DTC COMMUNICATIONS 7011156-2 Single Dbic Hybrid Patch Video VDAR-1 Antenna Rhcp 2.4-2.5

( Brand: Dtc Communications ), ( Manufacturer Part Number: 7011156-2 ), ( Model: VDAR-1 ), ( Type: Video Antenna, Package 1 Product ), ( Gain: 5.0 Dbic ), ( Frequency Range: 2.4-2.5 Ghz ), ( Connector Type: Tnc )

Review DTC COMMUNICATIONS Single Dbic Hybrid Patch Video Antenna Rhcp 2.4-2.5 Ghz

The 7011156-2 DTC VDAR-1 Single DBIC Hybrid Patch Antenna is a versatile and high-performance communication solution designed for 2.4 to 2.5 GHz frequency bands. This antenna is characterized by its robust and compact design, making it an ideal choice for various applications, including wireless LAN, Bluetooth, and other 2.4 GHz wireless technologies.

The DTC VDAR-1 features a single dipole beamwidth-controlled patch (DBIC) design, which ensures a superior radiation pattern and high gain. The hybrid patch technology combines the advantages of both patch and dipole antennas, resulting in excellent performance in terms of gain, radiation pattern, and efficiency.

The antenna is a Right-Hand Circular Polarization (RHCP) model, which means it transmits and receives signals in a specific rotational pattern, reducing interferences and improving signal strength. The RhCP feature is particularly beneficial in environments with multiple sources of wireless signals to ensure reliable communication.

The 7011156-2 DTC VDAR-1 Single DBIC Hybrid Patch Antenna is designed with a rugged, weather-resistant construction, ensuring it can withstand adverse weather conditions and harsh environments. This makes it an ideal choice for outdoor applications, such as wireless networks in parks, campuses, and other open-space environments.

In summary, the 7011156-2 DTC VDAR-1 Single DBIC Hybrid Patch Antenna is a high-performance, weather-resistant communication solution perfect for 2.4 to 2.5 GHz wireless applications. Its hybrid patch design, RHCP feature, and robust construction contribute to its superior performance, making it an excellent choice for various wireless communication needs.

1. Wide Frequency Range: The antenna covers a wide frequency range of 2.4-2.5 GHz, making it compatible with a variety of devices and communication systems.

2. Hybrid Design: The hybrid design of the antenna allows it to be used for both video and data communication, making it a versatile option.

3. Easy Installation: The patch antenna design makes it easy to install, as it can be mounted directly to a surface without the need for a separate antenna mount.

4. Durable Construction: The antenna is made with high-quality materials, including a weather-resistant metal housing, making it durable and able to withstand harsh environments.

1. Limited Gain: Compared to other types of antennas, the patch antenna has a limited gain, which may result in reduced signal strength in some situations.

2. Not Suitable for Long-Range Applications: Due to its limited gain, the antenna may not be suitable for long-range applications, such as point-to-point communication links.

3. May Require Additional Components: Depending on the specific communication system being used, additional components may be required to fully utilize the capabilities of the antenna.

The 7011156-2 DTC VDAR-1 Single DBIC Hybrid Patch Video Antenna Rhcp 2.4-2.5 Communications is a versatile and easy-to-install antenna option for use in a variety of communication systems. While it has some limitations, such as a limited gain and not being suitable for long-range applications, it is a solid choice for many applications where a patch antenna is required.

If you are looking for a versatile and easy-to-install patch antenna for use in a variety of communication systems, the 7011156-2 DTC VDAR-1 Single DBIC Hybrid Patch Video Antenna Rhcp 2.4-2.5 Communications is a good option to consider. However, it is important to carefully evaluate your specific communication requirements and consider any potential limitations before making a purchase.

Details:

Reversible and adjustable suction cup mounts come standard for quick easy installation on the inside or outside of window other hard, smooth surfaces. Built-inside 6.

It is available in three different bands. The antenna uses Dtc hybrid-patch system to ensure high purity circular polarization.

Type three hybrid patch elements polarization rhcp peak gain 5 dbic horizontal beam width 90 vertical nominal impedance 50 req. New, bulk packaging.

This ensures the highest possible performance in video reception, especially diversity systems 6. New item from bulk packaging w 167mm x weight 12 oz.

part #: 70111562 prices

• $42.75-$249.00

specifications directionalantennaa:

• brand: Dtc Communications
• mpn: 7011156-2
• model: Vdar-1
• type: Video Antenna, Package 1 Product
• gain: 5.0 Dbic
• frequency range: 2.4-2.5 Ghz
• connector type: Tnc

Shipping directionalantennaa:

• handling: 1 days
• type: Calculated

Payments directionalantennaa:

• PayPal

Offer directionalantennaa:

• Started: June 24, 2019, 3:03 pm
• bids: 0
• best offer: true
• quantity: 3
• Sold: 0

Returns directionalantennaa:

• type: Money Back
• paid by: Buyer
• policy: returns accepted
• time: 30 Days

General directionalantennaa:

• condition: New Open box
• Alarm Systems Accessories > Other Alarm Parts Accessories
• in stock: Yes

Seller directionalantennaa:

• rating 06-25-19: 99.8%
• zipcode: 34683
• # feedbacks 06-25-19: 12735
• city: Palm Harbor, Florida

Ratings:

1. Great seller Fast shipping and great product. 04-01-19
2. Best seller 04-01-19
3. fits great quick to get, thanks 04-01-19
4. A, Super seller, very good in communication. Honest people. Like them. 04-01-19
5. Good stuff, as I expected. Thank you 04-01-19

Dtc Communications 7011156-2 Is Similar To:

• 1087673 Dtc Communications Li Mpn (45.9% similar) 8 actual weight lbs. Proprietary and specific power cords or ac adapters must be purchased separately. If you are unsure about what is included please before bid. Sometimes we choose alternate carriers based on efficiency at the time of shipping. Model:: Dtc Communications inc. The items shown in ...(April 8th, 2017)