The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LM4873MTE/NOPB Texas Instruments Dual 2.1W Audio Amplifier Plus Stereo Headphone Function 20-HTSSOP
LM4917SDBD Texas Instruments LM4917 Ground-Referenced, 95mW Stereo Headphone Amplifier
LM49270SQ/NOPB Texas Instruments Filterless 2.2W Class-D Audio Subsystem w/ OCL Headphone Amp, 3D Enhancement, & Headphone Sense 28-WQFN -40 to 85
LM4949TLEVAL Texas Instruments Stereo Class D Audio Subsystem with OCL Headphone Amplifier
LM4908LQBD Texas Instruments LM4908 10kV ESD Rated, Dual 120mW Headphone Amplifier
LM4910MM/NOPB Texas Instruments LM4910 Output Capacitor-less Stereo 35mW Headphone Amplifier 8-VSSOP -40 to 85

headphones amplifier 9V Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ZN414Z

Abstract: ZN416E ZN416 ZN4142 zn414 ZN415E ZN415 ferrite rod RADIO RECEIVER 27mhz TUNING FM RADIO RECEIVER
Text: drive headphones direct (ZN415E and ZN416E) • Excellent audio quality • Typical power gain of 72dB , economy. The circuit provides a complete R.F. amplifier , detector and AGC circuit which requires only six , sufficient output to drive headphones directly from the 8 pin OIL. Similarly the kN416Eis a buffered output , , ls with 64fl r headphones 1 ZN414Z ZN415E ZN416E - 0.3 2.3 4 0.5 3 5 mA Input frequency range 0.15 , circuits. Values for 9V supplies are sftovyn, simple calculations will give values for other supplies. \ 1


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PDF ZN414Z, ZN415E, ZN416E 150kHz ZN414Z) ZN415E ZN416E) ZN414Z T0-92 ZN416E ZN416 ZN4142 zn414 ZN415 ferrite rod RADIO RECEIVER 27mhz TUNING FM RADIO RECEIVER
2006 - 90v d class audio amplifier

Abstract: chip headphone amplifier
Text: 9V , RL = 8, PO = 1W Class D Amplifier THD+N vs Frequency VDD = 12V, RL = 8, PO = 1W 20118936 , Amplifier THD+N vs Frequency VDD = 9V , RL = 32, PO = 20mW 20118970 20118939 Class AB Headphone , Typical Performance Characteristics Class D Amplifier THD+N vs Output Power VDD = 9V , RL = 8 Both channel , VDD = 9V , RL = 32 20118944 20118945 Class AB Headphone Amplifier THD+N vs Output Power VDD = , 20118971 20118972 Class D Amplifier Magnitude vs Frequency VDD = 9V , RL = 8, PO = 1W Class D


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PDF LM4681 90v d class audio amplifier chip headphone amplifier
2006 - headphones amplifier 9V

Abstract: LM4681SQ 12v 50 watt audio amplifier circuit diagram class d 2 x 1w class D audio amplifier circuit diagram 12v 4 channel AUDIO power AMPLIFIER
Text: THD+N vs Frequency VDD = 9V , RL = 8, PO = 1W 20118936 20118969 Class AB Headphone Amplifier THD+N vs Frequency VDD = 9V , RL = 32, PO = 20mW Class D Amplifier THD+N vs Frequency VDD = 15.5V , (Continued) Class D Amplifier THD+N vs Output Power VDD = 9V , RL = 8 Both channel driven, both measured , , both measured Class AB Headphone Amplifier THD+N vs Output Power VDD = 9V , RL = 32 20118944 , vs Supply Voltage 20118972 20118971 Class D Amplifier Magnitude vs Frequency VDD = 9V , RL =


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PDF LM4681 LM4681 headphones amplifier 9V LM4681SQ 12v 50 watt audio amplifier circuit diagram class d 2 x 1w class D audio amplifier circuit diagram 12v 4 channel AUDIO power AMPLIFIER
2008 - 6000 Watt audio amplifier circuit diagram

Abstract: infrared wireless headphones circuit diagram IC 74375 28 pin 10W Class-D audio 12V Supply power amplifier 20119639 audio amplifier circuit diagram 4000 watt 12v 50 watt audio amplifier circuit diagram 6W Audio amplifier ic for driving 6 speakers LM4682SQ LM4682
Text: 6 LM4682 Typical Performance Characteristics (Power Amplifier ) THD+N vs Frequency VDD = 9V , Amplifier Dissipation vs Load Dissipation Per Channel, VDD = 9V , RL = 8 (both channels driven and measured , (Headphone Amplifier ) THD+N vs Frequency VDD = 9V , RL = 32, PO = 20mW THD+N vs Frequency VDD = 12V, RL , amplifier operates continuously, even while the Class D amplifiers are active. When using headphones to , LM4682 10 Watt Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier and DC Volume


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PDF LM4682 LM4682 6000 Watt audio amplifier circuit diagram infrared wireless headphones circuit diagram IC 74375 28 pin 10W Class-D audio 12V Supply power amplifier 20119639 audio amplifier circuit diagram 4000 watt 12v 50 watt audio amplifier circuit diagram 6W Audio amplifier ic for driving 6 speakers LM4682SQ
2006 - 6000 Watt audio amplifier circuit diagram

Abstract: audio amplifier circuit diagram 4000 watt 3000 Watt BTL Audio Amplifier power mosfet ic 12 volts for audio amplifier 500 watt mosfet audio amplifier circuit diagram 800 WATT MOSFET AMPLI DIAGRAM SCHEMATIC POWER AUDIO MOSFET AN-450 LM4682 LM4682SQ
Text: (Power Amplifier ) THD+N vs Frequency VDD = 12V, RL = 8, PO = 1W THD+N vs Frequency VDD = 9V , RL = 8 , LM4682 Typical Performance Characteristics (Power Amplifier ) Efficiency vs Output Power VDD = 9V , RL , LM4682 10 Watt Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier and DC Volume , efficiency audio power amplifier solution. The LM4682 utilizes a proprietary balanced pulse-width modulation , modulators. The LM4682 also features a stereo headphone amplifier that delivers 60mW into a 32 headset with


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PDF LM4682 LM4682 6000 Watt audio amplifier circuit diagram audio amplifier circuit diagram 4000 watt 3000 Watt BTL Audio Amplifier power mosfet ic 12 volts for audio amplifier 500 watt mosfet audio amplifier circuit diagram 800 WATT MOSFET AMPLI DIAGRAM SCHEMATIC POWER AUDIO MOSFET AN-450 LM4682SQ
2006 - AN-450

Abstract: LM4682 LM4682SQ 6000 Watt audio amplifier circuit diagram
Text: (Power Amplifier ) THD+N vs Frequency VDD = 12V, RL = 8, PO = 1W THD+N vs Frequency VDD = 9V , RL = 8 , LM4682 Typical Performance Characteristics (Power Amplifier ) Efficiency vs Output Power VDD = 9V , RL , LM4682 10 Watt Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier and DC Volume , efficiency audio power amplifier solution. The LM4682 utilizes a proprietary balanced pulse-width modulation , modulators. The LM4682 also features a stereo headphone amplifier that delivers 60mW into a 32 headset with


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PDF LM4682 LM4682 AN-450 LM4682SQ 6000 Watt audio amplifier circuit diagram
"Microphone Preamplifier"

Abstract: headphones amplifier 9V amp 9v dynamic microphone hearing aid microphone using amplifier hearing aid microphone "Microphone Preamplifier"-3volts preamplifier hearing aids amplifiers nmc809a
Text: hearing aids, null' detectors, process amplifiers and a variety of sensing applications. Apart from a 9V supply and 300 ohm headphones no external components are needed. Max current consumption ( 9V ) 6mA Min , Standard Hybrid Microcircuits Type Description amplifier originally designed for signal lead identification purposes , +VC£. ( 9V ) 2 Input 3 OV 4 Output 6 Input 7 OV 8 Output 9 +Vce ( 9V ) First stage Second stage


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PDF 200uV 300Hz 15mrn 50MHz. "Microphone Preamplifier" headphones amplifier 9V amp 9v dynamic microphone hearing aid microphone using amplifier hearing aid microphone "Microphone Preamplifier"-3volts preamplifier hearing aids amplifiers nmc809a
2003 - 3.5mm Stereo headphone Socket

Abstract: headphone female stereo 6 pin 3.5mm 3.5mm stereo headphone jack sense 3.5mm headphone jack cable selection 3.5mm stereo switched stereo jack 7 pin 3.5mm headphone jack 6 pin 3.5mm stereo microphone jack 3.5mm stereo switched stereo jack stereo jack 3.5mm female 3.5mm stereo headphone jack
Text: (BTL) Amplifier o 95dB Power-Supply Rejection Ratio o SMBus/I2C-Compatible 2-Wire Serial Interface o , stereo audio power amplifier plus headphone driver and microphone amplifier . The EV kit is designed to , Maxim SMBus interface board · A fixed 9V , 100mA DC power supply (for SMBus card) · DC power supply capable of supplying any voltage between 2.7V and 5.5V at 1A · One pair of headphones (16 or greater , Start menu. Do not turn on the power until all connections are made. 4) Connect the 9V power supply to


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PDF MAX9765 MAX9765EVSYS MAX9765EVKIT MAX9765 3.5mm Stereo headphone Socket headphone female stereo 6 pin 3.5mm 3.5mm stereo headphone jack sense 3.5mm headphone jack cable selection 3.5mm stereo switched stereo jack 7 pin 3.5mm headphone jack 6 pin 3.5mm stereo microphone jack 3.5mm stereo switched stereo jack stereo jack 3.5mm female 3.5mm stereo headphone jack
2011 - high power class d audio amplifier schematic

Abstract: No abstract text available
Text: Frequency VDD = 9V , RL = 8, PO = 1W Class D Amplifier THD+N vs Frequency VDD = 12V, RL = 8, PO = 1W , Headphone Amplifier THD+N vs Frequency VDD = 9V , RL = 32, PO = 20mW 20118970 20118939 Class AB , Power VDD = 9V , RL = 8 Both channel driven, both measured Class D Amplifier THD+N vs Output Power VDD , Amplifier THD+N vs Output Power VDD = 9V , RL = 32 20118945 20118944 Class AB Headphone Amplifier THD+N , Frequency VDD = 9V , RL = 8, PO = 1W Class D Amplifier Magnitude vs Frequency VDD = 12V, RL = 8, PO = 1W


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PDF LM4681 SNAS270D LM4681 high power class d audio amplifier schematic
2006 - Not Available

Abstract: No abstract text available
Text: stated.) Class D Amplifier THD+N vs Frequency VDD = 9V , RL = 8, PO = 1W Class D Amplifier THD+N vs , , RL = 8, PO = 1W Figure 4. Class AB Headphone Amplifier THD+N vs Frequency VDD = 9V , RL = 32, PO = , otherwise stated.) Class D Amplifier THD+N vs Output Power VDD = 9V , RL = 8 Both channel driven, both , 10 5 2 1 Figure 10. Class AB Headphone Amplifier THD+N vs Output Power VDD = 9V , RL = 32 10 5 , Headphone Amplifier Magnitude vs Frequency VDD = 9V , RL = 32, PO = 20mW +8 +6 +4 +2 +0 -2 -4 -6 -8 -10 -12


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PDF LM4681 SNAS270E 48-Lead LM4681
2006 - 5000 watt pwm audio amplifier

Abstract: 6000 Watt audio amplifier circuit diagram LM4682
Text: REVISED APRIL 2013 Typical Performance Characteristics (Power Amplifier ) THD+N vs Frequency VDD = 9V , vs Frequency VDD = 9V , RL = 8, PO = 1W Class-D Amplifier Gain Po = 1W RL = 8: 30 CLASS-D , (Power Amplifier ) (continued) PSRR vs Frequency VDD = 9V PSRR vs Frequency VDD = 12V 120 100 80 , Dissipation Per Channel, VDD = 9V , RL = 8 (both channels driven and measured) CLASS-D AMPLIFIER DISSIPATION , Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier and DC Volume Control Check for


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PDF LM4682 SNAS271E 48-Lead LM4682 5000 watt pwm audio amplifier 6000 Watt audio amplifier circuit diagram
2011 - high power class d audio amplifier schematic

Abstract: No abstract text available
Text: Performance Characteristics (Power Amplifier ) THD+N vs Frequency VDD = 9V , RL = 8, PO = 1W THD+N vs Frequency , Characteristics (Headphone Amplifier ) THD+N vs Frequency VDD = 9V , RL = 32, PO = 20mW THD+N vs Frequency VDD = , LM4682 LM4682 10 Watt Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier , Amplifier with Stereo Headphone Amplifier and DC Volume Control LM4682 OBSOLETE September 24, 2011 10 Watt Stereo CLASS D Audio Power Amplifier with Stereo Headphone Amplifier and DC Volume Control


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PDF LM4682 SNAS271D LM4682 high power class d audio amplifier schematic
1992 - NE567 application note

Abstract: NE567 proximity sensor faucet tle2426 IR SENSORS NE567 BN301 TIL3010 8R110 ne5534 application note NE5534 applications
Text: Photodiode, Operational Amplifier , and Feedback Components · · · Converts Light Intensity to Output , and a transimpedance amplifier (feedback resistor = 16 M, 8 M, and 2 M, respectively) on a single , LinCMOSTM technology, which provides good amplifier offset-voltage stability and low power consumption. mechanical data The photodiode/ amplifier chip is packaged in a black, infrared-transmissive plastic package , DECEMBER 1992 ­ REVISED FEBRUARY 1993 APPLICATION INFORMATION S1 R3 22 9V R1 680 8 4


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PDF TSL260, TSL261, TSL262 SOES008A TSL260) TSL262 NE567 application note NE567 proximity sensor faucet tle2426 IR SENSORS NE567 BN301 TIL3010 8R110 ne5534 application note NE5534 applications
1992 - NE567 application note

Abstract: NE567 wireless intercom using NE567 IR SENSORS NE567 reflective optocoupler 2N3906 TLC555 TIL3010 Reflective Optical Sensor OP295
Text: Photodiode, Operational Amplifier , and Feedback Components · · · Converts Light Intensity to Output , and a transimpedance amplifier (feedback resistor = 16 M, 8 M, and 2 M, respectively) on a single , LinCMOSTM technology, which provides good amplifier offset-voltage stability and low power consumption. mechanical data The photodiode/ amplifier chip is packaged in a black, infrared-transmissive plastic package , REVISED FEBRUARY 1993 APPLICATION INFORMATION S1 R3 22 9V R1 680 8 4 7 6 2


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PDF TSL260, TSL261, TSL262 SOES008A TSL260) TSL262 NE567 application note NE567 wireless intercom using NE567 IR SENSORS NE567 reflective optocoupler 2N3906 TLC555 TIL3010 Reflective Optical Sensor OP295
1992 - 2N3904K

Abstract: OP295
Text: COM 2 3 _ + 9V 7 6 R1 100 k + C2 47 µF U3A 4 NE5534 Output (to headphones ) RECEIVER , Photodiode, Operational Amplifier , and Feedback Components Converts Light Intensity to Output Voltage High , and a transimpedance amplifier (feedback resistor = 16 M, 8 M, and 2 M, respectively) on a single , LinCMOSTM technology, which provides good amplifier offset-voltage stability and low power consumption. mechanical data The photodiode/ amplifier chip is packaged in a black, infrared-transmissive plastic package


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PDF TSL260, TSL261, TSL262 SOES008A TSL260) 2N3904K OP295
2000 - IR SENSORS NE567

Abstract: BN301 free of IR sensors NE567 application note INTERCOM NE567 NE567 ne567 applications reflective optocoupler wireless intercom using NE567 taos sensor
Text: (FRONT VIEW) Photodiode, Operational Amplifier , and Feedback Components Converts Light Intensity to , light-to-voltage optical sensors, each combining a photodiode and a transimpedance amplifier (feedback resistor = , amplifier offset-voltage stability and low power consumption. Functional Block Diagram ­ Voltage , OPTICAL SENSORS TAOS021 ­ MAY 2000 APPLICATION INFORMATION S1 R3 22 9V R1 680 8 4 , R1 10 k C1 1 µF Q1 2N3904 4 R3 40 R2 20 k TRANSMITTER 9V 2 IN U1 TSL261


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PDF TSL260, TSL261, TSL262 TAOS021 TSL260) TSL262 IR SENSORS NE567 BN301 free of IR sensors NE567 application note INTERCOM NE567 NE567 ne567 applications reflective optocoupler wireless intercom using NE567 taos sensor
1998 - TDA1517 equivalent

Abstract: lm386 jrc TEA2025 Audio Power Amplifiers 15w audio amplifier circuit diagram tea2025 application philips designers guide audio amplifiers TDA7050 equivalent TPA302 TPA4861
Text: amplifier specifically designed to drive 32- headphones and small 8- unpowered speakers. The TPA302 is , Plug-none stereo amplifier . There is also a The platform includes industry stanPlay Evaluation platform is the heart socket for driving headphones , allowdard connectors for the speakers, of the kit, providing the interface to ing the user to evaluate stereo speaker headphones , power supply, and audio , .) making the and headphones , audio source and Provided is a "signal conditioning" secsystem very flexible


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PDF TPA0102, TDA1517 equivalent lm386 jrc TEA2025 Audio Power Amplifiers 15w audio amplifier circuit diagram tea2025 application philips designers guide audio amplifiers TDA7050 equivalent TPA302 TPA4861
usb dvd player circuit diagram

Abstract: DVD player with usb circuit diagram DVD usb player circuit diagram DVD player usb circuit diagram headphones amplifier 9V 32 ohm usb mp3 player circuit diagram 1V voltage microphone amplifier AS3510 circuit usb audio player amplifier circuit usb audio player
Text: chip DCDC Converter An additional audio power amplifier can directly drive - - - external headphones or small 4 speakers with a power of up to half a watt. The power-up is click- and , The microphone input amplifier contains an automatic gain control (AGC) with a dynamic range of 40dB , kHz and 48 kHz Stereo power audio amplifier - - Max. 2x 0.5W @ 4 Analog volume control , Microphon Amplifier - Referenze Voltage & Current Generation - - AVSS - - VREF


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PDF AS3510 AS3510 AS14889 ENLDO12 200mA usb dvd player circuit diagram DVD player with usb circuit diagram DVD usb player circuit diagram DVD player usb circuit diagram headphones amplifier 9V 32 ohm usb mp3 player circuit diagram 1V voltage microphone amplifier circuit usb audio player amplifier circuit usb audio player
2004 - 3.5mm Stereo headphone Socket

Abstract: tantalum 0.68uf headphone female stereo 6 pin 3.5mm FEMALE JACK STEREO 3.5MM 3.5mm headphone jack cable selection 3.5mm stereo switched stereo jack 3.5mm stereo headphone jack with switch PHILIPS capacitors 0402 MAX9761 3.5mm Stereo Socket
Text: evaluates the MAX9760 3W stereo audio power amplifier plus headphone driver. The EV kit is designed to be , Operation 3W Stereo Bridge-Tied-Load (BTL) Amplifier 100dB Power-Supply Rejection Ratio SMBus , Maxim SMBus interface board · 9V /100mA DC power supply (for the SMBus card) · 5V/4A DC power supply · One pair of headphones (16 or greater) · Two stereo audio sources (to demonstrate the input mux , ) Connect the second stereo audio source to the input jacks labeled J3 and J4. 12) Plug the headphones


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PDF MAX9760/MAX9761 MAX9760 MAX9761/MAX9762/MAX9763. MAX9763) 3.5mm Stereo headphone Socket tantalum 0.68uf headphone female stereo 6 pin 3.5mm FEMALE JACK STEREO 3.5MM 3.5mm headphone jack cable selection 3.5mm stereo switched stereo jack 3.5mm stereo headphone jack with switch PHILIPS capacitors 0402 MAX9761 3.5mm Stereo Socket
2003 - headphone female stereo 6 pin 3.5mm

Abstract: 3.5mm headphone jack cable selection 3.5mm headphone jack 3.5mm stereo switched stereo jack 3.5mm stereo headphone jack 3.5mm Stereo headphone Socket stereo 3.5mm socket 2.1 speaker from headphone jack circuit diagram jack mono 4 pins 3.5mm Stereo Socket
Text: Single-Supply Operation o 3W Stereo Bridge-Tied-Load (BTL) Amplifier o 100dB Power-Supply Rejection Ratio o , circuit board that evaluates the MAX9760 3W stereo audio power amplifier plus headphone driver. The EV , interface board · · · · 9V /100mA DC power supply (for the SMBus card) 5V/4A DC power supply One pair of headphones (16 or greater) Two stereo audio sources (to demonstrate the input mux feature) · , MAX9760/MAX9761 Evaluation System/Evaluation Kit 7) Connect the 9V power supply to the


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PDF MAX9760/MAX9761 100dB 98/2000/XP-Compatible MAX9760 MAX9763 MAX9760EVSYS MAX9760EVKIT MAX9763) headphone female stereo 6 pin 3.5mm 3.5mm headphone jack cable selection 3.5mm headphone jack 3.5mm stereo switched stereo jack 3.5mm stereo headphone jack 3.5mm Stereo headphone Socket stereo 3.5mm socket 2.1 speaker from headphone jack circuit diagram jack mono 4 pins 3.5mm Stereo Socket
2004 - JU110

Abstract: MAX9761 3.5mm Stereo headphone Socket 3.5mm stereo switched stereo 3.5mm headphone socket headphone female stereo 6 pin 3.5mm MAX9760EVKIT MAX9762 MAX9763 MAX9763ETI
Text: evaluates the MAX9760 3W stereo audio power amplifier plus headphone driver. The EV kit is designed to be , ) Amplifier 100dB Power-Supply Rejection Ratio SMBus/I2C-Compatible 2-Wire Serial Interface 2:1 Stereo , the computer's parallel port to the Maxim SMBus interface board · 9V /100mA DC power supply (for the SMBus card) · 5V/4A DC power supply · One pair of headphones (16 or greater) · Two stereo audio , ) Connect the second stereo audio source to the input jacks labeled J3 and J4. 12) Plug the headphones


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PDF MAX9760/MAX9761 MAX9760 MAX9761/MAX9762/MAX9763. MAX9763) JU110 MAX9761 3.5mm Stereo headphone Socket 3.5mm stereo switched stereo 3.5mm headphone socket headphone female stereo 6 pin 3.5mm MAX9760EVKIT MAX9762 MAX9763 MAX9763ETI
2004 - DVD player with usb circuit diagram

Abstract: circuit usb audio player amplifier DVD player usb circuit diagram DVD usb player circuit diagram serial analog digital converter scl sda usb dvd player circuit diagram automatic volume control of headphones headphones amplifier 9V 32 ohm circuit usb audio player headphones amplifier 9V
Text: power amplifier can directly drive - external headphones or small 4 speakers with a power of up , distortion level is always below 0.02%. 18 Bit stereo DAC The microphone input amplifier contains an , Stereo power audio amplifier - Max. 2x 0.5W @ 4 Analog volume control ­39dB to +3dB, 3dB steps , X - AUXL AUXR VTRM - Microphon Amplifier - Referenze Voltage & Current , BVSS DCDC Converter Gain Control +3.-39dB Left Power Amplifier BVDD BVSS Right


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PDF AS3510 AS14889 AS3510 ENLDO12 200mA DVD player with usb circuit diagram circuit usb audio player amplifier DVD player usb circuit diagram DVD usb player circuit diagram serial analog digital converter scl sda usb dvd player circuit diagram automatic volume control of headphones headphones amplifier 9V 32 ohm circuit usb audio player headphones amplifier 9V
SFD455B

Abstract: ZN414Z ZN415 455b H 455B ZN415E RADIO RECEIVER 27mhz ZN414 ZN416 722Q
Text: Simple and effective A G C action Will drive crystal earphone direct (ZN 414Z) Will drive headphones , space economy. The circuit provides a complete R .F. amplifier , detector and AGC circuit which requires , stage giving sufficient output to drive headphones directly from the 8 pin DIL. Similarly the ZN416E is , Parameter Supply voltage, V cc Supply current, ls with 64fi headphones Input frequency range Input , several advantages over the other circuits. Values for 9V supplies are shown, simple calculations will


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PDF ZN414Z, ZN415E, ZN416E ZN4142 150kHz ZN414Z SFD455B ZN415 455b H 455B ZN415E RADIO RECEIVER 27mhz ZN414 ZN416 722Q
2004 - audio automatic gain control

Abstract: wma player circuit diagram 0.5w audio amplifier circuit diagram usb dvd player circuit diagram aac decoder battery operated speaker diagram for mp3 audio block diagram mp3 player mp3 fm digital analog converter for audio player codec cd player
Text: (audio playback) within battery or line operated equipment. An additional audio power amplifier can directly drive external headphones or small 4 speakers with a power of up to half a watt. The power-up is , Analog Supply, 2, 9V · Core Supply, 2.25V · USB Transceiver Supply, 3.2V 18 Bit stereo DAC The microphone input amplifier contains an automatic gain control (AGC) with a dynamic range of 40dB , Stereo power audio amplifier Microphone input The current consumption is very low and makes the


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PDF AS3521 Interface025, 32-Bit audio automatic gain control wma player circuit diagram 0.5w audio amplifier circuit diagram usb dvd player circuit diagram aac decoder battery operated speaker diagram for mp3 audio block diagram mp3 player mp3 fm digital analog converter for audio player codec cd player
2005 - 4 pole 3.5mm phone jack

Abstract: C1608X7R1A105K JMK212BJ106MG MAX9728AEVKIT 3.5mm phone jack 4 pole E9 amplifier 3.5mm headphone jack
Text: amplifier . Maxim's DirectDrive technology eliminates the need for DC-blocking capacitors on the stereo outputs of the amplifier . Designed to operate from a 2.7V to 5.5V DC power supply, the EV kit is capable , Start Recommended Equipment · One pair of 16 or 32 headphones · One DC power supply capable of , , fixed-gain, DirectDrive stereo headphone amplifier . To evaluate the MAX9728B, request a MAX9728BETC free , across pins 1 and 2 of jumper JU1. 2) Plug the headphones into the 3.5mm headphone jack. 3) Ensure


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PDF MAX9728A MAX9728B MAX9728A/MAX9728B 4 pole 3.5mm phone jack C1608X7R1A105K JMK212BJ106MG MAX9728AEVKIT 3.5mm phone jack 4 pole E9 amplifier 3.5mm headphone jack
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