitable for defense, aerospace, and industrial environments requiring dependable, high-performance microwave connectivity.

The ST100WRHPFBP100 is a high-power waveguide rotary joint designed for use in critical RF and microwave applications, such as radar, satellite communications, and defense systems. Operating in the WR-100 waveguide band (typically 8.2–12.4 GHz), it allows for continuous 360° rotation while maintaining low insertion loss and high signal integrity. The unit is engineered to handle high average and peak power levels, making it suitable for demanding environments. Featuring FBP100 flanges, it ensures secure, standardized connections. With robust mechanical construction and precision RF performance, the ST100WRHPFBP100 offers reliable operation in both fixed and mobile high-frequency transmission systems.

The High Power Waveguide Rotary Joint ST100WRHPFBP100 is a critical component for high-frequency applications, allowing seamless RF signal transmission between stationary and rotating sections of a system. Built with a WR90 waveguide and FBP100 flange, it operates efficiently within the 9.1–9.5 GHz range while maintaining a low VSWR of 1.25 and minimal insertion loss of 0.2 dB. Designed for 3 KW CW power handling, its copper structure features silver plating inside for superior conductivity and anticorrosion grey paint outside for durability. With a U-style configuration, it ensures stable performance even in extreme temperatures from -30°C to +70°C.

The ST140WRSCFBP140 is a high-precision, single-channel I-type waveguide rotary joint designed for seamless microwave signal transmission between stationary and rotating systems. Commonly used in radar, satellite communication, and defense applications, it ensures minimal signal loss and excellent VSWR performance across designated frequency bands. Built for durability, it supports continuous rotation and is engineered to handle high power levels. The I-type configuration offers a straight-through path, making it ideal for compact systems requiring axial rotation. Its robust construction and precise engineering make it suitable for demanding environments, ensuring reliability and performance in critical RF and microwave communication setups.

The ST220WRSCFBP260 is a high-power, single-channel I-type waveguide rotary joint designed for WR-220 waveguide systems. It facilitates the seamless transmission of microwave signals between stationary and rotating systems, making it ideal for radar, satellite communications, and military applications. This model operates efficiently in the C-band frequency range, offering low insertion loss, high peak power handling, and excellent VSWR characteristics. Its rugged, precision-machined structure ensures long-term durability and stable performance in harsh environments. The ST220WRSCFBP260 is engineered for applications demanding continuous rotation and high-frequency signal integrity, making it a critical component in advanced RF and microwave systems.

A single-channel waveguide rotary joint in the I-Style configuration is a specialized device designed to transmit microwave signals between stationary and rotating components while maintaining signal integrity. The "I-Style" refers to the linear, in-line design of the rotary joint, where the input and output waveguides are aligned in a straight line. This type of rotary joint is commonly used in applications requiring continuous rotation and high-frequency signal transmission, such as radar systems, satellite communications, and various industrial applications.

A high-quality waveguide single-channel rotary joint is a critical component in microwave and millimeter-wave systems, enabling continuous signal transmission while accommodating rotational movement. Its design and performance characteristics are tailored to meet the stringent requirements of modern communication, radar, and remote sensing applications, ensuring reliable operation under demanding environmental conditions.