Name a place where you see an antenna

__CONFIG_colors_palette____CONFIG_colors_palette__ There are three basic purposes for grounding an outdoor TV antenna. To Keep The Sustainability of Your TV Equipment The severe storms and the surges surrounding them, whether from direct lightning strikes or the more ordinary build-up of static electricity, put your household appliances and electronics at risk. It Is Legally Required Many areas legally require homeowners to ground their outdoor antennas for televisions. Reduce or Eliminate Electromagnetic Interference Whether it’s an amplifier or television, the route from your antenna to your television will usually include connections with AC-powered devices. Ordinarily, electrical appliances leak tiny amounts of unnoticeable current under normal conditions. If left unchecked, this electricity will go up the coaxial antenna cable and into the house, causing noise and interfering with reception. It would be best to draw noise away from your antenna by grounding it. For example, a direct lightning strike on your antenna might cause damage. The implications are impossible to foresee if this occurs; however, antenna grounding provides a pathway that helps reduce harm. On the other hand, you may harm residential electrical systems by even indirect lightning strikes nearby. Types of Grounding There are three main types of grounding for a TV antenna: direct grounding, ground rod, and ground block. • Direct grounding: Direct grounding involves attaching a grounding wire directly...

We're big proponents of antennas here at Cordcutting.com. Antennas are an essential tool for cord cutters, because they enable many viewers to get free television – including HD feeds – over the air. Depending on where you live, you could get all four of the major television networks (ABC, CBS, NBC, and Fox) free over the air, plus local networks like your city's PBS channel. But how do you know which antenna is the best TV antenna for your region? The fact is that cord cutters could end up needing very different types of antennas depending on where they live. City slickers may find that indoor rabbit ears will suffice, while viewers out in the country will need some serious hardware to pick up their nearest channels. “Rabbit ears”– a.k.a. an omnidirectional indoor antenna But there's hope for just about everyone, as long as you're willing to do the research to determine the best TV antenna for your needs. This post will help you decide which antenna is right for you based on how near your local broadcasters are and what direction they're coming from. We'll start by locating those local broadcasters, and then we'll pair up the findings with the right category of antenna. Finally, we'll give a few examples of good antennas from each category and price point. These are among the best TV antennas on the market – though there are plenty of other good options, which you can check out once you know what to look for. Let's get started! Find Your Local Broadcasts With an antenna, ...

• Antennas • Indoor TV Antennas • Outdoor TV Antennas • Antenna Amplifiers • Antenna Pre-Amplifiers • Antenna Distribution Amplifiers • Installation Accessories • Antenna Masts and Mounts • Splitters, Combiners and Filters • Cables & Connectors • Antenna Rotators • Tools and Equipment • Set Top Boxes • Antenna Receivers / Set Top Boxes • Set Top Box Accessories • Apparel • Hats • T-Shirts • Sweatshirts and Hoodies • Replacement Parts • Our Story • Support How much signal power will my tv need to receive a channel? Televisions will typically process signal power levels between a high of - 5 dBm to as low as around -65 dBm. The required minimum signal mainly depends on local conditions (RF noise/interference), and the tuner sensitivity in your television or receiver. Under ideal conditions (TV antenna Installed outdoors at 15 feet or higher, no RF interference and a highly sensitive TV tuner) it is possible for a TV tuner to receive a -70 dBm signal, but you can conservatively expect most TV tuners to require a minimum signal power level of -65 dBm. What is an RF channel? The RF channel is the actual channel the tv station transmitter is using to broadcast over the airwaves. Don't get this confused with the channel numbers that appear on your screen, in many instances you can have a TV station broadcasting on RF channel 25 but the channel displayed on your television is actually 3.1, 10.1 13.1, etc. The RF channel number is typically only useful when selecting a tv antenna a...

▷About tv antenna shops near me Find a tv antenna shops near you today. The tv antenna shops locations can help with all your needs. Contact a location near you for products or services. ▷How to find tv antenna shops near me Open Google Maps on your computer or APP, just type an address or name of a place . Then press 'Enter' or Click 'Search', you'll see search results as red mini-pins or red dots where mini-pins show the top search results for you. ▷About tv antenna shops When you enter the location of tv antenna shops, we'll show you the best results with shortest distance, high score or maximum search volume. ▷About our service Find nearby tv antenna shops. Enter a location to find a nearby tv antenna shops. Enter ZIP code or city, state as well. ▷What are the benefits of Google Maps? Give your finger a break All you need to do is to save your home and office addresses in Google Maps, and the system will automatically fill them in as you type, speeding up your search. You can also allow the Google Maps app to access your Android and iPhone address books to quickly find saved addresses. Google Maps for Android and iOS devices was released in September 2008 and features GPS turn-by-turn navigation along with dedicated parking assistance features. In August 2013, it was determined to be the world's most popular app for smartphones, with over 54% of global smartphone owners using it at least once. Embrace the wonderful world around you The wonderful world is all around you...

TV Antenna Map & Signal Information by State If you are having issues with your TV antenna signal or trying to determine the best antenna for your location, the Channel Master TV antenna map and technical information page offers valuable technical information regarding TV antenna signals across the United States. This online tool is powered by a frequently updated database which includes information such as broadcast tower locations and predicted signal strengths. Using this data and your location information our propritary algorithm will determine your distance from the broadcast tower, the compass direction to point your antenna, the RF channel number, frequency of each broadcast and the predicted signal level at your location. To locate TV antenna broadcast transmitters and towers in your area on an easy to read map along with technical signal information, select your home state from the list of states below. Then, select a city or zip code to view a TV antenna tower map and technical signal information in your area.

In some ways, using an antenna is easier than it used to be. Ever since the move to all-digital TV, over-the-air signals tend not to attenuate, or drop off, the way analog signals did. That means the days of attaching tinfoil to an antenna’s rabbit ears to improve reception on marginal stations are gone. Once you have your antenna set up correctly, you may find that the quality of the stations you receive is better than it was with old analog TV broadcasts—and perhaps even better than cable. If you live near a major TV market, there’s a good chance you can receive many local networks, such as ABC, CBS, Fox, NBC, PBS, and Telemundo. Outdoor antennas, especially those on a roof or mast, generally offer the best performance, particularly if you’re many miles from the nearest broadcast towers. But an indoor TV antenna is easier to set up, and for some people, it’s the only practical option. Getting great reception from an indoor antenna can be a mix of science and art, though. Here’s what you need to do. Compare Antennas In our Story continues A number of models are directional, so they need to be oriented toward broadcast towers. Multidirectional antennas, which receive signals from all directions, might be better for urban locations, but they might not pull in the more distant stations a properly positioned directional antenna could. One surprise was that we found little correlation between price and performance. Cheaper antennas often did as well as—or better ...