Low-Power, Highly-Integrated, Programmable 16-Bit, 26-KSPS, Dual-Channel CODEC

FEATURES · Stereo 16-Bit Oversampling Sigma-Delta A/D Converter · Stereo 16-Bit Oversampling Sigma-Delta D/A Converter · Support Maximum Master Clock of 100 MHz to Allow DSPs Output Clock to be Used as a Master Clock · Selectable FIR/IIR Filter With Bypassing Option · Programmable Sampli

TLV320ADC3100 Low-Power Stereo ADC for Voice-Activated Systems and Portable Audio

1 Features 1• Stereo Audio ADC: – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Flexible Digital Filtering With Programmable Coefficients and Built-In Processing Blocks: – Low-Latency IIR Filters for Voice – Linear Phase FIR Filters for Audio – Up to 5 Ad

TLV320ADC3100 Low-Power Stereo ADC for Voice-Activated Systems and Portable Audio

1 Features 1• Stereo Audio ADC: – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Flexible Digital Filtering With Programmable Coefficients and Built-In Processing Blocks: – Low-Latency IIR Filters for Voice – Linear Phase FIR Filters for Audio – Up to 5 Ad

TLV320ADC3100 Low-Power Stereo ADC for Voice-Activated Systems and Portable Audio

1 Features 1• Stereo Audio ADC: – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Flexible Digital Filtering With Programmable Coefficients and Built-In Processing Blocks: – Low-Latency IIR Filters for Voice – Linear Phase FIR Filters for Audio – Up to 5 Ad

TLV320ADC3100 Low-Power Stereo ADC for Voice-Activated Systems and Portable Audio

1 Features 1• Stereo Audio ADC: – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Flexible Digital Filtering With Programmable Coefficients and Built-In Processing Blocks: – Low-Latency IIR Filters for Voice – Linear Phase FIR Filters for Audio – Up to 5 Ad

TLV320ADC3100 Low-Power Stereo ADC for Voice-Activated Systems and Portable Audio

1 Features 1• Stereo Audio ADC: – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Flexible Digital Filtering With Programmable Coefficients and Built-In Processing Blocks: – Low-Latency IIR Filters for Voice – Linear Phase FIR Filters for Audio – Up to 5 Ad

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

Description The TLV320ADC3101 device is a low-power, stereo audio analog-to-digital converter (ADC) supporting sampling rates from 8 kHz to 96 kHz with an integrated programmable-gain amplifier providing up to 40-dB analog gain or AGC. A programmable miniDSP is provided for custom audio proce

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

Description The TLV320ADC3101 device is a low-power, stereo audio analog-to-digital converter (ADC) supporting sampling rates from 8 kHz to 96 kHz with an integrated programmable-gain amplifier providing up to 40-dB analog gain or AGC. A programmable miniDSP is provided for custom audio proce

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

Description The TLV320ADC3101 device is a low-power, stereo audio analog-to-digital converter (ADC) supporting sampling rates from 8 kHz to 96 kHz with an integrated programmable-gain amplifier providing up to 40-dB analog gain or AGC. A programmable miniDSP is provided for custom audio proce

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

TLV320ADC3101 Low-Power Stereo ADC With Embedded miniDSP for Wireless Handsets and Portable Audio

1 Features 1• Stereo Audio ADC – 92-dBA Signal-to-Noise Ratio – Supports ADC Sample Rates From 8 kHz to 96 kHz • Instruction-Programmable Embedded miniDSP • Flexible Digital Filtering With RAM Programmable Coefficient, Instructions, and Built-In Processing Blocks – Low-Latency IIR Filters

PCM1822 Stereo Channel, 32-Bit, 192-kHz, Burr-BrownTM Audio ADC

1 Features • Stereo high-performance ADC: – 2-channel analog microphones or line-in • ADC line and microphone differential and singleended input performance: – PCM1822 dynamic range: • 117-dB, dynamic range enhancer enabled • 111-dB, dynamic range enhancer disabled – THD+N: –95 dB • 1-VRM

TLV320ADC3140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB – THD+N: –98 dB • ADC

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

PCM3140-Q1 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features • Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB • – THD+N: –98 dB • AD

TLV320ADC3140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB – THD+N: –98 dB • ADC

TLV320ADC3140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB – THD+N: –98 dB • ADC

TLV320ADC3140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB – THD+N: –98 dB • ADC

TLV320ADC3140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB – THD+N: –98 dB • ADC

PCM1822 Stereo Channel, 32-Bit, 192-kHz, Burr-BrownTM Audio ADC

1 Features • Stereo high-performance ADC: – 2-channel analog microphones or line-in • ADC line and microphone differential and singleended input performance: – PCM1822 dynamic range: • 117-dB, dynamic range enhancer enabled • 111-dB, dynamic range enhancer disabled – THD+N: –95 dB • 1-VRM

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

PCM3140-Q1 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features • Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB • – THD+N: –98 dB • AD

PCM1822 Stereo Channel, 32-Bit, 192-kHz, Burr-BrownTM Audio ADC

1 Features • Stereo high-performance ADC: – 2-channel analog microphones or line-in • ADC line and microphone differential and singleended input performance: – PCM1822 dynamic range: • 117-dB, dynamic range enhancer enabled • 111-dB, dynamic range enhancer disabled – THD+N: –95 dB • 1-VRM

PCM3140-Q1 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features • Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): 106 dB • – THD+N: –98 dB • AD

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

TLV320ADC6140 Quad-Channel, 768-kHz, Burr-BrownTM Audio ADC

1 Features 1• Multichannel high-performance ADC: – 4-channel analog microphones or line-in, – 8-channel digital PDM microphones, or – Combination of analog and digital microphones • ADC line and microphone differential input performance: – Dynamic range (DR): – 123-dB, dynamic range enhanc

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose 3 Vito 5.5V 16-Bit 22-KSPS DSP CODEC

Features • C54xx software driver available • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sam

General-Purpose Low-Voltage 1.1 V to 3.6 V I/O 16-Bit 22.KSPS DSP CODEC

1.1 Features • 16-bit oversampling sigma-delta A/D converter • 16-bit oversampling sigma-delta D/A converter • Maximum output conversion rate: – 22 ksps with on-chip FIR filter – 88 ksps with FIR bypassed • Voiceband bandwidth in FIR-bypassed mode and final sampling rate at 8 ksps – 90-dB S

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES 2.7-V Operation Two Differential Microphone Inputs, One Differential Earphone Output, and One Single-Ended Earphone Output Programmable Gain Amplifiers for Transmit, Receive, Sidetone, and Volume Control Earphone Mute and Microphone Mute On-Chip I2C Bus, Which Provides a Simple,

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit μ-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit A-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit A-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out

PCM CODEC

FEATURES Designed for Analog and Digital Wireless Handsets, Voice-Enabled Terminals, and Telecommunications Applications 2.7-V to 3.3-V Operation Selectable 13-Bit Linear or 8-Bit A-Law Companded Conversion Differential Microphone Input With External Gain Setting Differential Earphone Out