Why would you use and inverted V instead of a dipole?
The advantage of the inverted V is that it only requires one high support whilst still achieving a high level of performance – the difference between an inverted V with its centre at the same height as a horizontal dipole is very marginal, and in most instances the difference in performance may not be detectable.
What is an inverted V?
An inverted vee antenna is a type of antenna similar to a horizontal dipole, but with the two sides bent down towards the ground, typically creating a 120 or 90 degree angle between the dipole legs.
Can I bend a dipole antenna?
One way to fit a dipole antenna in a restricted space is to bend the legs. They can be bent horizontally, drooped downward, or any other imaginable configuration to fit in the space available.
Is an inverted V dipole directional?
There is a general belief that a dipole antenna will typically produce a set of bi-directional radiation lobes in the azimuth plane, whereas, an Inverted V pattern will be nearly omnidirectional.
Is an inverted V antenna directional?
The radiation pattern of inverted V-antenna is uni-directional pattern, as no standing waves are formed here.
What happens when you bend a dipole?
Bending or zig-zagging a dipole at angles that are neither purely horizontal or purely vertical will produce intermediate values of both feedpoint impedance and gain. Moreover, the ends do not have to be bent in precisely equal amounts or angles. And, you may have more than one bend per leg.
What is a droopy dipole?
Dipoles Don’t Need to Go Straight In Figure 1 you can see a “droopy dipole” a dipole with about 5.7-foot on a side, and with 3-feet of wire drooping off the end. Droopy dipoles can be good performers, and provide a good match to your transceiver.
What is the impedance of an inverted V antenna?
Inverted V dipole antenna An inverted V antenna is naturally very close to the impedance of 50 Ohm, which makes the antenna very popular with amateurs. Often a high feed point is chosen and the ends are then slightly lowered. In any case, make sure that the ends are a few meters above the ground.
What causes inverted V deformity?
Inverted V deformity This is the result of disassociation between the upper lateral cartilages and the inferior border of the nasal bones.  This can result after a large hump resection and vigorous use of a pull rasp. This deformity may not be apparent during surgery unless carefully sought for.