The 10 Best TV Antennas
10. Mohu Curve 50
- 4k-ready for the future of broadcast
- not great for wooded areas
- costs a lot for such a simple unit
|Rating||4.0 / 5.0|
9. GE Attic Mount
- light in weight and on the wallet
- full assembly required
- not intended for outdoor use
|Rating||3.6 / 5.0|
8. Mohu Leaf 30
- no specific pointing required
- one of the least expensive choices
- doesn't fulfill its 30-mile promise
|Rating||4.1 / 5.0|
7. Antop UFO
- filters out 4g lte interference
- no pointing required
- compact and easy to install
|Rating||4.2 / 5.0|
6. Free Signal Marathon
- works best in the attic
- pristine picture clarity
- relatively expensive
|Brand||Free Signal TV|
|Rating||4.4 / 5.0|
5. Channel Master CM-4228HD
- impressive 80-mile range
- higher gain than most options
- not a very attractive design
|Rating||4.0 / 5.0|
4. 1byone Super Thin
- very budget-friendly
- removable amplifier adds distance
- extra-long 20-ft coax cable
|Rating||4.6 / 5.0|
3. Antop Paper Thin
- very lightweight and easy to mount
- robinson-projection world map design
- incredible value for the money
|Rating||4.8 / 5.0|
2. RCA Yagi
- hardware and transformer included
- stands up to harsh weather
- arrives fully assembled
|Rating||4.7 / 5.0|
1. Antennas Direct ClearStream
- long-term weather resistant
- ranges vary from 40 to 70 miles
- backed by a lifetime warranty
|Rating||4.7 / 5.0|
Unscrambling The Signal
It is no secret, cable and satellite television can be expensive. The next time you get your cable or satellite bill, take a look at all those fees, taxes, and channel bundles your company has forced you to maintain. Does that make the dish or cable box a bad thing? Of course not, but you may find that you'd like to keep things simple while maintaining access to the major networks, without having to pay absurd amounts of money to your provider each month. For that reason, why not go back to basics with a television antenna?
Also referred to as a television aerial, a television antenna is an antenna specifically designed for the reception of over-the-air broadcast television signals. These signals are typically transmitted in a frequency range between forty-one and two hundred fifty megahertz in the very high frequency (VHF) band, which is still currently used for digital television. In order for a television antenna to accommodate such a frequency range, it must be equipped with conductor elements of varying lengths. The length of an antenna's conductors corresponds to the wavelengths the antenna is capable of receiving. Conductors are usually half the wavelength of their intended signals.
Television antennas are created for either indoor or outdoor use. Indoor antennas are usually placed in close proximity to your television set, while outdoor antennas are mounted on a mast outside the home on the roof for the best reception. Dipole and loop antennas are the most common types of indoor antennas.
The dipole antenna is immediately recognizable when we talk about rabbit ears, which always seem to need adjusting. The loop antenna is so named due to its construction of looped wire or tubing with its ends connected to a balanced transmission line. The balanced transmission line may sound complicated, but it's simply a specialized cable used for carrying and distributing cable television signals.
With respect to the outdoor television antenna and its placement atop your roof, the higher it can be installed, the better off you'll be if you live in valleys or among other tall structures that may interfere with the integrity of the television signal itself. However, there is still a potential trade-off, given that a high-placed antenna is difficult to reach when it needs servicing. There is also a vulnerability to bad weather conditions.
When analog broadcasting evolved into digital broadcasting, so too did the indoor antenna from its traditional rabbit ear counterparts to a flat, square-shaped, thin antenna. The evolution of this modern television antenna eliminated the need for constant manipulation and adjusting when trying to enjoy programming. Modern indoor antennas now rival the quality of many outdoor and attic antennas.
Finding The Best Reception
Achieving the appropriate balance between directional capabilities and your environment are two important factors to consider when investing in a television antenna. For example, multidirectional television antennas will work well for you if your transmission towers aren't centrally located, if you want to be able to pick up signals from other cities, and if you live in a rural area with a lot of foliage that interferes with your signal quality. When considering such an antenna, one must also be sure to purchase it with sturdy, all-weather mounting hardware.
By contrast, if you live in a city apartment and are relatively close to your transmission towers, then a flat indoor antenna may be all that you need.
If a high-definition signal is important to you, many antennas allow you to pick up local high-definition signals for a fraction of the cost of maintaining your cable service or satellite dish.
Some indoor antennas are also optimized for supporting surround sound and even feature USB power supplies for maximizing your home's energy efficiency when the television is turned off.
A Brief History Of Television Antennas
The birth of television antennas dates back to the time of German physicist Heinrich Hertz, who was the first to prove the existence of electromagnetic waves by testing James Clerk Maxwell's electromagnetic theory of light. The theory predicts that electromagnetic waves move at the speed of light, and that light itself is also a type of wave. By 1887, Hertz developed an apparatus for generating and detecting radio waves. He also developed his first radio transmitter around that same time by using an induction coil-driven spark gap and a pair of one-meter copper wires to act as a radiator.
Hertz placed capacity spheres at either end of the wires for adjusting resonance. He then discovered that when an induction coil applied a high voltage between the two sides, the resulting sparks across the spark gap would generate radio frequency currents in the copper wires. These wires would then release radio waves at very high frequencies similar to those found in modern television transmitters. This transmitter was a precursor to the dipole antenna.
Credited as being the catalyst for one of the biggest television booms in history, the first practical dipole antenna was invented in 1953 by Marvin P. Middlemark. This invention revolutionized the television signal and how it was watched. While the dipole antenna is still in use today, the popularity of high-definition signals has created a niche for high-definition antennas with flat screen televisions that have built-in digital tuners.