The Telecommunication Course involves the skills and knowledge required to assemble and connect telecommunication frames and cabinets.
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It includes identifying, assembling, connecting, and checking the quality of assembled telecommunication frames and cabinets. And Includes All Modes of Wireless, Wired, Antenna Theory, Design, and Signals and Systems.
- Wireless Telecommunications is a comprehensive up-to-date course on cellular plus Wi-Fi and satellites. Taking this course, you will develop a solid understanding of the fundamental principles of radio, mobility, and cellular; network components and operation, digital radio, mobile phone calls, and mobile Internet access; and spectrum-sharing technology OFDM, and how it’s used in LTE and 5G. In addition, you will get up to speed on the components, operation, and latest standards for Wi-Fi, and the essentials of satellite communications
Antenna Theory – A person, who needs to convey a thought, an idea or a doubt, can do so by voice communication.
The following illustration shows two individuals communicating with each other. Here, communication takes place through sound waves. However, if two people want to communicate who are at longer distances, then we have to convert these sound waves into electromagnetic waves. The device, which converts the required information signal into electromagnetic waves, is known as an Antenna. An Antenna can be used either as a transmitting antenna or a receiving antenna.
- A transmitting antenna is one, which converts electrical signals into electromagnetic waves and radiates them.
- A receiving antenna is one, which converts electromagnetic waves from the received beam into electrical signals.
- In two-way communication, the same antenna can be used for both transmission and reception.
Types of Long-wire Antennas
Long wire antennas are divided into two types namely − Resonant Antennas and Non-resonant Antennas.
Resonant Antennas
Resonant Antennas are those for which a sharp peak in the radiated power is intercepted by the antenna at a certain frequency, to form a standing wave. The radiation pattern of the radiated wave is not matched with the load impedance in this type of antenna.
The resonant antennas are periodic in nature. They are also called bi-directional traveling-wave antennas, as the radiated wave moves in two directions, which means both incidents and reflected waves occur here. In these antennas, the length of the antenna and frequency are proportional to each other.
Non-resonant Antennas
Non-resonant Antennas are those for which resonant frequency does not occur. The wave moves in the forward direction and hence do not form a standing wave. The radiation pattern of the radiated wave matches with the load impedance in the non-resonant antennas.
These non-resonant antennas are non-periodic in nature. They are also called as Unidirectional traveling-wave antennas, as the radiated wave moves in the forward direction only, which means that only the incident wave is present. As the frequency increases, the length of the antenna decreases and vice versa. Hence, the frequency and length are inversely proportional to each other.
These long-wire antennas are the basic elements for the construction of V-shaped antennas or Rhombic antennas.
Design and Signals and Systems – Signals and Systems is designed to cover analysis, types, convolution, sampling, and operations performed on signals. It also describes various types of systems.
Audience
This is designed for students and all enthusiastic learners, who are willing to learn signals and systems in simple and easy steps. This tutorial will give you a deep understanding of Signals and Systems concepts. After completing this tutorial, you will be at an intermediate level of expertise from which you can take yourself to a higher level of expertise.
Prerequisites
In conclusion, Telecommunications Assignment Help from OSSAssign is a valuable resource for students who are studying telecommunications or related fields. It provides students with the support and guidance they need to complete their assignments with confidence, improve their grades, and develop their skills in the field. With the help of OSSAssign, students can be well on their way to success in their telecommunications careers.