Radio Transmitters and Receivers

The course is a substitute for:

Radio Transmitters and Receivers (37RVP)

Lecturer:

Tutor:

Supervisor:

Department of Radioelectronics

Synopsis:

The subject RTR makes students familiar with basic blocks and systems of radio transmitters and receivers. Lectures cover analog and digital systems in the whole range of radio frequencies. Because of application character of the subject, good knowledge of electronic devices, circuits and theory of signals and RFB is assumed. 85 % of the exercises is realised as the laboratory measurements.

Requirements:

Syllabus of lectures:

1. Types of the Radio Communication Systems (RCS). RCS frequency bands. RCS features

2. Basic terms and signal processing in analog and digital RCS

3. Spurious signals in RCS (AWGN, quantizing noise, phase noise, )

4. General architecture of transmitters and receivers. Transceivers

5. Transmitters/receivers parameters (power, stability, IMD, EMC, sensitivity, selectivity,)

6. Other receiver circuits (AGC, AFC, mute, squelch)

7. Transmitters for analog modulated signals AM, FM a TV. Modulation parameters

8. Transmitters for digital modulated signals M-ASK, M-FSK,M-PSK, M-QAM, GMSK,

9. Channel coding for digital audio and video broadcasting

10. Transmitters and receivers for digital audio and TV broadcasting. (DAB, DRM, DVB)

11. Specific features of transmitters/receivers for OFDM, CDMA, OFDM/CDMA systems

12. Specific features of transmitters/receivers for fixed, mobile and satellite communications

13. Specific features of transmitters/receivers for HIPERLAN, IEEE 802.11 systems

14. Radio Frequency Identification systems (RFID). RFID applications

Syllabus of tutorials:

1. AM transmitter power, distortion, modulation char. and noise suppression measurement

2. TV transmitter parameters measurement (FM sound, video signal mask, diff. gain, phase)

3. DVB-T transmitter parameters measurements (frequency masks, multipath propagation)

4. DVB-T transmitter parameters measurement (power measurements via spectrum, ICI)

5. DVB-T receiver parameters measurement (sensitivity, ACPR)

6. RF power amplifier (RPA) parameters measurement (transistor amplifier)

7. AM signal in A, AB, B, C-class RPA by various modulation coefficients

8. Stereo-coder parameters measurement (encoded signal representation, crosstalks)

9. Receiver sensitivity, selectivity and dynamic range measurement

10. Receiver interference (IMD), AVC, AFC and distortion measurement

11. Mixer parameters measurements (conversion transconductance, dynamic range)

12. RCS level diagram. Amplifier (receiver) noise parameters calculation

13. RF amplifier design: a) narrow-band, b) broad-band, c) power amplifier

14. OFDM system design example

Study Objective:

Study materials:

Rohde, L. U., Whitaker, J. R.: Communication Receivers. McGraw-Hill. 1997

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans:

• Telecommunications and Radio-engineering - Radio Communications, Navigation and Radar Systems- struc (compulsory course)