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1.19 V Reference voltage source
- SMIC CMOS 0.18 um
- Output voltage 1.2 V
- Temperature-compensated voltage in a wide temperature range
- Low current consumption
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7 to 20 MHz Intermediate frequency amplifier
- SMIC CMOS 180 nm technology
- Wide gain range (0…62 dB)
- Low input noise figure
- Low group delay time ripple vs. frequency and gain
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95 dB of SNR, 24-bit audio CODEC with headphone output and line-out
- Robust architecture enabling to maintain the audio performance after integration thanks to the patented PLL-less solution
- Pop-Up Noise Reduction system
- High audio performances measurable with test equipment not specific to audio measurement
- Optimal sound recording performances thanks to the Automatic Gain Control
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Up to 105 dB of SNR, 24-bit stereo CODEC with PDM to PWM transmodulator DAC and embedded regulaor
- Wind Noise filter to reduce noise during recording in an vehicle
- Pop-Up Noise Reduction System with predictable level and zero-crossing gain transition
- Embedded regulator (nLR) which provide the best resilience to noise on power lines
- Self adaptive recording of sound level with Automatic Gain Control (AGC)
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0 to 62 dB intermediate frequency amplifier
- SMIC CMOS 180 nm technology
- Wide gain range (0…62 dB)
- Low input noise figure
- Low group delay time ripple vs. frequency and gain
-
95 dB of SNR, 24-bit audio CODEC with headphone output and line-out
- Robust architecture enabling to maintain the audio performance after integration thanks to the patented PLL-less solution
- Pop-Up Noise Reduction system
- High audio performances measurable with test equipment not specific to audio measurement
- Optimal sound recording performances thanks to the Automatic Gain Control
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Corrector ADC
- SMIC EEPROM CMOS 90 nm
- Control ADC offset
- Control amplitude imbalances
- Control phase imbalance
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1.22 V Reference voltage source
- SMIC CMOS 0.18 um
- Output voltage 1.2 V
- Temperature-compensated voltage in a wide temperature range
- Usage of bipolar pnp transistors
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612.7 mV Reference voltage source
- SMIC CMOS 0.18 um
- Output voltage 0.6 V
- Temperature-compensated voltage in a wide temperature range
- Low supply voltage systems availability
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1.19 V Reference voltage source
- SMIC CMOS 0.18 um
- Output voltage 1.2 V
- Temperature-compensated voltage in a wide temperature range
- Low current consumption
