Understanding Delta-Sigma Data Converters¶
Schreier, R., Pavan, S., & Temes, G. C. (2005). Understanding Delta-Sigma Data Converters. Wiley.
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Primes¶
- Rate Coding
- In electronics, pulse-frequency and pulse-density modulation encode an analog value as the rate of identical pulses, the basis of class-D amplifiers and sigma-delta converters.
This sourceAuthoritative reference: pulse-density / pulse-frequency modulation carries the analog value in the rate of identical one-bit pulses, decoded by a decimation filter, with oversampling improving resolution (~1/√N) at the cost of latency and immunity to amplitude noise — the basis of class-D amplifiers and sigma-delta converters.
- In electronics, pulse-frequency and pulse-density modulation encode an analog value as the rate of identical pulses, the basis of class-D amplifiers and sigma-delta converters.
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