Abstract
A new concept for direct digital synthesizer (DDS) design is presented in this brief. The originality of the method consists on the use of a traditional modulus 2L DDS and a novel modulus (2 L-1) DDS whose outputs are digitally mixed by means of a complex multiplier. This way, the number of different frequencies achievable equals 2L(2L-1) using two independent L-bits wide accumulators. No phase truncation is required resulting in extremely low spurs, while the size of the memories for the trigonometric look-up tables is only 2L positions. The design has been implemented in a field-programmable gate array to demonstrate its performance and logic requirements
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