Very High Gain Omni Directional Antenna for usage with C-View 1.2 range transmitters and receivers
High Gain antennas help to improve the transmission and receipt quality of the signals
As a result higher quality signals can be commuted over longer distances.
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18714 Arlan Lake Drive, Spring Texas 77388 , Tel: 281-350-5522. Fax: 281-350-5822,
Website: http://www.abteluniversaltechnology.com e-mail: sales@abteluniversaltechnology.com
High Gain antennas help to improve the transmission and receipt quality of the signals
As a result higher quality signals can be commuted over longer distances.
Go back to product page
Go to contact page
18714 Arlan Lake Drive, Spring Texas 77388 , Tel: 281-350-5522. Fax: 281-350-5822,
Website: http://www.abteluniversaltechnology.com e-mail: sales@abteluniversaltechnology.com
Model Number Model CV A 1212
Product description Weatherproof omni-directional
Peak gain 12 dbi
Operating frequency 1.2GHz
Nominal impedance 50 Ω
Polarization vertical and horizontal
VSWR ≤ 1.5
Application for AV receiver or transmitter
Guard pole material fiberglass
Antenna length 92 cm (3')
Antenna diameter 2 cm (0.8")
Weight 0.6 kg incl. pole mount (1.3 lb)
Cable length 92 cm (3') with N(M) connector
Mounting 2 pole mounts included
Product description Weatherproof omni-directional
Peak gain 12 dbi
Operating frequency 1.2GHz
Nominal impedance 50 Ω
Polarization vertical and horizontal
VSWR ≤ 1.5
Application for AV receiver or transmitter
Guard pole material fiberglass
Antenna length 92 cm (3')
Antenna diameter 2 cm (0.8")
Weight 0.6 kg incl. pole mount (1.3 lb)
Cable length 92 cm (3') with N(M) connector
Mounting 2 pole mounts included
High Gains, Omni Directional versus Directional:
When transmitting, using a directional antenna,
more of the transmitted power will be sent in the
direction of the receiver, increasing the received
signal strength. The disadvantage is that both
antennas ( transmitting and receiving ) must be
pointed in each others direction.
C-View developed a High Gain antenna, using a
U-shaped isotropical set up (Shtrikman/Matzner)
resulting in a gain peak of 12 dBi
Both the transmitting antenna and the receiving
antenna need to be of the same construction.
An antenna that makes a transmitted signal 10
times stronger will also capture 10 times as much
energy when used as a receiving antenna. Due
to reciprocity, these two effects are equal.
When transmitting, using a directional antenna,
more of the transmitted power will be sent in the
direction of the receiver, increasing the received
signal strength. The disadvantage is that both
antennas ( transmitting and receiving ) must be
pointed in each others direction.
C-View developed a High Gain antenna, using a
U-shaped isotropical set up (Shtrikman/Matzner)
resulting in a gain peak of 12 dBi
Both the transmitting antenna and the receiving
antenna need to be of the same construction.
An antenna that makes a transmitted signal 10
times stronger will also capture 10 times as much
energy when used as a receiving antenna. Due
to reciprocity, these two effects are equal.
A system is as strong as its weakest link.
We have seen systems "in the field" 'operating' with a lot of 'short comings'.
One of the main 'short comings' is the usage of very low performing antennas.
C-View developed a Very High Gain antenna by using the described U-shaped
isotropical set up. In fact, we created a more powerful radiating element, providing a
means to radiate more power and sustain a better signal.
For this reason, the systems can not work without an antenna attached ( Power
provided to the radiating out put need to be dissipated by the antenna. Failure to do
so will result in damage to the transmitter
We have seen systems "in the field" 'operating' with a lot of 'short comings'.
One of the main 'short comings' is the usage of very low performing antennas.
C-View developed a Very High Gain antenna by using the described U-shaped
isotropical set up. In fact, we created a more powerful radiating element, providing a
means to radiate more power and sustain a better signal.
For this reason, the systems can not work without an antenna attached ( Power
provided to the radiating out put need to be dissipated by the antenna. Failure to do
so will result in damage to the transmitter