Search results
Find TV Broadcast Towers and free TV Channels in your area. Get all the information needed for selecting and pointing your antenna. Use the tower map to check for potential ground interference such as hills and obstructions.
- Frequency
A television station broadcast Radio Frequency (RF) channel...
- Antenna Installation
CONTENTS: 1 - Antenna Placement 2 - Mast 3 - Coax Cable...
- Cables
Three types of coax cable (RG-6, RG-11, RG-59) are used for...
- Amplifiers
There are 3 types of TV signal amplifiers; preamplifiers or...
- Steps to Get It
Using this information the gains and losses can be combined...
- TV Station Callsigns
The FCC identifies every TV station with a unique callsign....
- Frequently Asked Questions
Over 100 TV channels are available near large cities, over...
- Scale
The decibels (dB) scale is more convenient than a linear...
- Frequency
DTV Reception Maps. Use this program to check for the DTV signals that are available at your location. Enter your address in the box below and click Go! The DTV coverage map will list all stations in your area.
Display Channel: Digital Channel: Call Sign : Network: Nickname: Hours : Notes: WWHO: CHILLICOTHE, OH: 04-1: 23.5004: WCMH : NBC "NBC4" (WCMH-TV 04-1) WCMH-TV ...
Find your nearest digital TV transmitter with Antennas Direct's mapping tool. It's a quick and easy way to find digital television transmitters (DTVs) nearest to your location.
View a TV Antenna Transmitter Map for Columbus. Review TV antenna transmitter locations for Columbus, OH 43279 with a list of technical information by TV Channel.
Signal Search Map. Use this box to search by address, then click the "Move Pushpin to Center of Map View" button below to get the coordinates. Click "Go" to search. You can also get your location, drag and drop, zoom and use the "Move Pushpin to Center of Map View" button, or enter decimal latitude and longitude values below.
This is a mapping tool that will let you browse the TV transmitters in your area and see their coverage maps. Channel reception is estimated using the same 3D propagation modeling algorithms that are used throughout this site, but the results are presented in a more visual and dynamic format.
