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Introduction
Microwave Professional training provides the students with a strong background in the area of planning telecommunication transmission networks using modern Radio-relay Digital Microwave radio, Microwave Professional. This training covers all the important aspects of radio propagation, starting from free-space loss and absorption loss, followed by statistical analysis of various phenomena impairing the radio reception process – rain, multipath fading (both flat and selective), K-factor variation, and ducting. The introductory part of the course also reviews basic parameters of the microwave radio systems, antenna, transmission lines, and all other auxiliary equipment used during the implementation of microwave radio-relay sites.
Curriculum
- 9 Sections
- 82 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Digital Microwave Communication Overview8
- Digital Microwave Communication Equipment9
- Digital Microwave Networking and Application10
- 4.1Networking modes of Digital Microwave
- 4.2Types of Digital Microwave Stations
- 4.3Relay Stations
- 4.4Active Relay station
- 4.5Radio Frequency relay station
- 4.6Regenerator relay station
- 4.7Passive Relay Station
- 4.8Parabolic reflector passive relay station
- 4.9Plane Reflector Passive Relay Station
- 4.10Application of Digital Microwave
- Microwave propagation21
- 5.1Key Parameters in Microwave Propagation
- 5.2Fresnel Zone
- 5.3Fresnel Zone Radius
- 5.4Clearance
- 5.5Factors Affecting Microwave Propagation
- 5.6Terrain
- 5.7Atmosphere
- 5.8Free Space Transmission Loss
- 5.9Types of Fading in Microwave Propagation
- 5.10Absorption Fading
- 5.11Rain Fading
- 5.12K-Type Fading
- 5.13Atmosphere refraction
- 5.14Microwave Propagation
- 5.15Equivalent earth radius
- 5.16Multipath Fading
- 5.17Flat Fading
- 5.18Up and Down Fading
- 5.19Frequency Selective Fading
- 5.20Duct type Fading
- 5.21Scintillation Fading
- Digital Microwave Communication Overview10
- 6.1Frequency domain equalization
- 6.2Time-domain equalization
- 6.3Automatic transmit power control (ATPC)
- 6.4Cross-polarization interference cancellation (XPIC)
- 6.5Diversity technologies
- 6.6Frequency diversity
- 6.7Space diversity
- 6.8Some useful Anti-fading tips
- 6.9Protection Modes of Digital Microwave
- 6.10Equipment
- Microwave Propagation6
- Installation Testing & Commissioning Exercise14
- Labs1
- ConclusionIn this course, you will get to learn Microwave Professional under the supervision of experienced instructors who focus on the concepts and make you a professional in the respected field. Our training focuses on the key elements, concepts, and terminologies associated with this course. You will not only learn verbally but also practically by doing tasks and assignments. We will help you to be a professional so that you can achieve high ranks in the related field. Microwave Professional introduces the students to:3
Instructor
Requirements
- Matric/F.Sc/DAE
- Understanding of computer knowledge and some basic knowledge of Electrical and Microwave.
Features
- OBJECTIVES: At the end of this Microwave Professional training, the student will understand the essentials of Transmission engineering and will be able to design and manage microwave networks. This course is designed to teach students the essence of microwave(Microwave Professional Vocational) path planning. The students will also learn how to design paths that will not suffer from interference, or disturb other radio systems in the vicinity.
- OUTCOMES: The person who will attend this Microwave Professional Vocational Course; • He will understand why a certain link or network is not functioning as per performance specifications and will be able to successfully resolve them. • Students will be able to select the best component for the network. • He will have the knowledge to optimize and improve network performance and quality.





