Communications I

Building epikoinonion.edit system components measurement form Electrical noise and practical handling in dekton.edit_measurement_form provisions Range Information area series and transformation Fourier.edit_measurement_form Transfer function and response sychnotitas.edit_measurement_form Just analog filtra.edit_measurement_form Talantotes.edit_measurement_form Amplitude modulated (AM). Single surface epikoinonies.edit_measurement_form Transmitters AM.edit_measurement_form AM.edit_measurement_form Receivers Angle Modulation (FM and PM) .edit_measurement_form Transmitters FM.edit_measurement_form FM.edit_measurement_form Receivers Sampling and converting analog signals into psifiaka.edit_measurement_form Pulse width modulation (PAM)

Objectives

The course introduces the student the basic concepts regarding the preparation, organization and transmission of information between the two ends of a communication system. Thus, concepts such as occupied bandwidth, electrical noise, the processes of modulation and demodulation, the characteristics of devices and techniques used in the design and implementation of transmitters and receivers communication systems are the subject of this lesson.

Prerequisites

No

Syllabus

Building epikoinonion.edit system components measurement form Electrical noise and practical handling in dekton.edit_measurement_form provisions Range Information area series and transformation Fourier.edit_measurement_form Transfer function and response sychnotitas.edit_measurement_form Just analog filtra.edit_measurement_form Talantotes.edit_measurement_form Amplitude modulated (AM). Single surface epikoinonies.edit_measurement_form Transmitters AM.edit_measurement_form AM.edit_measurement_form Receivers Angle Modulation (FM and PM) .edit_measurement_form Transmitters FM.edit_measurement_form FM.edit_measurement_form Receivers Sampling and converting analog signals into psifiaka.edit_measurement_form Pulse width modulation (PAM)