Radio Receiver Technology: Principles, Architectures and Applications

List of Tables

Table I.1	Principle-related advantages and disadvantages of today's receiver concepts according to [12]
Table I.2	Calculated parameters (Part III) of digital receivers using the components described
Table II.1	ISM frequency bands according to ITU RR [2]
Table II.2	Air traffic radio frequency bands according to ITU RR [2]
Table II.3	Marine radio frequency bands according to ITU RR [2]
Table II.4	Amateur radio frequency bands according to ITU RR [2]
Table II.5	Explanation of specific terms
Table II.6	Differences between receivers and spectrum analyzers according to [35]
Table II.7	Terrestrial audio broadcasting frequency bands according to ITU RR [2]
Table II.8	Terrestrial standard/time signal frequencies according to ITU RR [2]
Table III.1	Synonymous specifications for the operational sensitivity of a radio receiver
Table III.2	Negative impact of external noise on the receiving system
Table III.3	Subjective auditory impression with different SNR values according to [35]
Table III.4	Possible frequency combinations for testing the IM2 immunity of HF receivers
Table III.5	Interacting parameters of a high-quality HF receiver (see Section III.12.1)
Table III.6	S units and the equivalent signal levels for frequencies below 30 MHz
Table III.7	S units and the equivalent signal levels for frequencies above 30 MHz
Table IV.1	Second order intercept points for one and the same receiver
Table IV.2	Possibilities for improving the reception in disturbed receiving ...