Remove the mount, patch the holes with weatherproof caulk, and move the mount to the top of the roof, making sure to put weatherproof caulking around the new holes. The dish mount will come down easy, there are 6 screws max. I would still tell you to get that antenna outside. It should be okay in the attic, as long as there is nothing to interfere (ductwork, metal roof, foil backing on insulation, etc). As long as you have an attic opening with a diagonal measure of over 24", it will fit. The for bay is 24" x 36", and only 20" x 36 without the reflector. You will get BYU from both the north and south, so no worries there. I get 35 channels here in Nibley, you should get about 30+. Click the link below for CacheFreeTV and go to the "Sales and install" page to see the 4 bay I make. You can buy a commercial one, or I can build one for you for $50. I have some 2 bay and other antennas for sale here that will work for you, but I because you are right in the middle of the valley, I'd recommend the four bay with no reflector.
RF TOOLBOX MATLAB ANTENNA TV
Forget about an amplifier, big waste of money unless you're going to more than 2 TV sets. If you have a DirecTV dish up that has a clear view of the north and south, then remove the dish and mount the antenna on the J-pipe mount. You *May* also get the first three stations to the west, but if you're mostly interested in the major networks, that will do it. It will get you Cache County (South) and Franklin County (North) translators. Your best bet is a four bay antenna with the reflector removed.
Rerun the model to observe reduction of 2.5 dB in the output received power due to the mismatch in antenna orientation.Hey, Shake, and greetings from Nibley, UT.
RF TOOLBOX MATLAB ANTENNA UPDATE
Select the Impedance button and then press the Update Block button to update the block.
In the Antenna Properties panel of the Antenna Designer app, change Tilt to 30 degrees and the TiltAxis to. For example: Select the 'Edit Antenna' button in the Antenna_TX block mask parameter dialog box to reopen the Antenna Designer app. However, it is now possible to change the antenna properties and observe the effect on the output power in the model. This is since the original gain and impedance values used for the isotropically radiating antenna in the beginning were calculated from the same antennas and spatial settings. Run the model again, and note that the output power remained almost exactly the same. Azimuth is set to 180 degrees to align vector fields of the transmitter and receiver antennas.
– 90-degree elevation is chosen since the radiated signal that was transmitted in the positive z direction in the coordinate system of the transmitter, is now arriving from the negative z direction in the coordinate system of the receiver. In the Antenna_RX block mask parameter dialog box, change the Direction of arrival to 180 degrees in azimuth and -90 degrees in elevation. Again, select the Impedance button and then press the Update Block button to update the block. To do so, in the Antenna Properties panel of the Antenna Designer app, set Tilt to 180 degrees. However, the receiving antenna needs to be rotated to face the transmitting antenna. Repeat the above steps to design Antenna_RX.
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