Download |VERIFIED| Antenna Pointer Pro

Our mapping tool will allow you to view the TV transmitters in your area. Using this tool, you will see the radius patterns showing the distance of coverage between your location and the broadcast towers. The towers are shown by black markers on the map, and you can click on each tower to see the affiliate, band, latitude, longitude, and heading for each transmitter. Certain variables unrelated to the antennas performance can affect reception, such as terrain, tall buildings, and trees. Call our Connection Crew or chat with us online if you need assistance with choosing the best TV antenna for your location.

I was watching new intro videos on the Tablo YouTube channel and I saw they were showing an antenna pointer in-app and I never saw this in my initial set up. This should always be shown before starting a channel scan post-setup. How can I use this feature now?

Download Antenna Pointer Pro

Download File 🔥 https://urlgoal.com/2y2F5v 🔥

A free TV listing guide for the stations you can receive with an antenna may now be viewed from within AntennaWeb. The site also introduces consumers to NEXTGEN TV, the next step in the evolution of Digital television broadcasting. Click to learn more.

Discover ways you can improve your reception if you're stuck using an indoor TV antenna. Optimal TV reception is achieved outside but many of you have no choice but to use an indoor TV antenna due to living in an apartment complex or lack of resources to setup an outdoor antenna.

See how to auto program, run a channel scan, or rescan on an Insignia Smart Fire TV. This is critical if you are a cord cutter and want free local channels by an antenna. If you are missing TV channels after the channel scan you may need to adjust your antenna. If that doesn't work you may need a larger antenna.

Learn how to turn your Android smartphone into a TV tuner. I'm not talking about live streaming TV channels through the internet - I'm talking about using an actual digital TV tuner to pick up free local over the air channels with an antenna.

An antenna is a great way to watch 100% free HD TV from networks like ABC, CBS, FOX, and NBC. Not only that, but in many areas you will also find networks like PBS, The CW, Comet, Buzzr, MeTV, and so many more. Here are a few you might want to consider this holiday season.

For more information on antennas, see the Antenna Guide. Signal strength calculations assume an outdoor antenna 30 feet above ground level. Actual reception quality may vary significantly for viewers using an indoor antenna.

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.

My antenna will never be more than 12 miles from the known GPS location.

I will need to move my antenna project every couple of months within my 12 mile radius but it will always point back to my known gps location.

I don't believe you will need a compass. An on-board GPS is there to determine one position and a the other position is static by definition. You can therefore calculate altitude and azimuth for the antenna, and I guess the GPS can do that chore for you.

Nick_Pyner:

How accurate your antenna pointing has to be?

What kind of terrain is in your 12 mile radius (hills, plains, urban, rural etc)?

Will you be positioning your antenna somewhere in the wilderness, out in the open or in a building?

This site has a formula for the bearing which is basically all you need:

-type.co.uk/scripts/latlong.html

It gives the general formula for the bearing from one lat/long to another. In your case, if the second one is always the same, the formula simplifies a bit.

But if you only move the antenna once every few months you could easily do the computation of the bearing on a calculator (or Excel spreadsheet), point the antenna and you're done.

My device will need to host a receiving and transmitting antenna (approximate 2 pounds), the terrain is mostly flat but it will be mounted on 30' tower in the wilderness with trees that are less than 20' tall. The static location antenna has a projection width of 60 degrees. The mobile arduino antenna pointer has a 8 degree beam.

I'm positive there are easier ways to point one antenna to another by ones self, but I've always had a passive interest in robotics and have finally found a project that would help me accomplish what is currently an exhaustive task autonomously. Furthermore, I've 2 young children who I suspect will benefit from having a dad that can help out with electronics projects down the road.

While getting the right antenna and hooking it up to your TV are key steps for enjoying free, over-the-air broadcasting, they are still only about half of the battle. Making sure the device is positioned in the right place and aimed in the best antenna direction for the area where you live will make a massive difference in the number of channels you pick up and the strength of their broadcast signals.

In the attic, a metal roof can be a huge drain on your signals, for instance, while on the roof, your chimney can do the same. If your omnidirectional antenna has VHF-attracting poles sticking out at the sides, like the one shown below, just make sure at least one is pointed toward the direction of the towers in your area.

The Pointer PRO series CBRS antenna is a 4X4 MIMO cellular, directional antenna tuned for high gain at CBRS frequencies. The Pointer is designed for high performance of 3550-3700 MHz ideal for enterprise and IoT network solutions. Maximize router performance with a high-capacity throughput antenna to increase distance and speed of your enterprise level connectivity.

An RMI in ADF mode is using still another mechanism to point at the station. In this case, it is using an narrow beam width electrical loop antenna which is capable of determining the direction from which the received signal is coming.

Antenna Pointer will help you to proper align all types of antennas and to validate existed ones. This app is design especially for GSM, LTE technicians, WISP operators and network validators. It draws lines and sectors on map based on given data (like for example azimuth, distance, location).

If you set the antenna to the desired azimuths, you probably already know that the steel structures and electrical current abuse compass indications. With Antenna Pointer you will no longer need to print the maps before mounting or correcting antennas. If you have GPS turned on, your location should be quickly found. Now you need to hold the place on the map where antenna is and from the top menu select azimuth and distance to draw the necessary lines on the map.

Yes, the trusty old ADF can trace its roots back to the late 1920's. It is the grandfather of all radio navigation aids. In fact, it's been around so long that I bet many of you have forgotten how an ADF system works or, why it needs both a loop antenna and a sense antenna. And, what the heck is that BFO mode good for anyway?

Two antennas are better than one

Now let's see what happens on the aircraft. All ADF systems have both loop and sense antennas. The loop antenna, is usually a flat plate antenna located on the bottom of the aircraft, while the sense antenna is usually a simple wire or foil type antenna imbedded in a fairing. The loop antenna consists of two perpendicular windings on a square ferrite core. The H-field induces a voltage into the two windings of the ADF loop antenna. Because the windings are on a closed loop, the phase angle of the voltages vary as the antenna is rotated. Rotating the loop antenna, you will find there are two points where the voltages exactly cancel each other out. These points are called nulls. Only one of these nulls points to the NDB. The other null is 180 degrees away from the NDB. If we use only a loop antenna we could be heading in the opposite direction. This is not good. The sense antenna determines which null is correct.

The sense antenna simply receives the electric portion of the electromagnetic field and produces a voltage that is always in phase with the transmitter. By measuring the combined voltage of the two windings in the loop antenna and comparing that to the voltage received by the sense antenna, the ADF is able to determine the direction to the beacon.

The receiver will "electronically" rotate the loop antenna (and pointer on the RMI) to achieve a minimum voltage output or null. Prior to the null, the ADF receiver compares the loop antenna voltage to the sense antenna voltage. If both loop and sense antenna signals are in phase prior to the null, they will add to each other. If both signals are out of phase prior to the null, they will subtract from each other. By adding and subtracting the two signals, the ADF can tell the difference between the two nulls.

The manufacturer will set one null as the "to" null. For example, if both the loop and sense antenna voltages are in phase and add to each other prior to the null position, the loop antenna is facing towards the transmitter. This will be set as the "to" null. The ADF needs both antennas to correctly point to the station. ff782bc1db