Synergy Telecom Private Limited

The UFL-UFL 600mm cable is a high-quality RF coaxial jumper cable with U.FL (IPEX/IPX) connectors on both ends, engineered for secure and efficient signal transmission in space-constrained RF applications. With a length of 600mm (60cm), this cable offers greater flexibility for installations that require extended reach without compromising on signal integrity.

Key Features:

• Connector Type: U.FL (female) to U.FL (female)

• Cable Length: 600mm (23.6 inches)

• Impedance: 50 Ohms

• Operating Frequency: DC to 6 GHz

• Low insertion loss, high shielding for minimal signal degradation

• Slim and flexible, ideal for routing in compact electronics

• Durable construction for repeated insertions/removals

The WR62 to SMA Female waveguide adapter is designed for high-frequency applications, operating in the 12.4 GHz to 18 GHz range. It features a WR-62 waveguide interface with an SMA female coaxial connector, ensuring low insertion loss and high signal integrity.

Key specifications:

• Waveguide Type: WR-62
• Connector Type: SMA Female
• Frequency Range: 12.4 GHz – 18 GHz
• VSWR: Typically 1.25:1 or lower
• Flange Type: UG-1665/U (Square Cover)
• Material: Aluminum or Brass with silver plating
• Application: Microwave, millimeter-wave, and test setups

 
Synergy Telecom is a diversified technologies company involved in the integration, manufacturing, installation of IBS and BTS sites in India. We are one of the growing company in the field of manufacturing of microwave components, Antenna in GSM, CDMA, WIMAX, GPS, and in ISM band in North India. We are keeping stock of all types of RF connectors, microwave components, Test Equipments for BTS/IBS and its jumper cables, Adapters, Attenuators, Baluns and Termination.
Features:
Resistant to corrosion
Perfect finish
Long lasting life

Specification:

Electrical Characteristics:
 
Impedance
50 ohms
Frequency Range
DC-7.5GHGZ
Voltage Rating
 
RG-55,58,141,142,223,303: 335 volts peak
RG-122,174,188,316: 250 volts peak
Dielectric Withstanding Voltage
 
0.141” & RG-58 group: 10000 VRMS
0.085” & RG-316 group: 750 VRMS.
VSWR
 
1.10 MAX
 
 
 
 
 
 

Mechanical Cheracteristics:
 
Mating
50 ohm coupling
Mating Torque
 
Recommended:2 inch pounds
Disengagement:2 inch pounds
Connector affixment to cable
Crimp types,Solder types
Cable affixment to center contact
Solder
Contact captivation
All types, except as noted
Connector durability

Body
250 mating and unmating cycles min.

Brass
 
 
 
 

A WR-62 waveguide to coaxial adapter enables efficient signal transition between rectangular waveguides and coaxial connectors, commonly used in microwave and RF applications. Operating within the 12.4 GHz to 18 GHz frequency range, these adapters are designed for minimal insertion loss and low voltage standing wave ratio (VSWR). They come with various connector types, such as SMA, Type-N, K-Type, and TNC, catering to diverse system requirements. Precision engineering ensures reliable power handling and optimal performance in telecommunications, radar systems, and satellite communications. Manufacturers like Fairview Microwave, ATM Microwave, and Pasternack offer high-quality WR-62 adapters for different industry needs.

The WR284 waveguide adaptor is a precision-engineered component used to connect WR284 rectangular waveguides with coaxial connectors or other waveguide sizes. Designed for microwave frequencies between 2.60 to 3.95 GHz, it ensures minimal signal loss and high power transmission. Typically constructed from brass or aluminum, these adaptors feature flanges like CPR-284G and are compatible with various coaxial types such as N-type or SMA. They are widely utilized in satellite communication, radar systems, and RF testing environments. Durable and efficient, a WR284 adaptor is essential for seamless RF transitions in both laboratory and field applications. Compact and reliable, it boosts connectivity.

Rf connector RF Connectors: N, DIN, BNC, SMA, TNC, MCX, MMCX, SMB, SMC, SSMA, SMZ, 1.6/5.6, 1.0/2.3, FME, UHF, RCA as alsoHigh Frequency Connectors 2.4mm/2.92mm/1.95mm/3.5mm/N/ SMA/ DIN/ APC7 etc.
RF Adaptors: N/L9/SMA/SMB/BNC/TNC/SMZ/MCX/DIN in various combinations of Male and Female includingHigh Frequency adaptors 2.4/2.92/3.5mm etc.
RF Cable Assemblies & Jumpers: All kind of cable assemblies and jumpers including PrecisionHigh 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 

Synergy Telecom is a diversified technologies company involved in the integration, manufacturing, installation of IBS and BTS sites in India. We are one of the growing company in the field of manufacturing of microwave components, Antenna in GSM, CDMA, WIMAX, GPS, and in ISM band in North India. We are keeping stock of all types of RF connectors, microwave components, Test Equipments for BTS/IBS and its jumper cables, Adapters, Attenuators, Baluns and Termination.

Features:

Resistant to corrosion

Perfect finish

Long lasting life

Specification:

Electrical Characteristics:

Mechanical Cheracteristics:

SMA Male Right Angle Clamp Connector For LMR 400 Cable

 
Details-

1. Frequency range:- DC to 18GHz

2. Impedance:- 50ohms

3. V.S.W.R:- 1.15

4. Insulation resistance:- 5000M

1. N Male to N Male Connectors: This fixture has N-type male connectors on both ends. N-type connectors are commonly used in RF and microwave applications due to their robustness and low loss characteristics.

2. Open Circuit: One part of the fixture is designed to simulate an open circuit (an open connection with no electrical continuity). This is used to check how the equipment handles a condition where there is no load.

3. Short Circuit: The other part of the fixture is designed to simulate a short circuit (a direct electrical connection with zero resistance). This is used to verify the equipment's response to a condition where there is a direct connection with minimal impedance.

1. Calibration: The open/short fixture is used to calibrate RF measurement equipment. By introducing known conditions (open and short circuits), you can calibrate instruments such as network analyzers to ensure they are reading accurately.

2. Verification: It helps in verifying the performance of RF components and systems. By measuring how the equipment responds to open and short conditions, you can assess its accuracy and functionality.

3. Troubleshooting: It aids in troubleshooting RF systems by providing known reference points to compare against the system’s performance.

• Open Test: Connect the fixture to the measurement equipment. The open circuit will present an infinite impedance to the equipment, which should be recognized and measured as such.

• Short Test: Swap the fixture to the short circuit setup. This presents a zero-ohm impedance to the equipment, which should be measured as a short.

1. Connect the Fixture: Attach the fixture to the RF measurement equipment using the N male connectors.
2. Perform Measurements: Use the equipment to measure the open and short conditions. This will involve capturing the reflection coefficients or other relevant parameters.
3. Adjust Calibration: Based on the measurements, adjust the equipment's calibration settings to ensure accurate readings under actual test conditions.

A BNC Male to SMA Female adaptor is a coaxial RF connector that allows you to connect a cable or device with a BNC male connector to one with an SMA female port.

• BNC Male (Plug) – The side with a bayonet-style locking mechanism (common in video, RF, and test equipment).

• SMA Female (Jack) – The side with an internally threaded connector (common in Wi-Fi, GPS, and high-frequency applications).

• Impedance: Typically 50Ω (standard for RF applications), but some may be 75Ω (common in video signals).

• Frequency Range: Up to 4 GHz (for SMA) or 2 GHz (for BNC), depending on quality.

• Connecting BNC-based test equipment (oscilloscopes, signal generators) to SMA-based antennas or RF circuits.

• Adapting video equipment (BNC) to wireless devices (SMA).

• • Extending or converting RF connections in lab setups.

The UFL-UFL 300mm cable is a high-frequency coaxial jumper cable designed for precision RF signal transmission in compact electronic assemblies. Featuring U.FL (also known as IPEX or IPX) connectors on both ends, this 300mm (30cm) cable is ideal for connecting small RF modules such as Wi-Fi, GPS, Bluetooth, and LTE antennas in devices like embedded systems, IoT boards, drones, and wireless modules.

Key Features:

• Connector Type: U.FL (female) to U.FL (female)

• Cable Length: 300mm (11.8 inches)

• Impedance: 50 Ohms

• Frequency Range: Up to 6 GHz

• Low signal loss and high shielding for reliable RF performance

• Flexible and ultra-thin design, perfect for tight-space applications

The UFL 100mm (Grey) coaxial cable is a compact and flexible RF jumper cable, featuring U.FL connectors on both ends, designed for high-frequency signal transmission in tightly spaced electronic environments. With a 100mm (10cm)length and a grey outer jacket, this cable is ideal for internal RF module connections where color coding or specific aesthetics are preferred.

Key Features:

• Connector Type: U.FL (female) to U.FL (female)

• Cable Length: 100mm (3.9 inches)

• Cable Color: Grey

• Impedance: 50 Ohms

• Frequency Range: Up to 6 GHz

• Low signal loss, high shielding for excellent performance

• Flexible and lightweight for space-limited installations

• Suitable for both development and production-grade devices

The WR975 to N-Type Female waveguide-to-coaxial adapter is a precision RF component engineered for high-power, low-frequency applications. Here's a detailed description based on Synergy Telecom’s typical offering and industry standards:

• Waveguide Size: WR975 (also known as R9), compatible with FDP9 (UDR9) flange
• Connector Type: N-Type Female, 50 Ohm impedance
• Frequency Range: 0.76 GHz to 1.15 GHz
• VSWR: ≤ 1.3:1 for efficient impedance matching
• Insertion Loss: ≤ 0.2 dB, ensuring minimal signal degradation
• Power Handling: Supports high peak and average power levels
• Material: Aluminum body with chromate conversion inside
• Finish: Anti-corrosive grey or black paint on the exterior
• Operating Temperature: –40°C to +70°C
• Configuration: Right-angle or end-launch, depending on the model

This adapter is ideal for radar systems, RF test benches, satellite uplinks, and industrial microwave systems. Its rugged construction and low-loss performance make it a reliable choice for both lab and field deployments.

The Rohde & Schwarz ZV-Z21 is a Type-N, 50-ohm TOSM calibration kit designed for vector network analyzer (VNA) calibration from DC to 18 GHz. It includes:

• Through, Open, Short, and Match standards (TOSM)
• Male and female connectors for both insertable and non-insertable calibration
• Individually characterized S-parameter data for high-accuracy error correction
• Accessories like a torque wrench, counterholder, and a USB stick with calibration data

This kit is part of the ZV-Z2xx series, known for mechanical stability and repeatability, and is compatible with uncertainty analysis using R&S ZNA-K50(P) option.

If you're looking to purchase or rent it, Alliance Test Equipment and other resellers often carry it with warranty options. Want help comparing it with similar kits or checking availability in India?

N Female 4 Hole Crimp Connector For LMR 100 Cable
 
Synergy Telecom is a diversified technologies company involved in the integration, manufacturing, installation of IBS and BTS sites in India. We are one of the growing company in the field of manufacturing of microwave components, Antenna in GSM, CDMA, WIMAX, GPS, and in ISM band in North India. We are keeping stock of all types of RF connectors, microwave components, Test Equipments for BTS/IBS and its jumper cables, Adapters, Attenuators, Baluns and Termination.
Features:
Resistant to corrosion
Perfect finish
Long lasting life

Specification:

Electrical Characteristics:
 
Impedance
50 ohms
Frequency Range
DC-7.5GHGZ
Voltage Rating
 
RG-55,58,141,142,223,303: 335 volts peak
RG-122,174,188,316: 250 volts peak
Dielectric Withstanding Voltage
 
0.141” & RG-58 group: 10000 VRMS
0.085” & RG-316 group: 750 VRMS.
VSWR
 
1.10 MAX
 
 
 
 
 
 

Mechanical Cheracteristics:
 
Mating
50 ohm coupling
Mating Torque
 
Recommended:2 inch pounds
Disengagement:2 inch pounds
Connector affixment to cable
Crimp types,Solder types
Cable affixment to center contact
Solder
Contact captivation
All types, except as noted
Connector durability

Body
250 mating and unmating cycles min.

Brass
 
 
 
 

Frequency - 1Ghz
Impedance - 50ohm
Elongation of PVC - 150 (min)%
Tensile stength of PVC - 12.5 (min)N/Sqmm
Condector Resistance at 200C - < 33.48 Ω/KM
Capacitance - 55 ± 5Pf/m
Shrinkage Test - 4% MAx
High Voltage Test - Should withstands with 3Kv (rms) voltage

We r experts in mfring antenna, Rf jumper, test, internal, external cables, antenna coaxial cable assembly with high pim and low vswr, DL, Duplexer,  Couplers , splitter,  Attenuator, BAIS TEE, waveguide 

DIN Female to N Male RF adapter:

1. Connector Types:

   • DIN Female: Threaded RF connector (typically 7/16 DIN or 4.3-10 DIN)

   • N Male: Standard 5/8"-24 threaded RF connector

2. Electrical Characteristics:

   • Impedance: 50Ω (standard for RF applications)

   • Frequency Range:

     • 7/16 DIN: 0-7.5 GHz

     • 4.3-10 DIN: 0-10 GHz

   • VSWR: Typically <1.25:1

3. Mechanical Specifications:

   • Body Material: Brass or stainless steel

   • Plating: Silver or gold over nickel

   • Coupling Torque: 1.5-2.5 Nm for DIN side

   • Operating Temperature: -55°C to +125°C

4. Performance Features:

   • Excellent RF shielding

   • Low insertion loss (<0.1 dB typical)

   • High power handling (up to 500W average for 7/16 DIN)

   • Weatherproof (IP67 rated versions available)

   •  

The N Female 4-Hole RG-86 Solder Connector is a robust RF component designed for secure panel mounting and reliable signal transmission in high-frequency applications. Here's a quick overview of its key features:

🔧 Connector Overview

• Type: N-Type Female
• Mounting: 4-hole flange for stable panel installation
• Cable Compatibility: RG-86 coaxial cable
• Termination: Solder-type for strong electrical and mechanical connection

⚡ Electrical Specs

• Impedance: 50 ohms
• Frequency Range: Typically up to 11 GHz (depending on build quality)
• VSWR: ≤ 1.15 (low signal reflection)

🛠️ Mechanical & Material Details

• Body Material: Brass or stainless steel (varies by manufacturer)
• Finish: Polished or nickel-plated for corrosion resistance
• Insulator: PTFE for high dielectric strength
• Durability: Rated for 500+ mating cycles

🌡️ Environmental

• Operating Temperature: -40°C to +85°C
• RoHS Compliant: Yes

This connector is ideal for RF test setups, telecom panels, and microwave systems where durability and signal integrity are critical. Want help comparing it with an SMA or TNC version? Or maybe you're curious about how to prep the RG-86 cable for soldering? I can walk you through it.