T6165AH-LTE-S

Series:	--
Part Status:	Active
Frequency Group:	Wide Band
Frequency (Center/Band):	700MHz, 850MHz, 900MHz, 1.8GHz, 1.9GHz, 2.1GHz, 2.6GHz
Frequency Range:	698MHz ~ 960MHz, 1.71GHz ~ 2.17GHz, 2.5GHz ~ 2.7GHz
Antenna Type:	Whip, Tilt
Number of Bands:	3
VSWR:	3
Return Loss:	--
Gain:	2dBi, 3dBi, 3dBi
Features:	--
Termination:	Connector, SMA Female
Ingress Protection:	--
Mounting Type:	Connector Mount
Height (Max):	7.323" (186.00mm)
Applications:	LTE

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RF Antennas - T6165AH-LTE-S Application Field and Working Principle

RF antennas allow for the transfer of energy and information through radio waves. RF antennas are widely used in modern wireless communications. In particular, the T6165AH-LTE-S is designed for 4G Long Term Evolution (LTE) communication systems. This article will discuss the application fields and working principles of the T6165AH-LTE-S.

Application Field

The T6165AH-LTE-S antenna is developed for 4G LTE communication systems. LTE networks are specifically designed for high data rate, low latency, and increased reliability. The T6165AH-LTE-S antenna is perfectly suited for these types of networks. The antenna has shown excellent performance levels in terms of both signal strength and data rate transmission. It is also designed to be extremely rugged and can withstand extreme weather conditions.The T6165AH-LTE-S antenna is ideal for applications such as vehicular communication systems, mobile communication systems, and wireless data access systems. It is particularly well-suited for vehicular communication systems, which are typically used in cars and other vehicles. This antenna provides a robust connection even at high speeds, ensuring that drivers are constantly connected to the network while they are on the road.

Working Principle

The T6165AH-LTE-S antenna operates on the principle of electromagnetism. This antenna uses an array of radiating elements that produce radio waves of various frequencies and amplitudes when supplied with an electrical signal. The radio waves produced by the antenna are then transmitted to the receiver.The T6165AH-LTE-S antenna is composed of a number of radiating elements arranged in a particular geometric shape. These radiating elements have different sizes, lengths, and shapes, which allow them to produce radio waves of different frequencies and amplitudes. Therefore, the T6165AH-LTE-S antenna is able to receive and transmit signals over a wide range of frequencies, allowing it to be compatible with 4G LTE networks.The T6165AH-LTE-S antenna also has an impedance matching circuit which matches the impedance of the antenna to the impedance of the transmission line. This matching circuit ensures that the transmitted radio waves are properly received by the receiver and that the receiver can detect the signals with optimal strength.In addition, the T6165AH-LTE-S antenna has a balun circuit which converts a balanced signal into an unbalanced signal. This conversion is necessary to ensure that the radio waves from the antenna can travel down the transmission line with minimal losses. This balun circuit also reduces the level of noise generated by the antenna which could otherwise interfere with the signals.Furthermore, the T6165AH-LTE-S antenna also employs a mechanism known as beamforming. This involves combining multiple signals from multiple antennas in order to produce a directional beam that is more concentrated in one particular direction. This allows the antenna to reduce the amount of interference from other sources and provide better signal quality.

Conclusion

The T6165AH-LTE-S antenna is a highly advanced antenna designed to provide excellent performance in 4G LTE networks. It is highly rugged and suitable for a variety of applications, including vehicular communication systems, mobile communication systems, and wireless data access systems. The antenna works on the principle of electromagnetism and employs a number of components such as an array of radiating elements, an impedance matching circuit, a balun circuit, and a beamforming mechanism in order to transmit high-quality signals with minimal losses.

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