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LM3550SP/NOPB Texas Instruments A Flash LED Driver with Automatic Vf and ESR Detection for Mobile Camera Systems 20-UQFN -30 to 85 visit Texas Instruments Buy
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LT1012 equivalent

Catalog Datasheet MFG & Type PDF Document Tags

Low Noise Op Amps equivalent

Abstract: LT1001 The table below lists which op amp gives minimum total noise for a specified equivalent source resistance. A two step prcoedure should be followed to optimize noise: (1) Reduce equivalent source , LT1Q01, LT1012 LT1001 70k to 150k LT1012 LT1001, LT1012 LT1055/56/22, LT1057/58 150k to 600k LT1012, LT1006/13/14 LT1012, LT1006/13/14 LT1055/56/22, LT1057/58 600k to 2M LT1012 LT1055/56/22, LT1057/58 LT1012, LT1006/13/14 LT1055/56/22, LT1057/58 2M to 10M LT1055/56/22, LT1057/58 LT1012 LT1055/56/22
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LT1028 Low Noise Op Amps equivalent lt1007 LT1013 equivalent LT1028 equivalent lt1055 LT1007137 LT1007/37 LT1028- LT1007 LT1037

LT1028

Abstract: LT1001 = equivalent source resistance = R2 + R1//R3 The table below lists which op amp gives minimum total noise for a specified equivalent source resistance. A two step prcoedure should be followed to optimize noise: (1) Reduce equivalent source resistance to a minimum allowed by the specific application. (2 , to 30k LT1001 LT1001, LT1007/37 30k to 70k LT1001, LT1012 LT1001 70k to 150k LT1012 LT1001, LT1Q12 LT1055/56/22, LT1057/58 150k to 600k LT1012, LT1006/13/14 LT1012, LT1006/13/14 LT1055/56/22, LT1057/58
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LT105 LT1012 equivalent LT1007 equivalent LT1006 equivalent OP AMP

TRANSISTOR 2N3609

Abstract: SN1012 LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO U , operational amplifier which can be used in practically all precision applications. The LT1012 combines , dissipation. The LT1012 achieves precision operation on two Ni-Cad batteries with 1mW of power dissipation , superb precision specifications. The all around excellence of the LT1012 eliminates the necessity of , LT1012 can be stocked as the universal internally compensated precision op amp. , LTC and LT are
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LT1012A TRANSISTOR 2N3609 SN1012 2N3609 allen bradley potentiometer type j LM11 op amp allen bradley 10k pot LT1012A/LT1012 OP-07 LT1021-10

allen bradley potentiometer type j

Abstract: TRANSISTOR 2N3609 LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO U , which can be used in practically all precision applications. The LT1012 combines picoampere bias , . The LT1012 achieves precision operation on two Ni-Cad batteries with 1mW of power dissipation , superb precision specifications. The all around excellence of the LT1012 eliminates the necessity of , LT1012 can be stocked as the universal internally compensated precision op amp. , LTC and LT are
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Rosemount thermocouple 43KV allen bradley potentiometer type j 1k 10k resistor array SIP LT1012S8
Abstract: LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO FEATURES , precision operational amplifier which can be used in practically all precision applications. The LT1012 , noise, and low power dissipation. The LT1012 achieves precision operation on two Ni-Cad batteries with , round out the LT1012â'™s superb precision specifications. The all around excellence of the LT1012 , applications; the LT1012 can be stocked as the universal internally compensated precision op amp. , LTC and Linear Technology
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CA3146 spice

Abstract: spice model CA3146 LT1012A/LT1012 Picoamp Input Current, Microvolt Offset, Low Noise Op Amp DESCRIPTIO The LT ®1012 , practically all precision applications. The LT1012 combines picoampere bias currents (which are maintained , temperature), low voltage and current noise, and low power dissipation. The LT1012 achieves precision , excellence of the LT1012 eliminates the necessity of the time consuming error analysis procedure of precision system design in many applications; the LT1012 can be stocked as the universal internally compensated
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CA3146 spice spice model CA3146 LT1012 spice model Zero Drift Amplifiers Low Bias Current Amplifiers lt 8 pin switching LT1012D
Abstract: _LT1012A/LT1012 Picoamp Input Current Microvolt Offset Low Noise Op Amp ,   Guaranteed Operation @ ± 1.2V Supplies The LT1012 is an internally compensated universal precision operational amplifier which can be used in practically all precision applications. The LT1012 combines , power dissipation. The LT1012 achieves precision operation on two Ni-Cad batter­ ies with 1mW of , excellence of the LT1012 eliminates the necessity of the time consuming error analysis procedure of -
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FN507 I-5004 1306C/W

Amplifier type t thermocouple op07

Abstract: allen bradley potentiometer type j urm TECHNOLOGY LT1012A/LT1012 Fâ'¬ATURâ'¬S â  OP-07 Type Performance at 1/8th of OP , Amp Dâ'¬SCAIPTIOn The LT1012 is an internally compensated universal precision operational amplifier which can be used in practically all precision applications. The LT1012 combines picoampere bias , . The LT1012 achieves precision operation on two Ni-Cad batteries with 1mW of power dissipation , superb precision specifications. The all around excellence of the LT1012 eliminates the necessity of the
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Amplifier type t thermocouple op07 Mosfet U1012 LT1012C U1012 diode ca3146 QP-07 10OOV 12-BIT

allen bradley potentiometer type j

Abstract: LM11 op amp LT1012 is an internally compensated universal precision operational amplifier which can be used in practically all precision applications. The LT1012 combines picoampere bias currents (which are maintained , and temperature), low voltage and current noise, and low power dissipation. The LT1012 achieves , . The all around excellence of the LT1012 eliminates the necessity of the time consuming error analysis procedure of precision system design in many ap plications; the LT1012 can be stocked as the univer sal
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of op 07 op07 equivalent single supply Saturated Standard Cell 100VC

LTC1049 equivalent

Abstract: LTC1150 equivalent 50µV LT1006A LT1012 LT1024A LT1028A LT1077A 100V/µs See High Speed Amplifier Selection Card RS = 100 17nV/Hz LT1001 (All) LT1002 (All) LT1008 LT1012 (All) LT1113* LT1211/12 LT1213 , LTC1151 LTC1152 LTC1250 5nV/Hz LT1007 LT1037 LT1124 LT1125 LT1126 LT1127 Typical Equivalent , ) 60µA 560µA LT1077 (All) LT1006A LT1078 (All) LT1012 (All) LT1079 (All) LT1413 (All) LT1462/3 , LTC1151 LTC1152 Rev G 0197 150pA 250pA LT1012 LT1024 LT1024A LTC1250 LTC1250M Max Input
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LTC1051 LTC1150 LTC1049 LTC1050 LT1006 LT1178 LTC1049 equivalent LTC1150 equivalent LT06 LT1213/14 LT1215/16 LT1022 LT1010 LT1122 LT1056

LTC1049 equivalent

Abstract: V49R ) LT1002 (All) LT1008 LT1012 (All) LT1113* LT1211/12 LT1213/14 LT1215/16 50µV LT1006A LT1012 , LT1125 LT1126 LT1127 Typical Equivalent Input Noise Voltage per Hz, f = 10Hz, 1nV/Hz LT1028 , 0298 150pA 250pA LT1012 LT1024 LT1024A LTC1250 LTC1250M Max Input Bias Current (25°C) 1µV/°C LT1001 LT1002A LT1007 LT1012 LT1028 (All) LT1037 LT1115 LT1124A LT1125A LT1126A LT1127A Max Offset Voltage Drift 60µA 560µA LT1077 (All) LT1006A LT1078 (All) LT1012 (All) LT1079 (All
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LT1001A LTC1047 V49R LTC1051 equivalent LT1496 LT1101A LT1058A LT1057 LT1058 LT1014 LT1464/5 LTC1052 LTC1053

LT1252 equivalent

Abstract: lt1097 equivalent ) , LT1007A LT1012A LT1037A 0P-7A OP-27A OP-27E LT1001 LT 1002 (D) LT1006A LT1007 LT1012 LT1012D LT1012S8 , -05 0P-07 (D) - Dual op amp (Q) - Quad op amp > 1000V/mV LT1006A LT1007 LT1012 ALL LT1014(Q) LT1028ALL , LT1008 LT1012 ALL LT1022ALL LT1024 ALL (D) LT1055ALL LT1056 ALL LT1057 ALL (D) LT1058 ALL (Q) LT1097
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LF412A LT1006CN8 LT1252 equivalent lt1097 equivalent LT1256 equivalent OP05 equivalent LM108 EQUIVALENT op05 LTC1049ALL LT1112 LT1114 OP-97A/E LT1056A

op07 equivalent single supply

Abstract: T1012A LT1012 A LL LT1013 (D) LT1014 (Q) L T 1 0 2 4 (D ) D) - Dual op amp (Q) - Quad op amp LT1079 LTC1047 , LT1222 LT1223 LT1224 LT1225 LT1226 LT1227 LT1228 L T 1 2 2 9 (D ) ,i Low Noise Typ Equivalent , Frequency N oise LTC1250* < 2 0 n V /H z *LF156 ALL LT1001 ALL LT1002 ALL (0) LT1008 LT1012 LT1112(D) LT1 1 , ) LT1006A LT1007 LT1012 L T 1012D LT1012S8 < 150u V LT1002 LT1006 LT1008 LT1012S8 L T1013A (D) L T 1 0 2 4 , = 25 C) < 5pA < 0.2nA LF155 ALL LF156 A LL LF412A A LL LT1008 LT1012 ALL LTC 1049ALL LTC1050
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LT1201 LT1022A 1013D T1012A LT1364 equivalent lt1056c LM2108A LT1078A LT1079A LT1178A LT1179 LT1179A 0P-97A/E
Abstract: ith th e case. description The LT1012 is an internally compensated operational amplifier that can be used in practically all precision applications. The LT1012 combines picoampere bias currents , Slew rate at unity gain Peak-to-peak equivalent input noise Vn (PP) voltage vn Equivalent input noise voltage Equivalent input noise current TEST CONDITIONS LT1012M MIN 0.1 f= 0.1 Hz to 10 Hz f= iO H z , f= 1 -
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D3186

LT1677 equivalent

Abstract: input resistance op amp THE OP AMP FROM THE DATA SHEET R2 REQ = EQUIVALENT SOURCE RESISTANCE = RS + R1|R2 VR(EQ) = , LT1001 LT1881 LT1884 LT6013 10 LTC6078 LT1022, LT1055 LT1169 LTC6241 LT1793 LT1012 , LT1112 LT1012 LT1881 LT1363 LT1360 LT6220 Hz ) LT1490 LTC1992 LT1122 LT1022,55
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LT1677 LT1677 equivalent input resistance op amp Low Noise Op Amps 13nV 1M resistor datasheet design ideas LT1678 LT1800 LT1815 LT1806 LT1722 LT1567

LT1012C

Abstract: LT1012 is an internally compensated operational amplifier that can be used in practically all precision applications. The LT1012 combines picoampere bias currents (maintained over the full temperature range , Peak-to-peak equivalent input noise VN(PP) voltage vn Equivalent input noise voltage Equivalent input noise
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OP97

Abstract: 9419 RELIABILITY DATA LT1012 / LT1024 / LT1097 / KA00 / KA01 / OP97 12/8/2000 · OPERATING LIFE TEST PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE HERMETIC SIDEBRAZE PLASTIC DIP SOIC/SOT/MSOP 250 8501 227 8601 4,697 9120 588 8501 5,762 · HIGHLY ACCELERATED STRESS TEST AT +131°C/85%RH PACKAGE TYPE SAMPLE SIZE OLDEST DATE CODE PLASTIC DIP SOIC/SOT/MSOP 757 9121 1,007 9447 , Electron Volts (2) Failure Rate Equivalent to +55°C, 60% Confidence Level = 0.11 FITS (3) Mean Time
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OP97 9419 R106 KA00 8425 9221 00-03-6209B

lt1052

Abstract: LTKA0x ­ EQUIVALENT. SEE "AMPLIFIER CONSIDERATIONS" LT1025 · TA01 1025fb 1 LT1025 U U RATI GS , ±15V ±5V LTKA0x LT1012 LT1001 LTC1050 LTC1052 LT1006 LTC1050 LTC1052 LT1006 LTC1050 , LTKA0x LT1012 3 10 4 12.5 5 SCALEE 15 6 7 17.5 20 8 SCALET 0 50 , SINGLE SUPPLY LTKA0x LT1012 LT1001 0 KSCALE OUTPUT (V) To avoid gain error, high open , TYPE K OR EQUIVALENT. SEE "AMPLIFIER CONSIDERATIONS" Type K Thermometer with Grounded Thermocouple
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LTK001 lt1052 LTKA0x MARKING AG03 LT1025ACN8 ltc 1025 BD01 LTC2050

LT1028

Abstract: 1M resistor datasheet CURRENT DENSITIES OF THE OP AMP FROM THE DATASHEET REQ = EQUIVALENT SOURCE RESISTANCE = RS + R1|R2 VR , LT6010 LT1880 LT1494 LT1490 LTC1992 LT1122 LT1022, LT1055 LT1012 LT1169 LT1113 LT1793 , LT6230 LT1028 LT1567 LT6200 LT1226 LT1881 LT1490 LT1097 LT1112 LTC1992 LT1012 LT1122 LT1022
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LT1468 LT6233 lt1211 linear op data Op amp circuit applications LTC2054 LT1215 LT1812 LT1818 LT1211 LT1357

lt1052

Abstract: LTKA0x LT1025 · BD01 V­ EQUIVALENT. SEE "AMPLIFIER CONSIDERATIONS" LT1025 · TA01 1025fa 1 , ±15V ±5V LTKA0x LT1012 LT1001 LTC1050 LTC1052 LT1006 LTC1050 LTC1052 LT1006 LTC1050 , LTKA0x LT1012 3 10 4 12.5 5 SCALEE 15 6 7 17.5 20 8 SCALET 0 50 , SINGLE SUPPLY LTKA0x LT1012 LT1001 0 KSCALE OUTPUT (V) To avoid gain error, high open , TYPE K OR EQUIVALENT. SEE "AMPLIFIER CONSIDERATIONS" Type K Thermometer with Grounded Thermocouple
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THERMOCOUPLE AMPLIFIER Amplifier type t thermocouple Seebeck generator LT1025 equivalent Thermocouple Type K AG03
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