Low complexity GMSK modulator and demodulator for integrated circuit implementation
Sean McGrath, C.J. Burkley
Abstract
Sean McGrath, C.J. Burkley
Abstract
The design of a reduced-complexity modulator and demodulator using Gaussian minimum shift keying (GMSK) is presented. Both modulator and demodulator follow the European Conference of Postal and Telecommunications Administrations (CEPT), Group Special Mobile (GSM) recommendations. A single ROM modulator circuit and a coherent demodulator using De Buda (1972) clock and carrier techniques are used to give reduced complexity designs. The demodulator is a coherent receiver that uses phase-locked loops in the clock and carrier recovery circuits. Both the modulator and demodulator designs give satisfactory performance at reduced complexity, and are suitable for implementation on silicon.>
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The design of a reduced-complexity modulator and demodulator using Gaussian minimum shift keying (GMSK) is presented. Both modulator and demodulator follow the European Conference of Postal and Telecommunications Administrations (CEPT), Group Special Mobile (GSM) recommendations. A single ROM modulator circuit and a coherent demodulator using De Buda (1972) clock and carrier techniques are used to give reduced complexity designs. The demodulator is a coherent receiver that uses phase-locked loops in the clock and carrier recovery circuits. Both the modulator and demodulator designs give satisfactory performance at reduced complexity, and are suitable for implementation on silicon.>
Key concepts: Demodulation, Minimum-shift keying, Computer science, Electronic engineering, Modulation (music), Keying, Phase-shift keying, Telecommunications