1513434-1

Return Loss:	--
Applications:	--
Height (Max):	0.062" (1.57mm)
Mounting Type:	Surface Mount
Ingress Protection:	--
Termination:	Solder
Features:	--
Power - Max:	10W
Gain:	0dBi, 1dBi
Series:	--
VSWR:	2.5
Number of Bands:	2
Antenna Type:	PCB Trace
Frequency Range:	880MHz ~ 960MHz, 1.71GHz ~ 1.88GHz
Frequency (Center/Band):	920MHz, 1.8GHz
Frequency Group:	UHF (300 MHz ~ 1 GHz), UHF (1 GHz ~ 2 GHz)
Part Status:	Active
Packaging:	Bulk

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RF Antenna: 1513434-1 Application Field and Working Principle

The 1513434-1 antenna is a specialized type of radio frequency antenna, designed for use in wide-area coverage in cell phone, radio, and TV broadcasting applications. It is also ideal for use in Wi-Fi, LTE, and other wireless communication systems. Additionally, it can be used in government and military applications as well.

Characteristics

The 1513434-1 antenna features the following characteristics:• It is composed of an array of three linearly-polarized ½-wave dipoles on a tripod beam. • The array can be adjusted to provide an omnidirectional signal with high gain and gain rolloff, or to provide a directional signal with increased gain. • The antenna is frequency-tunable, and can be tuned between 400 MHz and 6 GHz.• It is designed to be robust and durable, with low wind loading.• The antenna can be mounted on either a wall or on a pole. • The antenna is mechanically stable and can be operated in a variety of environments, including locations with extreme temperatures and climates.

Application Fields

The 1513434-1 antenna is suitable for a variety of applications, ranging from home and business to industrial and military. In particular, it is used in cell phone networks, radio and television broadcasts, Wi-Fi and LTE networks, and in government or military applications.

Operating Principle

The 1513434-1 antenna operates on the basic principle of the half-wave dipole antenna. This type of antenna consists of a pair of conductors, usually wires, joined together at one end and arranged in a vertical line. As the signal travels through the antenna, it is propagated in an electric field around the antenna, with each of the conductors acting as a current source and the air in between acting as a dielectric. The current in these two conductors is opposite in direction to each other, and this creates an electromagnetic field around the antenna in the form of a doughnut-shaped field. This electric current forms a circuit, which is resonant at a particular frequency, acting as a tuned circuit and creating an antenna that is sensitive to only that particular frequency. Additionally, when the array is adjusted to create a directional signal, the strong electric field produced causes the signal to move in the same direction as the angle of the dipole array.

Conclusion

The 1513434-1 antenna is an excellent choice for a variety of applications, from business to government and military. Its frequency-tunable design allows it to be used in a wide range of systems, from radio to television and cellular to Wi-Fi and LTE. It is mechanically stable and designed to be robust and durable, with low wind loading. Finally, its working principle of a half-wave dipole antenna enables it to bedirectional with strong electric field and create an antenna that is sensitive to a single frequency.

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