Synergy Telecom Private Limited

A high power antenna is designed to transmit and receive signals at high power levels across various frequency bands. It is built from durable materials to withstand environmental conditions and maintain reliable performance. These antennas play crucial roles in broadcasting, telecommunications, radar systems, and scientific research, enabling long-distance communication and precise signal transmission. Their ability to handle high power levels makes them essential in applications where robust and efficient communication is necessary.

Antennas

Electrical Characteristic Impedance 50 ohm Frequency Range DC-11 GHz VSWR 1.15@DC-6 GHz Dielectric Withstanding Voltage 1000V RMS,50Hz,at sea level Dielectric Resistance 5000M Contact Resistance Center Contact 1m Outer Contact 0.25m________________________________________________________________________________ Mechanical Durability Mating Cycles 500 ________________________________________________________________________________ Material and Plating Material Plating Body Brass Ni Insulator PTFE(Teflon) Center conductor Phosphor Copper Au ________________________________________________________________________________ Environmental Operating Temperature Range -40+85 RoHs Compliant

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 city,, pls confirm if any enquiry across..

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.

RF Antennae: GSM Magnetic Antenna, USB Modem Antenna, Mobile Phone antenna and adapter, Patch Panel Antenna, Rubber Antenna, GPS antenna, Wi-Fi antenna

Microwave Products: Attenuators, Splitters, Combiners, Couplers, RF Filters, Power Dividers, Matching Transformers, High power dummy loads, DC Blocks, Multi way couplers, LPF, BPF, Duplexers, Lightning Arrestors, all infrastructure items for IBS and BTS 

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.

RF Antennae: GSM Magnetic Antenna, USB Modem Antenna, Mobile Phone antenna and adapter, Patch Panel Antenna, Rubber Antenna, GPS antenna, Wi-Fi antenna

Microwave Products: Attenuators, Splitters, Combiners, Couplers, RF Filters, Power Dividers, Matching Transformers, High power dummy loads, DC Blocks, Multi way couplers, LPF, BPF, Duplexers, Lightning Arrestors, all infrastructure items for IBS and BTS 

The Agilent 8481H thermocouple power sensor is designed for use with the EPM series, EPM-P series, 70100A, E1416A, and the discontinued 43x power meters and provides extraordinary accuracy and stability. The 8481H power sensor gives you extremely low SWR and is traceable to the U.S. National Institute of Standards and Technology (NIST). A calibration port is included with the above power meters for calibration with the power sensor. This calibration provides traceability to NIST and it eliminates the uncertainties due to temperature changes and the variance in making measurements with different meter/sensor combinations. For Wide Dynamic Range Power Measurements to +30 dBm, the E-Series E9300H is recommended.

HP 85032B – Type-N Calibration Kit (DC to 6 GHz)

This kit contains a set of precision open, short, and load standards, specifically engineered for calibrating network analyzers when measuring devices with 50-ohm Type-N interfaces. It is widely used in RF and microwave labs for ensuring measurement accuracy and repeatability.

🔍 Key Features:

• Connector Type: Type-N (male and female)
• Impedance: 50 Ω
• Frequency Range: DC to 6 GHz
• Calibration Standards:
  • Open (male and female)
  • Short (male and female)
  • Load (male and female, broadband, instrument-grade)
• Optional Adapters: Precision phase-matched 7 mm to Type-N adapters for non-insertable device calibration
• Construction:

• Rugged internal structure for repeatable connections
• Low-dielectric plastic in opens to minimize compensation
• One-piece shorting plane design for high repeatability
• Tight control of pin depth to reduce phase errors

This kit is ideal for calibrating Keysight/Agilent/HP network analyzers, and although now obsolete, it remains a trusted tool in many RF labs due to its mechanical precision and broadband performance

The HP 85032B is a Type-N mechanical calibration kit designed for use with network analyzers operating from DC to 6 GHz. It’s built for 50-ohm systems and includes precision standards to calibrate devices with Type-N connectors. Here's what typically comes in the kit:

• Open circuits (male and female)
• Short circuits (male and female)
• 50-ohm terminations (male and female)
• Optional 7 mm to Type-N adapters for non-insertable devices

This kit is known for its high repeatability and mechanical stability, making it a staple in RF and microwave labs. It’s officially obsolete but still widely available on the secondary market.

If you're looking for a modern replacement, the Keysight 85032F is the current equivalent. Want help comparing specs or checking availability?

The Waveguide Rotary Joint Single L-Type ST70WRSCFDP70 is a crucial microwave component that enables signal transmission between rotating and stationary parts. It features WR137 waveguide type with an FDP70 (cover) flange and is built using copper with silver plating inside and anticorrosion black paint outside. Operating in the 5.8 - 6.725 GHz range, it has a maximum VSWR of 1.25 and insertion loss of 0.3 dB, handling 100 W (CW) and 1 KW (Peak) power. It is L-shaped, weighs 1.6 kg, and operates from -30°C to +70°C. Ideal for radar and communication systems, it ensures high efficiency and reliability.

A Flexible Twistable Waveguide for WR137 is a specialized waveguide designed for applications requiring both bending and twisting. Operating in the 5.95 GHz to 8.2 GHz range, it is commonly used in wireless infrastructure, radar systems, and military applications. The waveguide allows for flexible placement of rigid components while maintaining low insertion loss and VSWR. It features a vulcanized rubber jacket for durability and nickel-plated brass flanges for secure connections. With a maximum twist of 203 degrees per meter, it provides adaptability in complex RF setups. This waveguide is ideal for microwave radio systems, 5G communications, and research applications.

The WR-187 to N Female waveguide-to-coax adapter is a popular component for transitioning signals from rectangular waveguides (typically 3.95–5.85 GHz) to coaxial systems. Here are a few standout options:

• Pasternack PE9822: Right-angle design, CMR-187 flange, 50 Ohm N Female connector, operates from 3.95 to 5.85 GHz. Priced around $760 USD for single units.
• Fairview Microwave SMW187ACNG: PDR48 standard flange, aluminum body, right-angle, 3.85 to 5.85 GHz, with a VSWR of 1.25:1.
• HASCO HWCA-187NF-RA: UG1480/U flange, 6061-T6 aluminum, right-angle, 3.95 to 5.85 GHz, priced at $391.50 USD.

The Waveguide High Power Termination WR284 is a specialized RF component designed for high-power microwave applications. It operates within the 2.5–3.5 GHz frequency range and features a WR284 waveguide type with an FDP32 (cover) flange. Constructed from aluminum, it has a chromate conversion inside finish and an anticorrosion black paint exterior. The termination supports 300W continuous wave (CW) power handling and maintains a VSWR of 1.20. With a temperature range of -30°C to +70°C, it is built for durability and reliability in demanding environments. This component is widely used in radar, satellite communication, and high-power RF systems.

This calibration kit is part of Rosenberger’s RPC-N series, tailored for 50 Ω N-type connectors. It supports a broad frequency range and is engineered for accurate and repeatable VNA calibration in laboratory and field environments.

🔧 Key Features:

• Connector Type: N-type (RPC-N)
• Configuration: Full version
• Calibration Standards Included:
  • Open
  • Short
  • Load
  • Thru
  • In-series adaptors
  • Torque wrench and gauges
  • Sliding loads for variable measurements
• Frequency Range: Typically supports up to 18 GHz or higher, depending on the specific RPC-N implementation
• Impedance: 50 Ω

📦 Package Includes:

• All mechanical calibration standards
• Accessories for proper torque and connector care
• Delivered in a compact, rugged case with a standard definition card
• Comes with a factory calibration certificate; DAkkS-certified calibration available as an option

This kit is ideal for engineers and technicians who require high-accuracy S-parameter measurements and traceable calibration standards for N-type interfaces.

A 4-in-2-out hybrid coupler / 4:2 combiner is a passive RF network used to combine four RF input signals into two output ports with controlled phase and amplitude characteristics and minimal distortion. This type of device is widely used in Distributed Antenna Systems (DAS), cellular base station feeding networks, 5G/LTE/UMTS systems, and multi-band RF installations.

Unlike simple splitters or power dividers, hybrid couplers ensure good isolation between input channels and maintain consistent power combining over a wide frequency range.

Frequency - 136-174Mhz
Frequency separation - 4-7Mhz
Insertion Loss - ≤ 1.2 dB
Isolation - ≥ 75 dB
Return Loss - ≥18 dB
Connectors - N / UHF Female
Power - 50W
Dimensions - 32*155*198mm
Weight (approx.) - 1.2kg
Operating Temperature - -10 To + 60 deg C

Synergy is Indian Antenna and RF Cable assembly mfr, deal in rf connector, rf Cable, all types of antenna cables, mw components, Attenuator, splitter, Duplexer, Couplers, Combiners, tools, Ibs n DAS product, GPRS, rfid, Iot , 5g products for smart city,

SYNERGY TELECOM PVT LTD 
IOT, RFID, SMART CITY, HIGH SPEED TRAINS RAILWAY NETWORK, DAS/ IBS and BTS installation materials, Solar passive components, and solutions. We focus on research and production and maintain a large inventory of fast-moving materials like Cable, Cable Assemblies, Connectors, Passive RF components, and Installation materials. We are approved vendors of BEL, ITI, DRDO, RAILWAYS, ISRO, Private Telecom Operators, BSNL. We believe in creating value for our customers by continuous improvement of products, service quality, and customer satisfaction.

We provide products from dc through microwave and milli-meter wave frequencies to our international commercial and military customers who are involved in high-frequency industries including radar, communications, high energy physics, satellites, industrial heating, medical electronics, etc.

Established in 2000, Synergy Telecom has developed and maintains long-term high integrity relationships with many manufacturers throughout India and with many customers throughout the world.

We are unique in our industry because we do not limit ourselves to the provision of hardware; we take pride in providing technical consultation and engineering advice, working with our worldwide customers to solve their problems.

We conform to INDIAN Government export regulations and for the security of both customer and manufacturer alike; provide complete commercial, engineering and logistics support.

Mw components rotary joint waveguide upto 110ghz  

 N, DIN, BNC, SMA, TNC, MCX, MMCX, SMB, SMC, SSMA, SMZ, 1.6/5.6, 1.0/2.3, FME, UHF, RCA as also High Frequency Connectors 2.4mm/2.92mm/1.95mm/3.5mm/N/ SMA/ DIN/ APC7 etc.

Low and high power waveguide circulators serve distinct roles in RF and microwave systems based on their power handling capabilities and construction. Low power circulators are suitable for moderate power applications where compact size and efficient signal routing are priorities. In contrast, high power circulators are designed for applications requiring robustness, high power handling, and reliable performance under demanding conditions. Both types play crucial roles in ensuring signal integrity, isolation, and directionality in various communication, radar, and industrial applications where RF signal management is essential.

The Rohde & Schwarz NAP is a robust Power Reflection Meter designed to precisely measure both forward (incident) and reflected RF power in transmission systems. Using interchangeable sensor heads (NAP-Z series), it allows accurate evaluation of VSWR, return loss, reflection coefficient, and other key RF parameters.

Primarily used in laboratories, field service, antenna tuning, and RF system maintenance, the NAP provides direct, analog or digital readouts of RF power behavior. It is especially valuable in applications requiring high power handling and quick, standalone measurements.

• Frequency Range: 0.2 MHz to 2000 MHz (depending on sensor head)

• Power Range: From ~1 mW up to 1950 W peak

• Measurement Functions:

  • Forward and reflected power (W or dBm)

  • VSWR (Voltage Standing Wave Ratio)

  • Return loss (dB)

  • Reflection coefficient (%)

  • Modulation depth (%)

The HUBER+SUHNER 74Z-0-0-71 is a specialized tool kit designed for assembling semi-rigid coaxial cables, particularly those using N-type connectors. Manufactured by HUBER+SUHNER, a renowned name in RF and fiber optic connectivity, this tool set is part of their professional-grade toolkit lineup used in high-frequency and precision RF applications.
🔧 Key Features:

Designed specifically for semi-rigid cable assembly

Supports N-type coaxial connectors

Packaged in a durable case for organized storage and transport

Ideal for use in laboratories, production lines, or field installations

Weighs approximately 1.217 kg, indicating a robust and comprehensive toolset

🛠️ This kit is particularly valuable for RF engineers and technicians who require reliable, high-precision tools for assembling and maintaining coaxial cable systems in demanding environments.

Here’s a written description of the 3-Way Power Divider (0.5–18 GHz) for you:

This compact RF component features a durable metal housing, typically aluminum or brass with a nickel-plated finish. It has three output ports and one input, each terminated with SMA female connectors for high-frequency signal integrity. Designed to operate across 0.5 GHz to 18 GHz, it splits input signals evenly into three paths while maintaining 50-ohm impedance matching. Internally, it uses microstrip or stripline circuitry with precision-matched elements to ensure minimal insertion loss and excellent isolation between ports. It's commonly used in test setups, radar systems, and communication equipment requiring wideband performance.

A 2-Way Power Divider operating from 1 to 40 GHz is a precision RF component designed to evenly split high-frequency signals across a broad bandwidth. Housed in a compact, rugged aluminum enclosure, it typically features 2.92mm or SMA female connectors and maintains a 50-ohm impedance. With low insertion loss (≤1.8 dB), high isolation (~22 dB), and excellent amplitude and phase balance, it ensures minimal signal degradation. Ideal for radar, satellite communications, test setups, and military systems, it supports up to 20W CW power and operates reliably from –45°C to +85°C. Its broadband performance makes it a versatile tool in advanced RF system

Certainly! Here's a written description of the 3-Way Power Divider (18–26.5 GHz):

This RF power divider is built for high-frequency applications, operating efficiently across the 18 to 26.5 GHz range. It's crafted with a rugged aluminum enclosure and sports three SMA female output ports along with one SMA female input port. The device is designed to maintain a consistent 50-ohm impedance, ensuring signal integrity across all paths.

Internally, it uses precision-matched stripline or cavity technology to deliver excellent performance, with features like:

• Low insertion loss, typically around 1.4 dB
• High isolation between output ports (~18–20 dB)
• Good amplitude balance (±0.5 dB)
• Tight phase balance (±5 degrees)
• VSWR around 1.6:1 for effective impedance matching

This power divider handles up to 20W of continuous wave (CW) power and is capable of managing peak loads up to 3 kW. It’s ideal for use in radar systems, satellite communication, electronic warfare, and lab testing environments. The black anodized finish adds corrosion resistance and reduces RF reflections.

A 2-way cavity splitter operating in the 800-2500MHz range is a device used to divide RF signals into two paths while maintaining signal integrity. These splitters are commonly used in cellular mobile communications and spread spectrum systems for indoor distribution Used in base stations and distributed antenna systems (DAS)Broadcasting: Helps in signal distribution for radio and TV transmission Military & Aerospace: Used in radar and communication systemsWi-Fi & Wireless Networks: Enhances signal distribution in large indoor spaces