SD-ADC For High Performance Audio
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Sigma-Delta Stereo ADCs forHigh Performance Audio |
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The Intrinsix Sigma-Delta Stereo ADCs for High Performance Audio (SD-ADC-HPA) are part of the larger offering of Sigma-Delta IP available from Intrinsix.
The family of SD-ADC-HPA is generated utilizing proprietary, patent-pending techniques within the Intrinsix SDM Refinery toolset. A design methodology that is geared towards a digital CMOS process helps reduce cost, die size and power consumption. A high Signal to Noise Ratio (SNR) is achieved by pushing the frequency of the quantization noise outside the band of interest. The challenge in Sigma-Delta ADC design is the "shaping" of this noise, which is characterized by the Noise Transfer Function (NTF), and the design of efficient filters to attenuate the noise. The SDM Refinery automates this process: The engineer specifies an Over-Sampling Ratio (OSR), quantization levels, order of complexity and SDM Refinery creates the desired ADC.
Intrinsix SD-ADC-HPA are:
Perfect for
high quality audio applications that such as:
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Professional Audio and Studio Recording/Mixing
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Musical Instruments
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Professional and Consumer Digital Audio Recorders
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Audio Feedback Controls (Professional, Home, Auto, etc)
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Multimedia Systems
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Audio Sensors (aka Frequency Sensors)
Silicon proven
architectures can be incorporated in a variety of CMOS-based silicon
technologies:
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TSMC, SMIC, UMC and Chartered (portable to any appropriate vendor)
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.130μm, .180μm and .250μm and 90ηm
Available in
16, 20 and 24-bit resolutions
Available in 3rd
and 4th Order SD Modulation Complexity (others available upon
request)
Able to achieve
a Signal-to-Noise Ratio (SNR) of 105db
Optimized for
multi-channel functionality
Compact design
resulting in small die area
Very low in
power consumption with a customizable Low Power Mode
Highly tunable
for each application
Available as
RTL and GDSII as well as RTL and Behavioral System models
in industry standard formats such as Verilog-A or Simulink