TENQ Sma Antennna 702563655054 806-870MHZ 3.5
( Brand: Tenq ), ( UPC: 702563655054 )
Review TENQ 806-870mhz Lot 3.5 Sma Antennna Sf
The 806-870MHz 3.5dBi Tenna 702563655054 SMA Antenna is a versatile and high-performance component designed for various wireless applications. This antenna operates within the 806 to 870 MHz frequency band, making it an excellent choice for 3G, 4G, and 5G networks.
The antenna features a 3.5dBi gain, which enhances the signal strength and improves the range of wireless devices. The gain is achieved through a carefully designed and constructed radial element array, ensuring optimal signal directionality.
The 3.5dBi Tenna 702563655054 SMA Antenna is compact, measuring 190mm x 90mm x 25mm (L x W x H), making it suitable for space-constrained applications. Its lightweight construction, weighing just 200 grams, allows for easy installation and transport.
The antenna is equipped with an SMA-F connector, which provides a reliable and secure connection to wireless devices. The SMA-F connector is also easy to attach and detach, making it suitable for temporary or permanent installations.
The 806-870MHz 3.5dBi Tenna 702563655054 SMA Antenna is made from high-quality materials, ensuring durability and resistance to environmental factors such as rain, wind, and sunlight. The antenna's protective rubber cap also helps to protect the SMA-F connector from damage during transport or installation.
In conclusion, the 806-870MHz 3.5dBi Tenna 702563655054 SMA Antenna is a reliable and high-performance component that provides excellent signal strength and directionality for wireless applications within the 806 to 870 MHz frequency band. Its compact size, lightweight construction, and easy-to-use SMA-F connector make it a convenient and versatile solution for various wireless applications.
Sure, I'd be happy to help you consider the pros and cons of the 806-870MHz 3.5dBi Tenna 702563655054 SMA Antenna.
Pros:1. Wide Frequency Range: The antenna covers a frequency range of 806-870MHz, which is suitable for many wireless applications such as Wi-Fi, Bluetooth, and cellular signals.
2. High Gain: With a 3.5dBi gain, this antenna can provide a stronger signal and better reception compared to a standard dipole antenna.
3. SMA Connector: The SMA connector is a common type of RF connector, which makes it easy to integrate this antenna into various wireless systems.
4. Compact Size: The antenna is small and lightweight, making it easy to install and transport.
Cons:1. Limited Bandwidth: Although the antenna covers a wide frequency range, it may not be suitable for applications requiring a very high bandwidth.
2. Outdoor Use: The antenna is not weather-resistant, so it should not be used in outdoor applications without proper protection.
3. May Require Additional Components: Depending on the specific application, additional components may be required to fully utilize the antenna's capabilities.
In conclusion, the 806-870MHz 3.5dBi Tenna 702563655054 SMA Antenna is a suitable option for wireless applications that require a moderate gain and a wide frequency range. However, it may not be suitable for applications requiring a very high bandwidth or for outdoor use without proper protection. It's recommended to check the specific requirements of your application before making a purchase.
Details:
Sf antenna 3.
specifications coaxcabl:
- brand: Tenq
- upc: 702563655054
Ratings:
- Fast Shipping! 11-03-16
- Thanks 11-04-16
- Thanks! 11-03-16
- Pic looks red, its pink, fast shipping. Ty 11-03-16
- Excellent and great! A++ Thanks!! 11-03-16
General coaxcabl:
- condition: New
- in stock: Yes
- Consumer Electronics > Radio Communication > Parts & Accessories > Coax. Cables & Connectors
Returns coaxcabl:
- policy: returns accepted
- time: 14 Days
- type: Money Back
- paid by: Buyer
Shipping coaxcabl:
- handling: 1 days
- cost: $0.0
- type: Flat
Seller coaxcabl:
- zipcode: 61602
- city: Peoria, Illinois
Offer coaxcabl:
- Started: November 4, 2016, 8:42 am
- quantity: 1
- # Sold: 0
- # bids: 0
- best offer: true
Payments coaxcabl:
- PayPal
