What is Yagi antenna design?
Yagi antenna – the basics. The Yagi antenna design has a dipole as the main radiating or driven element to which power is applied directly from a feeder. Further ‘parasitic’ elements are added which are not directly connected to the driven element but pick up power from the driven dipole element and re-radiate it.
How do I use my Yagi antenna for WIFI?
Connect the Yagi Antenna to the FireWiFi router by removing one of the two antennas on the back of the router. Connect the SMA Male end of the cable into the back of the router securely. Leave the other small antenna connected into the back of the router. Connect the F Male end of the cable to the Yagi Antenna.
Should a Yagi antenna be horizontal or vertical?
A Yagi antenna should also be pointed so that the largest fins are closest to the mast and the shortest fins pointed at each other. For Omni directional antennas, they should be in most cases pointed directly vertical. That is to say, pointed directly up into the sky.
What is Yagi-Uda antenna?
A Yagi antenna, also known as a Yagi-Uda array or simply a Yagi, is a directional antenna commonly used in communications when a frequency is above 10 MHz. This type of antenna is popular among Amateur Radio and Citizens Band radio operators.
What is an UHF antenna?
The length of an antenna is related to the length of the radio waves used. Due to the short wavelengths, UHF antennas are conveniently stubby and short; at UHF frequencies a quarter-wave monopole , the most common omnidirectional antenna is between 2.5 and 25 cm long.
What is collinear antenna design?
In telecommunications, a collinear antenna array is an array of dipole antennas mounted in such a manner that the corresponding elements of each antenna are parallel and collinear, that is they are located along a common line or axis.
What is integrated antenna?
Integrated Antenna Systems offer: Integrated Antenna Systems are constructed using a building block approach and incorporate various customer-defined options. Special antennas are tailored to specific system requirements. For example, to determine the angle of arrival of incoming RF signals, a direction finding antenna may be supplied…