Digital Radio System Design

TABLE OF CONTENT

1. RADIO COMMUNICATIONS: SYSTEM CONCEPTS, PROPAGATION AND NOIS

1.1 DIGITAL RADIO SYSTEMS AND WIRELESS APPLICATION

1.2 PHYSICAL LAYER OF DIGITAL RADIO SYSTEM

1.3 LINEAR SYSTEMS AND RANDOM PROCESSE

1.4 RADIO CHANNEL CHARACTERIZATIO

1.5 NONLINEARITY AND NOISE IN RADIO FREQUENCY CIRCUITS AND SYSTEM

1.6 SENSITIVITY AND DYNAMIC RANGE IN RADIO RECEIVER

1.7 PHASE LOCKED LOOP


2. DIGITAL COMMUNICATION PRINCIPLE

2.1 DIGITAL TRANSMISSION IN AWGN CHANNEL

2.2 DIGITAL TRANSMISSION IN FADING CHANNEL

2.3 TRANSMISSION THROUGH BAND-LIMITED CHANNEL

2.4 EQUALIZATIO

2.5 CODING (TECHNIQUES) FOR RELIABLE COMMUNICATIO

2.6 DECODING AND PROBABILITY OF ERRO


3. RF TRANSCEIVER DESIG

3.1 USEFUL AND HARMFUL SIGNALS AT THE RECEIVER FRONT-EN

3.2 FREQUENCY DOWN-CONVERSION AND IMAGE REJECT SUBSYSTEM

3.3 THE HETERODYNE RECEIVE

3.4 THE DIRECT CONVERSION RECEIVE

3.5 CURRENT RECEIVER TECHNOLOG

3.6 TRANSMITTER ARCHITECTURE

4. RADIO FREQUENCY CIRCUITS AND SUBSYSTEM

4.1 ROLE OF RF CIRCUIT

4.2 LOW NOISE AMPLIFIER

4.3 RF RECEIVER MIXER

4.4 OSCILLATOR

4.5 FREQUENCY SYNTHESIZER

4.6 DOWN -CONVERTER DESIGN IN RADIO RECEIVER

4.7 RF POWER AMPLIFIER

5. SYNCHRONIZATION, DIVERSITY AND ADVANCED TRANSMISSION TECHNIQUE

5.1 TFR TIMING AND FREQUENCY SYNCHRONIZATION IN DIGITAL RECEIVER

5.2 DIVERSIT

5.3 OFDM TRANSMISSIO

5.4 SPREAD SPECTRUM SYSTEM

6. SYSTEM DESIGN EXAMPLE

6.1 THE DECT RECEIVE

6.2 QAM RECEIVER FOR 61 MB/S DIGITAL MICROWAVE RADIO LIN

6.3 OFDM TRANSCEIVER SYSTEM DESIGN