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"Band Pass Filters" MIC

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Abstract: be a 7 pole Butterworth, Elliptic or Bessel filter. The band pass response can be a six pole full , Filters. 0 = Low Pass, 1 = Bandpass Clock to Corner Select Pin for Filter B Filter B Output 180 , Disable = 0, Activate = 1 4. PDA Power Down Filter A 5. PD MIC Power Down Mic Amp 6. PD OUTB , PDA 4 25 OUT B cap to VSS PD MIC 5 24 FO A PD OUT B 6 23 OUT B , Pin, 0 Volts 0 = Low Pass, 1 = Bandpass 16. GND1 AC Ground, decouple with 0.1 uF to 22 7 Mixed Signal Integration
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low voltage wireless mic ic dual bandpass filter MS2LFSS TY-303 048MH
Abstract: Function Bump Number Pin Name Pin Function Pin Type A1 A2 MIC BIAS Microphone Bias , ­ Microphone 1 negative input Analog Input B1 MODE0 Mic mode select pin Digital Input B2 MODE1 Mic mode select pin Digital Input B3 GA0 Pre-Amplifier Gain select pin Digital , + Low pass Filter for positive output Analog Input E2 OUT+ Positive optimized audio output Analog Output E3 OUT- Negative optimized audio output Analog Output E4 LPF- Low pass National Semiconductor
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SMD code E5 rf amp noise cancelling mic circuit microphone Preamp schematic microphone pre amp switching noise cancelling circuit schematic diagram of bluetooth mic LMV1091
Abstract: Bump Number Pin Name Pin Function Pin Type A1 A2 MIC BIAS Microphone Bias Analog , ­ Microphone 1 negative input Analog Input B1 MODE0 Mic mode select pin Digital Input B2 MODE1 Mic mode select pin Digital Input B3 GA0 Pre-Amplifier Gain select pin Digital , + Low pass Filter for positive output Analog Input E2 OUT+ Positive optimized audio output Analog Output E3 OUT- Negative optimized audio output Analog Output E4 LPF- Low pass National Semiconductor
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smd marking e5 rf SMD MIC Top Marking GA2 ambient noise cancelling circuit marking gb0 marking code condenser SMD
Abstract: Function Bump Number Pin Name Pin Function Pin Type A1 A2 MIC BIAS Microphone Bias , ­ Microphone 1 negative input Analog Input B1 MODE0 Mic mode select pin Digital Input B2 MODE1 Mic mode select pin Digital Input B3 GA0 Pre-Amplifier Gain select pin Digital , + Low pass Filter for positive output Analog Input E2 OUT+ Positive optimized audio output Analog Output E3 OUT- Negative optimized audio output Analog Output E4 LPF- Low pass National Semiconductor
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AN-1112 CAPACITOR condenser MIC LMV1091TM LMV1091TMX
Abstract: e B u t t e rw o r t h , E l l i p tic or Bessel filter. The band pass response can be a six pole , , typically VDD/2.2 for Single Supply Operation Input to Mic Amp Output of Mic Amp Clock to Corner Select Pin 16 VSS TYPE Gain Select Pin 15 VSSL GND Selects Filter. 0 = Low Pass, 1 = Bandpass VREF , -6 Selectable High Pass/Notch Filter MSDET Tone Detector Web Site "www.mix-sig.com" © 2004-2009 Mixed Signal Integration
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2157F MSGEQ7 pin diagram of 8155 msscsa MSHN1 MSTHDA Band-pass filter for spectrum analyzer
Abstract: . Features such as capless headphone design and an internal PLL help lower overall system cost. MIC MIC bias provided (5x5mm QFN, 3x3mm QFN TA2) Programmable MIC gain ADC 85dB SNR (-60dB input) and , to 3.6 volts LINEIN_R MP3/FM Input LINEIN_L MIC IN/Speech Recognition MIC_IN MIC_BIAS Analog In (Stereo Line In, MIC) ADC DAC I2S_DIN Application Processor , LINEIN_R LINEIN_L MIC 1 2 3 4 5 GND 15 14 13 12 11 PAD 6 7 8 9 10 Figure 5 Freescale Semiconductor
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SGTL5000 SGTL5000 32QFN automatic volume control TONE CONTROL parametric 5 band graphic equalizer SGTL5000_5
Abstract: LINEIN - Codec bypass for low power â'¢ MIC bias provided â'¢ Programmable MIC gain â'¢ ADC - 85 dB , MP3/FM Input MIC IN/Speech Recognition LINEIN_R LINEIN_L MIC_IN MIC_BIAS Analog In (Stereo Line In, MIC) ADC ORDERING INFORMATION I2S_LRCLK I2S_SCLK I2S Interface SGTL5000XNLA3 , MIC_IN Analog Gain (0 to 22.5dB) MIC GAIN (0dB, 20dB, 30dB, 40dB ) Digital Gain DAC , SYS_MCLK GND 9 10 NC MIC GND 10 LINEIN_L 23 I2S_LRCLK 20 QFN Transparent Top Freescale Semiconductor
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98ARE10742D 20-PIN
Abstract: for low power â'¢ MIC bias provided â'¢ Programmable MIC gain â'¢ ADC - 85 dB SNR (-60 dB input , derived from PLL Power Supplies Designed to operate from 1.62 to 3.6 volts MP3/FM Input MIC IN/Speech Recognition LINEIN_R LINEIN_L MIC_IN MIC_BIAS Analog In (Stereo Line In, MIC) ADC , INTERNAL BLOCK DIAGRAM Analog Gain LINE_IN MIC_IN Analog Gain (0 to 22.5dB) MIC GAIN , NC 7 18 CPFILT 8 17 NC 21 SYS_MCLK GND 9 10 NC MIC GND 10 Freescale Semiconductor
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Abstract: VDD CVREF C1 10 nF 1 PF REF VDD Mic Bias Bias Mute 2 RIN3 1.1 k: RIN1 1.1 k: Mic CNTRL CIN1 470 nF CIN2 LPF+ Mute 1 * Mic2- 470 nF CIN4 LPF , JANUARY 2011 Connection Diagram 1 2 3 4 5 A Mic Bias Mic2+ Mic2- Mic1 , Function Pin Type MIC BIAS Microphone Bias Analog Output MIC2+ Microphone 2 positive , B1 MODE0 Mic mode select pin Digital Input B2 MODE1 Mic mode select pin Digital Texas Instruments
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SNAS481B ISO/TS16949
Abstract: omnidirectional microphones Typical Application VDD CVREF C1 10 nF 1 PF REF VDD Mic Bias Bias Mute 2 RIN3 1.1 k: RIN1 1.1 k: Mic CNTRL CIN1 470 nF CIN2 LPF+ Mute 1 , SNAS481B â'" OCTOBER 2009 â'" REVISED JANUARY 2011 Connection Diagram 1 2 3 4 5 A Mic , Pin Name A1 A2 A3 Pin Function Pin Type MIC BIAS Microphone Bias Analog Output , Analog Input A5 MIC1â'" Microphone 1 negative input Analog Input B1 MODE0 Mic mode Texas Instruments
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Abstract: matched omnidirectional microphones Typical Application VDD C1 1 PF VDD Mic Bias Mute 2 RIN3 1.1 k , - 36 dB) Shutdown Mode Post-Amp Gain (6-18 dB) Mic1+ Mic2+ Mute 1 Mic CNTRL OUT+ REF CVREF 10 nF , REVISED JANUARY 2011 Connection Diagram 1 2 3 4 5 A Mic Bias Mic2+ Mic2- Mic1+ Mic1 , C5 D1 D2 D3 D4 D5 E1 E2 E3 E4 E5 Pin Name MIC BIAS MIC2+ MIC2­ MIC1+ MIC1­ MODE0 MODE1 GA0 GA1 GND , positive input Microphone 2 negative input Microphone 1 positive input Microphone 1 negative input Mic mode Texas Instruments
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microphone preamplifier
Abstract: omnidirectional microphones Typical Application VDD C1 1 PF VDD Mic Bias Mute 2 RIN3 1.1 k: RIN1 1.1 k: CIN1 , ) Shutdown Mode Post-Amp Gain (6-18 dB) Mic1+ Mic2+ Mute 1 Mic CNTRL OUT+ REF CVREF 10 nF Bias LPF , Connection Diagram 1 2 3 4 5 A Mic Bias Mic2+ Mic2- Mic1+ Mic1- B Mode0 Mode1 , E3 E4 E5 Pin Name MIC BIAS MIC2+ MIC2­ MIC1+ MIC1­ MODE0 MODE1 GA0 GA1 GND MUTE2 GB0 NC GA2 REF MUTE1 , 2 negative input Microphone 1 positive input Microphone 1 negative input Mic mode select pin Mic Texas Instruments
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SNAS481C
Abstract: VDD CVREF C1 10 nF 1 PF REF VDD Mic Bias Bias Mute 2 RIN3 1.1 k: RIN1 1.1 k: Mic CNTRL CIN1 470 nF CIN2 LPF+ Mute 1 * Mic2- 470 nF CIN4 LPF , JANUARY 2011 Connection Diagram 1 2 3 4 5 A Mic Bias Mic2+ Mic2- Mic1 , Function Pin Type MIC BIAS Microphone Bias Analog Output MIC2+ Microphone 2 positive , B1 MODE0 Mic mode select pin Digital Input B2 MODE1 Mic mode select pin Digital Texas Instruments
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Abstract: matched omnidirectional microphones Typical Application VDD C1 1 PF VDD Mic Bias Mute 2 RIN3 1.1 k , - 36 dB) Shutdown Mode Post-Amp Gain (6-18 dB) Mic1+ Mic2+ Mute 1 Mic CNTRL OUT+ REF CVREF 10 nF , REVISED JANUARY 2011 Connection Diagram 1 2 3 4 5 A Mic Bias Mic2+ Mic2- Mic1+ Mic1 , C5 D1 D2 D3 D4 D5 E1 E2 E3 E4 E5 Pin Name MIC BIAS MIC2+ MIC2­ MIC1+ MIC1­ MODE0 MODE1 GA0 GA1 GND , positive input Microphone 2 negative input Microphone 1 positive input Microphone 1 negative input Mic mode Texas Instruments
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Abstract: for low power ORDERING INFORMATION â'¢ MIC bias provided (5.0 x 5.0 mm QFN, 3.0 x 3.0 mm QFN TA2) â'¢ Programmable MIC gain Temperature Device Package â'¢ ADC - 85 dB SNR (-60 dB input) and -73 dB THD+N Range , to 3.6 volts MP3/FM Input LINEIN_R LINEIN_L MIC IN/Speech Recognition MIC_IN Analog In (Stereo Line In, MIC) MIC_BIAS ADC DAC I2S_DIN Application Processor , BLOCK DIAGRAM Analog Gain LINE_IN MIC_IN Analog Gain (0 to 22.5dB) MIC GAIN (0dB Freescale Semiconductor
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98ARE10739D 32-PIN SGTL5000XNLA3/R2 SGTL5000XNAA3/R2
Abstract: ADC 100dB SNR during DAC playback (â'˜Aâ'™ weighted) Smart MIC interface - Power, clocking and data input for up to two digital MICs - High performance analogue MIC interface - MIC activity detect & , /VRXN HPOUT1R HEADPHONE DRIVERS EARPIECE DRIVER ANALOGUE MIC INTERFACE ADC L INPUT MIXERS ADC FILTERS HIGH PASS FILTERS ADC R ADC VOLUME RECORD DMICDAT DMICCLK JACKDET CPCB HPOUT1L 2 Digital MIC Channels MICDET CPCA 2 MIC CHANNELS DIGITAL MIC Wolfson Microelectronics
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WM1811A
Abstract: external analog input · Stereo Line In - Codec bypass for low power ORDERING INFORMATION · MIC bias provided (5.0 x 5.0 mm QFN, 3.0 x 3.0 mm QFN TA2) · Programmable MIC gain Temperature Device Package · ADC , Input MIC IN/Speech Recognition Application Processor Analog In (Stereo Line In, MIC) ADC DAC , DIAGRAM Analog Gain Digital Gain LINE_IN MIC GAIN (0dB, 20dB, 30dB, 40dB) I2S_DIN MIC_IN , LINEIN_L 10 MIC 10 VAG 11 LINEOUT_R 12 LINEOUT_L 13 LINEIN_R 14 LINEIN_L 20 QFN Freescale Semiconductor
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DAP 011 regulator 6 channel Audio MIXER SCHEMATIC DIAGRAM audio graphic equalizer SGTL5000XNAA3 Stereo three band Graphic Equalizer
Abstract: external analog input · Stereo Line In - Codec bypass for low power ORDERING INFORMATION · MIC bias provided (5.0 x 5.0 mm QFN, 3.0 x 3.0 mm QFN TA2) · Programmable MIC gain Temperature Device Package · ADC , Input MIC IN/Speech Recognition Application Processor Analog In (Stereo Line In, MIC) ADC DAC , DIAGRAM Analog Gain Digital Gain LINE_IN MIC GAIN (0dB, 20dB, 30dB, 40dB ) I2S_DIN MIC_IN , LINEIN_L 10 MIC 10 VAG 11 LINEOUT_R 12 LINEOUT_L 13 LINEIN_R 14 LINEIN_L 20 QFN Freescale Semiconductor
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SGTL500 i2c graphic equalizer
Abstract: power ORDERING INFORMATION · MIC bias provided (5.0 x 5.0 mm QFN, 3.0 x 3.0 mm QFN TA2) · Programmable MIC gain Temperature Device Package · ADC - 85 dB SNR (-60 dB input) and -73 dB THD+N Range , volts MP3/FM Input MIC IN/Speech Recognition LINEIN_R LINEIN_L MIC_IN MIC_BIAS Analog In (Stereo Line In, MIC) ADC DAC I2S_DIN Application Processor I2S_LRCLK I2S_SCLK I2S , Gain LINE_IN MIC_IN Analog Gain (0 to 22.5dB) MIC GAIN (0dB, 20dB, 30dB, 40dB Freescale Semiconductor
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SGTL5000XNAA bluetooth headphone schematic diagram SIGMATEL geq date code dap 002 32QFN
Abstract: E1 E2 E3 E4 E5 Pin Name MIC BIAS MIC2+ MIC2­ MIC1+ MIC1­ MODE0 MODE1 GA0 GA1 GND MUTE2 GB0 NC GA2 REF , Microphone 2 negative input Microphone 1 positive input Microphone 1 negative input Mic mode select pin Mic , pin Post-Amp Gain select pin Post-Amp Gain select pin Pre-Amp Gain select pin Power Supply Low pass Filter for positive output Positive optimized audio output Negative optimized audio output Low pass , = 20dB, Post Amp gain = 6dB, RL = 100k, and CL = 4.7pF, f = 1kHz pass through mode. LMV1091 Symbol National Semiconductor
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18mVp-p low voltage Microphone Preamplifier c code for microphone block diagram OF CONDENSER MICROPHONE LDO regulators smd marking code
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