Synergy Telecom Private Limited

RFID higher-gain antenna is needed to achieve adequate reception in suburban or directions areas, an outdoor directional antenna is usually used. Although most simple antennas have null directions where they have zero response, the directions of useful gain are very broad.

• Frequency Bands: 2 meters (144–148 MHz) and 70 centimeters (430–450 MHz)

• Gain:

  • 3.0 dBi on 2m

  • 5.5 dBi on 70cm

• Maximum Power Handling: 200 watts

• Height: Approximately 40.2 inches (102 cm)

• Connector Type: UHF (PL-259)

• Element Phasing:

  • 1½-wave on VHF

  • 2⅝-wave on UHF

• VSWR: Less than 1.5:1

RF Cables: HLF 100/200/400/240/300/400; RG6/11/58/59/142/174/178/179/188/213/214/217/223/316/400, 1.13 mm etc. as also High Frequency Cables Suco 141/0.86/RG402/ 405/ SS402/ 405/ LL120/ 142/335 etc.

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 also High 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 including High Frequency adaptors 2.4/2.92/3.5mm etc.

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

A wireless antenna is a device used to transmit and receive wireless signals in various communication systems. Here's a comprehensive guide on wireless antennas, covering their types, uses, and key considerations:

• Function: Transmit and receive signals in all horizontal directions equally, providing 360-degree coverage.
• Examples: Whip antennas, dipole antennas, and some ceiling or wall-mounted antennas.
• Applications: Wi-Fi routers, mobile phones, and base stations where uniform coverage is needed.

• Function: Focus signals in a specific direction, providing enhanced range and signal strength in that direction.
• Examples: Yagi antennas, parabolic (dish) antennas, and panel antennas.
• Applications: Point-to-point communication, long-range Wi-Fi connections, and satellite communications.

• Function: Provide coverage over a specific sector or angle (e.g., 60, 90, or 120 degrees), often used in cellular base stations.
• Examples: Sector antennas for cellular towers.
• Applications: Cellular networks and Wi-Fi networks to cover specific sectors or zones.

• Function: A type of directional antenna often used in compact, planar applications.
• Examples: Used in GPS receivers and some Wi-Fi routers.
• Applications: Compact devices and applications requiring moderate gain.

• Importance: The antenna must be compatible with the frequency bands of your wireless communication system (e.g., 2.4 GHz for Wi-Fi, 5 GHz for Wi-Fi, or specific cellular frequencies).

• Definition: Measure of how well the antenna amplifies signals in a specific direction.
• Impact: Higher gain antennas can improve signal strength and range but may have a more focused coverage pattern.

• Types: Linear (horizontal or vertical) and circular polarization.
• Importance: The polarization of the antenna should match that of the communicating devices to optimize signal reception.

• Indoor vs. Outdoor: Outdoor antennas often need to be weatherproof, while indoor antennas can be more versatile.
• Height and Location: Elevation and placement can significantly impact performance, especially with omnidirectional antennas.

• Definition: The range of frequencies the antenna can effectively operate within.
• Consideration: Ensure the antenna supports the full bandwidth required by your wireless system.

• Indoor: Home and office Wi-Fi networks often use omnidirectional antennas.
• Outdoor: Long-range Wi-Fi setups may use directional antennas to connect buildings or other distant points.

• Base Stations: Utilize sector antennas to provide coverage in specific geographic sectors.
• Mobile Devices: Incorporate small, compact antennas for reception and transmission.

• Dish Antennas: Large parabolic dishes are used to communicate with satellites in geostationary orbit.

• Directional Antennas: Used to establish a direct link between two points, such as in microwave relay systems.

• Programable attenuator • RF Switch Systems • Radio Shifter Systems • RF SPLITTER • Shielding boxes • Fixed Attenuators • RF COMBINER, COUPLOR • RF Variable Attenuators • RF Power Dividers • Circulators • Duplexers • RF Cables • Antennas • RF Adaptors • Patch Panel ANTENNA, RF COAXIAL CABLE ASSEMBLIES, GSM, ISM, RFID, IOT, BTS, IBS DAS, SMART CITY, LPDA, INDOOR OUT DOOR, HF, VHF, UHF, MW, HORN ANTENNA, WAVEGUIDE, MW COMPONENTS