NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| Part | Manufacturer | Description | Type | Ordering |
| LME49710 | National Semiconductor | High Performance, High Fidelity Audio Operational Amplifier |
14 pages, |
Original | |
| LME49710HA | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier; Package: TO-99; No of Pins: 8 |
28 pages, |
Original | |
| LME49710HA | National Semiconductor | High Performance, High Fidelity Audio Operational Amplifier |
14 pages, |
Original | |
| LME49710HABD | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier |
28 pages, |
Original | |
| LME49710HA/NOPB | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier; Package: TO-99; No of Pins: 8; Qty per Container: 20/Tray |
28 pages, |
Original | |
| LME49710MA | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier; Package: SOIC NARROW; No of Pins: 8 |
28 pages, |
Original | |
| LME49710MA | National Semiconductor | High Performance, High Fidelity Audio Operational Amplifier |
14 pages, |
Original | |
| LME49710MABD | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier |
28 pages, |
Original | |
| LME49710MA/NOPB | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier; Package: SOIC NARROW; No of Pins: 8; Qty per Container: 95/Rail |
28 pages, |
Original | |
| LME49710MAX | National Semiconductor | LME49710 High Performance, High Fidelity Audio Operational Amplifier; Package: SOIC NARROW; No of Pins: 8 |
28 pages, |
Original | |
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: R720 HiFi LME49710/LM4562 600 ±26mA LM49710 LM49710 RIAA , U4 LME49710 V- V+ Bal 1M R20 2.4K GND R22 27K +15 VDC R21 V- V+ -IN R19 U4 LME49710 R30 8.6K R29 1K C18 1uF GND -15 VDC +VIN -VIN C3 10p R6 , -IN +IN 1M R14 100K C13 1uF R16 1M U3 LME4970 LME4970 V- V+ 22K U2 LME49710 Bal , R17 1K GND Figure 1. EQ RIAA 1 LME49710/LM4562 ... | Original |
2 pages, |
-86K lme49710 riaa NATIONAL riaa LME4970 LM49710 AN-1651 LME49710/LM4562 AN-1651 abstract |
| Abstract: The LME49710's outstanding CMRR(120dB), PSRR(120dB), and VOS (0.05mV) give the amplifier excellent , range the LME49710's input circuitry maintains excellent common-mode and power supply rejection, as , LME49710MA See NS Package Number - M08A Order Number LME49710NA See NS Package Number - N08E Metal Can 20210405 Order Number LME49710HA See NS Package Number - H08C 3 LME49710 ESD Susceptibility , LME49710MA NS Package Number M08A Dual-In-Line Package Order Number LME49710NA NS Package Number N08E ... | Original |
5 pages, |
M08A LME49710NA LME49710MA LME49710HA LME49710 H08C LME49710 abstract |
| Abstract: range the LME49710's input circuitry maintains excellent common-mode and power supply rejection, as , 20210402 Order Number LME49710MA See NS Package Number - M08A Order Number LME49710NA See NS Package , resolution of the distortion measurement equipment. The LME49710's low residual distortion is an input , Package Order Number LME49710NA NS Package Number N08E www.national.com 12 LME49710 TO-99 Metal Can Order Number LME49710HA NS Package Number H08C 13 www.national.com LME49710 High ... | Original |
14 pages, |
second order high pass filter balanced riaa H08C LME49710 LME49710HA LME49710MA LME49710NA M08A riaa filter riaa 2 way audio crossover balanced input mic preamp high accuracy riaa LME49710 abstract |
| Abstract: performance. The LME49710 has a wide supply range of �5V to �V. Over this supply range the LME49710's input , either power supply voltage and to within 1.4V when driving 600 loads. The LME49710's outstanding CMRR , www.national.com 2 LME49710 Connection Diagrams 20210402 Order Number LME49710MA See NS Package , Number LME49710HA See NS Package Number - H08C 3 www.national.com LME49710 ESD , distortion measurement equipment. The LME49710's low residual distortion is an input referred internal ... | Original |
28 pages, |
M08A H08C LME49710HA LME49710MA LME49710NA balanced riaa high accuracy riaa 80 Hz crossover NATIONAL riaa National Semiconductor riaa filter LME49710 riaa equalized phono preamp LME49710 abstract |
| Abstract: 1651 Joe Curcio 2007 7 0.1mV (GBP) RIAA 100 5 nV / Hz THD IMD PSRR LME49710/LM4562 THD 0.00005% GBWP 0.00003% 2.7 nV/ 600 Hz) IM 55MHz 26 mA LME49710/LM4562 PSRR PSRR LME49710/LM4562 74 dB 44 30 - 70 dB (44 + 26) LME49710 Ibias / VOS 0.05 mV 7 nA 1 U3 RIAA RIAA RIAA RIAA 1 RIAA 1 kHz cm/s 1.0 mV (2.122 kHz) 1 20 dB 40 dB AN-1651 AN-1651 © 2007 National Semiconductor Corporation 300243 ... | Original |
8 pages, |
NATIONAL riaa LM317 LM4562 LM4652 LME49710 300243 STAX VOGT U3 vogt riaa inverse AN1651 riaa Datasheet 6SN7 6FQ7 6CG7 LME49710/LM4562 GBWP60026 LME49710/LM4562 abstract |
| Abstract: 1.4V when driving 600 loads. The LME49710's outstanding CMRR(120dB), PSRR(120dB), and VOS (0.05mV) give , �5V to �V. Over this supply range the LME49710's input circuitry maintains excellent common-mode and , www.national.com 2 LME49710 Connection Diagrams 20210402 Order Number LME49710MA See NS Package , Number LME49710HA See NS Package Number - H08C 3 www.national.com LME49710 Absolute Maximum , resolution of the distortion measurement equipment. The LME49710's low residual distortion is an input ... | Original |
30 pages, |
SNAS376B LME49710 LME49710 abstract |
| Abstract: amplifiers specifically optimized for these applications. The LME49710 / LM4562 LM4562 are representative of this , using the LME49710/ LM4562 LM4562 that demonstrate their capability in meeting the demands of the highest , signal. The PSRR of the LME49710/ LM4562 LM4562 is outstanding across the full audio bandwidth and therefore is , 26) for the active-passive EQ design. Typical VOS of the LME49710 is 0.05 mV while Ibias is 7 nA. , V+ 8.2 Bal 200 VOUT +VIN -VIN C3 R6 10p 47K R7 20 U1 LME49710 R9 22K ... | Original |
6 pages, |
riaa filter vogt u1 riaa low noise vogt transformer as 50 6cg7 tube planar transformer theory lme49710 riaa professional riaa filter riaa eq 6SN7 Triode 6FQ7 Datasheet 6SN7 AN-1651 LME49710 AN-1651 abstract |
| Abstract: 1/20ppm LM4562 LM4562 1 LME49710 LME49740 LME49740 1/20ppm ... | Original |
4 pages, |
LME49740 lme49720 LME49710 AN1671 AN-1485 SYS-2522 LM4562 datasheet abstract |
| Abstract: LP3851x LP3885x 1.2V 1.8V 2.5V 3.3V 5V 17 · · · · LME49710 LME49600 LME49600 1 2 1 1 1 1 1 2 1 LME49710 LME49600 LME49600 1 LME49713 LME49713 2 LME49710 LME49710 LME49600 LME49600 LME49710 1 34 5 mA 0.00003% 55 20 2.5 0.1 10 nA LME49713 LME49713 1 36 8 mA ... | Original |
20 pages, |
TSSOP-20 LMH0044 LMH0046 LMH0302 LMH0340 LMH0341 LMH0344 LMH0346 LMH0356 LMH6714 SD020EVK SD046EVK SD130EVK LLP-40 datasheet abstract |
| Abstract: , high-fidelity audio amplifiers specifically optimized for these applications. The LME49710 / LM4562 LM4562 are , applications using the LME49710/ LM4562 LM4562 that demonstrate their capability in meeting the demands of the , input signal. The PSRR of the LME49710/ LM4562 LM4562 is outstanding across the full audio bandwidth and , active-passive EQ design. Typical VOS of the LME49710 is 0.05 mV while Ibias is 7 nA. With the aforementioned DC ... | Original |
8 pages, |
300243 riaa low noise riaa inverse 6SN7 Triode Datasheet 6SN7 LME49710 phono preamp national riaa phono preamp 6cg7 tube riaa eq 6sn7 tube 6sn7 datasheet professional riaa filter LME49710 abstract |
| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| Texas Instruments SUBCKT LME49710 INP INN VCC VEE OUT Texas:LME49710 [OpAmp] ; No comments LOCKED VmA= www.datasheetarchive.com/download/89990812-920406ZC/snam035.zip (LME49710.tld) |
Texas Instruments | 02/03/2012 | 8.12 Kb | ZIP | snam035.zip |
| (ExpressProject "LME49710" (ProjectVersion "19981106") (ProjectType "Analog or A/D Mixed Mode") (Folder "Design Resources" (Folder "Library" (File ".\lme49710.olb" (Type "Schematic Library") (NoModify) (File ".\lme49710.dsn" (Type "Schematic Design") (Build -3187-11D2-BC7B-00A0C90CBF91 -3187-11D2-BC7B-00A0C90CBF91 -3187-11D2-BC7B-00A0C90CBF91 -3187-11D2-BC7B-00A0C90CBF91} ".\< " (Display } ".\< " (DisplayName "SCHEMATIC1-TRAN") (Type www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (LME49710.opj) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| OrCAD Windows Library Part Reference Value FLOAT GAIN VPOS VNEG VNSE VNSE VNSE VNSE VNSE VOUTP VOUTN VNSE VNSE www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (LME49710.OLB) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| Title Size Document Number IMARKER VSRC VSRC VSRC VSRC VSRC oootttnnn yyyzzzrrr VSRC oootttnnn yyyzzzrrr ghdoqk xnzxqv wpsxqvyrwtmp cfdqvu kihtrq xzqah qonsqp tusnrm igfwut ghdoqk xnzxqv wpsxqvyrwtmp cfdqvu kihtrq xzqah qonsqp tusnrm igfwut * The LME49710 Macro Model represents the following parameters (VCC=+/-15V /-15V /-15V /-15V): * GBWP, input-referred voltage noise, the quiescent current, * output swing, input offset voltage, input bias current, * PSRR and CMRR, and the slew rate. OrCAD Windows Design "Arial Narrow 1ST www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (LME49710.DSN) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| [DISPLAYS] BEGIN DISPLAY LAST SESSION ANALYSIS DC_SWEEP SYMBOL ALWAYS TRACECOLORSCHEME NORMAL BEGIN ANAPLOT 1 ACTIVE XBASE BEGIN XAXIS XAXISUSERNAME 0 (null) RANGEFLAG AUTO TYPE LINEAR UNIT V BEGIN GRIDS AUTOMATIC MAJORNUMBERS MAJORSTYLE LINES MAJORPATTERN SOLID MINORSTYLE LINES MINORPATTERN DOT END GRIDS END XAXIS BEGIN YAXIS 1 YAXISSIDE LEFT ACTIVE RANGEFLAG AUTO TYPE LINEAR UNIT V BEGIN GRIDS AUTOMATIC MAJORNUMBERS MAJORSTYLE LINES MAJORPATTERN SOLID MINORSTYLE LINES MINORPATTERN DOT END GRID www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (DC.prb) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| [MEASUREMENTS] AC 0 Cutoff_Lowpass_3dB(DB(V(OUT) [DISPLAYS] BEGIN DISPLAY LAST SESSION ANALYSIS AC_SWEEP SYMBOL ALWAYS TRACECOLORSCHEME NORMAL BEGIN ANAPLOT 1 ACTIVE XBASE BEGIN XAXIS XAXISUSERNAME 0 (null) RANGEFLAG AUTO TYPE LOG UNIT H BEGIN GRIDS AUTOMATIC MAJORNUMBERS MAJORSTYLE LINES MAJORPATTERN SOLID MINORSTYLE LINES MINORPATTERN DOT END GRIDS END XAXIS BEGIN YAXIS 1 YAXISSIDE LEFT ACTIVE RANGEFLAG AUTO TYPE LINEAR UNIT BEGIN GRIDS AUTOMATIC MAJORNUMBERS MAJORSTYLE LINES MAJORPATTERN www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (AC.prb) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| [MEASUREMENTS] TR 0 SlewRate_Rise_XRange(V(OUT),78u,83u) TR 0 -SlewRate_Fall_XRange(V(OUT),84u,88u) [DISPLAYS] BEGIN DISPLAY LAST SESSION ANALYSIS TRANSIENT_ANALYSIS SYMBOL ALWAYS TRACECOLORSCHEME NORMAL BEGIN ANAPLOT 1 ACTIVE XBASE BEGIN XAXIS XAXISUSERNAME 0 (null) RANGEFLAG AUTO TYPE LINEAR UNIT s BEGIN GRIDS AUTOMATIC MAJORNUMBERS MAJORSTYLE LINES MAJORPATTERN SOLID MINORSTYLE LINES MINORPATTERN DOT END GRIDS END XAXIS BEGIN YAXIS 1 YAXISSIDE LEFT ACTIVE RANGEFLAG AUTO TYPE LINEAR UNIT V BEG www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (TRAN.prb) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| @OrCAD Simulation Server Version: 1.0 @Settings: 1 1 @General: ProfileName= "DC" ProfileFile= "DC.sim" Connectivity= "SCHEMATIC1.net" NetlistFile= "DC.cir" DataFile= "DC.dat" OutFile= "DC.out" Notes= @#$BEGINNOTES @#$ENDNOTES @End General @Analysis: 0 0 +0 0 0 0 +0 "1000ns" +1 "" +2 "0" +3 "" +4 "" +5 "" +6 "" @End Analysis @Analysis: 1 0 +2 0 0 +0 "" +1 "" +2 "" +3 "" +4 "" +5 "" @End Analysis @Analysis: 2 1 +0 0 +0 "Vi1" +1 "" +2 "" +3 "" +4 "-15" +5 "15" +6 "10m" + www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (DC.sim) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| @OrCAD Simulation Server Version: 1.0 @Settings: 2 1 @General: ProfileName= "AC" ProfileFile= "ac.sim" Connectivity= "SCHEMATIC1.net" NetlistFile= "AC.cir" DataFile= "AC.dat" OutFile= "AC.out" Notes= @#$BEGINNOTES @#$ENDNOTES @End General @Analysis: 0 0 +0 0 0 0 +0 "1000ns" +1 "" +2 "0" +3 "" +4 "" +5 "" +6 "" @End Analysis @Analysis: 1 1 +2 0 0 +0 "50" +1 "10" +2 "1G" +3 "" +4 "" +5 "" @End Analysis @Analysis: 2 0 +0 0 +0 "" +1 "" +2 "" +3 "" +4 "" +5 "" +6 "" +7 "" www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (AC.sim) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| @OrCAD Simulation Server Version: 1.0 @Settings: 0 1 @General: ProfileName= "TRAN" ProfileFile= "TRAN.sim" Connectivity= "SCHEMATIC1.net" NetlistFile= "TRAN.cir" DataFile= "TRAN.dat" OutFile= "TRAN.out" Notes= @#$BEGINNOTES @#$ENDNOTES @End General @Analysis: 0 1 +0 0 0 0 +0 "100u" +1 "" +2 "50u" +3 "" +4 "" +5 "" +6 "" @End Analysis @Analysis: 1 0 +2 0 0 +0 "" +1 "" +2 "" +3 "" +4 "" +5 "" @End Analysis @Analysis: 2 0 +0 0 +0 "" +1 "" +2 "" +3 "" +4 "" +5 "" +6 "" +7 www.datasheetarchive.com/download/71057892-920375ZC/snam001.zip (TRAN.sim) |
Texas Instruments | 14/12/2011 | 38.43 Kb | ZIP | snam001.zip |
| Part | Cross | Competitor Manufacturer | Details | Description |
| LME49710 Buy | MAX410 Buy | National Semiconductor | Benefits of the LME49710 over the MAX410,MAX4434,MAX4435 | The LME49710 can operate from higher supplies. |
| LME49710 Buy | MAX4434 Buy | National Semiconductor | Benefits of the LME49710 over the MAX410,MAX4434,MAX4435 | The LME49710 can operate from higher supplies. |
| LME49710 Buy | MAX4435 Buy | National Semiconductor | Benefits of the LME49710 over the MAX410,MAX4434,MAX4435 | The LME49710 can operate from higher supplies. |
| MAX410 Buy | LME49710 Buy | National Semiconductor | Benefits of the MAX410,MAX4434,MAX4435 over the LME49710 | Pin-for-pin replacements with similar or superior electrical specifications to the LME49710. |
| MAX4434 Buy | LME49710 Buy | National Semiconductor | Benefits of the MAX410,MAX4434,MAX4435 over the LME49710 | Pin-for-pin replacements with similar or superior electrical specifications to the LME49710. |
| MAX4435 Buy | LME49710 Buy | National Semiconductor | Benefits of the MAX410,MAX4434,MAX4435 over the LME49710 | Pin-for-pin replacements with similar or superior electrical specifications to the LME49710. |
| Texas Instruments Part | Industry Part | Manufacturer | Type | Comment | Description |
| LME49710 Buy | AD797 Buy | Analog Devices | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | LT1128 Buy | Linear Technology | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX410 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX412 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX414 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX4434 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX4435 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX4436 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| LME49710 Buy | MAX4437 Buy | Maxim Integrated Products | Similar Functionality | High Performance, High Fidelity Audio Operational Amplifier | |
| OPA1611 Buy | LME49710 Buy | National Semiconductor | Same Functionality | 1.1nV/vHz Noise, Low Power, Precision Operational Amplifier |