500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
LM108AJ8 Linear Technology LM108A - Operational Amplifiers; Package: CERDIP; Pins: 8; Temperature: Military visit Linear Technology - Now Part of Analog Devices
LM1084IS-5.0/NOPB Texas Instruments 5A Fixed / Adjustable Output Linear Regulator 3-DDPAK/TO-263 -40 to 125 visit Texas Instruments Buy
LM1084IT-5.0 Texas Instruments 5V FIXED POSITIVE LDO REGULATOR, 1.5V DROPOUT, PSFM3, TO-220, 3 PIN visit Texas Instruments
LM1085IS-ADJ Texas Instruments 3A Fixed / Adjustable Output Linear Regulator 3-DDPAK/TO-263 visit Texas Instruments
LM1085IT-3.3 Texas Instruments 3.3V FIXED POSITIVE LDO REGULATOR, 1.5V DROPOUT, PSFM3, TO-220, 3 PIN visit Texas Instruments
LM1086CS-5.0/NOPB Texas Instruments 1.5A Fixed / Adjustable Output Linear Regulator 3-DDPAK/TO-263 0 to 125 visit Texas Instruments Buy

LM108 EQUIVALENT

Catalog Datasheet MFG & Type PDF Document Tags

lm208ap

Abstract: LM308 LM108, LM108A, LM208, LM208A, LM308, LM308A OPERATIONAL AMPLIFIERS SLOS041A ­ OCTOBER 1983 ­ , LM108, LM108A, LM208, LM208A Input Bias Current . . . 2 nA Max at 25°C for LM108, LM108A, LM208, LM208A Supply Current . . . 600 µA Max at 25°C for LM108, LM108A, LM208, LM208A Input Offset Voltage . , National LM108 Series and Linear Technology LM108 Series D, JG, OR P PACKAGE (TOP VIEW) COMP1 IN ­ , OUT IN ­ ­ COMP2 COMP1 description The LM108 series of precision operational amplifiers
Texas Instruments
Original
LT1008 LT1012 lm208ap lm308 equivalent LM208D LM308D LM108 EQUIVALENT LM308AD

LM108 EQUIVALENT

Abstract: lm308 equivalent LM108, LM108A, LM308, LM308A OPERATIONAL AMPLIFIERS D 2808, O C TO B ER 1983 - R E VISED M A RCH 1989 Input Offset Current for LM108, LM108A 200 pA Max at 25°C P PACKAGE (TOP VIEW) COM PÌ C IN - IN + [ Input Bias Current. . . 2 nA Max at 25°C for LM108, LM108A Supply Current. . . 600 n.A Max at 25°C for LM108, LM108A Input Offset Voltage . . . 500 jiV Max at 25°C for LM108A, LM308A , Designed To Be Interchangeable with National LM108 Series and Linear Technology LM108 Series description
-
OCR Scan
lm308a national LM308 pin configuration LM308P LM101

LM308 pin configuration

Abstract: pin diagram of LM308 Op Amp IC SCS-THOMSON LM108/A - LM208/A k7£ LM308/A PRECISION SINGLE OPERATIONAL AMPLIFIERS Outstanding , LM108/A -55, +125°C â'¢ â'¢ * â'¢ LM208/A -40, +105°C â'¢ â'¢ â'¢ â'¢ LM308/A 0, +70°C â'¢ â'¢ â , 2003 LM108, A-LM208,A-LM308, A SCHEMATIC DIAGRAM COMPENSATION COMPENSATION ABSOLUTE MAXIMUM RATINGS Symbol Parameter LM108,A LM208,A LM308,A Unit Vcc Supply Voltage ±22 ±22 ±22 V V, Input Voltage - , Service CopyRight 2003 LM108, A-LM208,A-LM308, A ELECTRICAL CHARACTERISTICS +5V < Vcc < ±20V, Ci =
-
OCR Scan
LM108H LM108AH LM308N LM318 pin diagram of LM308 Op Amp IC LM30B IC LM308 pin configuration LM108/A 2N4391 1N4148

LM308 application

Abstract: lm108 LM108, LM108A, LM208, LM208A, LM308, LM308A OPERATIONAL AMPLIFIERS 02808, OCTOBER 1 9 8 3 - REVISED FEBRUARY 1991 D, JG, OR P PACKAGE Input Offset Current . . . 200 pA Max at 25°C fo r LM108, LM108A, LM208, LM208A (TOP VIEW) Input Bias Current . . . 2 nA Max at 25°C for LM108, LM108A , IN - [ Supply Current . . . 600 pA Max at 25°C for LM108, LM108A, LM208, LM208A Vc c -L , Amplifiers - Analog Memories - Light Meters â'¢ Designed To Be Interchangeable With National LM108
-
OCR Scan
LM308 application LM308 application notes lm208p

IC LM308 pin configuration

Abstract: LM208D LM108, LM108A, LM208, LM208A Input Bias Current . 2 nA Max at 25°C for LM108, LM108A, LM208, LM208A Supply Current . 600 |xA Max at 25°C for LM108, LM108A, LM208, LM208A Input Offset Voltage . 500 nV , Transducer Amplifiers - Analog Memories - Light Meters Designed To Be Interchangeable With National LM108 Series and Linear Technology LM108 Series D, JG, OR P PA CKA GE (TOP VIEW) COMP1 [ IN - C IN + [ Vc c , with the case. sym b ol description The LM108 series of precision operational amplifiers is
-
OCR Scan
LM308 Op Amp IC LM308AP LIV1108 D2808

lm308 equivalent

Abstract: LM308 application TEXAS INSTR (LIN/INTFC) SDE D â  ATblTSM OOfiMlSl 22b â  TUM LM108, LM108A, LM208, LM2Q8A , . 200 pA Max at 25°C for LM108, LM108A, LM208, LM208A Input Bias Current . 2 nA Max at 25°C for LM108, LM108A, LM208, LM208A Supply Current . 600 pA Max at 25°C for LM108, LM108A, LM208, LM208A â , Interchangeable With National LM108 Series and Linear Technology LM108 Series D, JG, OR P PACKAGE (TOP VIEW , electrical contact with the case. symbol description The LM108 series of precision operational amplifiers
-
OCR Scan
LM208 EQUIVALENT LM108AP 6553C3

lm308 equivalent

Abstract: lm108 LM108, LM108A, LM208, LM208A, LM308, LM308A OPER ATI ON AL AMPLIFIERS D2808, OCTOBER 1983 - REVISED FEBRUARY 1991 Input Offset Current . 200 pA Max at 25°C for LM108, LM108A, LM208, LM208A Input Bias Current . 2 nA Max at 25°C for LM108, LM108A, LM208, LM208A Supply Current . 600 (iA Max at 25°C for LM108, LM108A, LM208, LM208A Input Offset Voltage . 500 nV Max at 25°C for LM108A, LM208A, LM308A , Designed To Be Interchangeable With National LM108 Sériés and Linear Technology LM108 Sériés D, JG, OR
-
OCR Scan

LM30BA

Abstract: LM308 equivalent Æ 7 SGS-THOMSON D »flO (g® ® i[U i(gW )Iii!ID (gi LM108/A - LM208/A LM308/A PRECISION SINGLE , CONNECTIONS (top views) T 099 8 H T 099 (Metal Can) ORDER CODES Part Number LM108/A LM208/A , -EPS December 1992 1/7 LM108,A-LM208,A-LM308,A SCHEMATIC DIAGRAM ABSOLUTE MAXIMUM RATINGS Symbol Vcc , lta g e . 2/7 SCS-THOMSON 300 LM108, A-LM208, A-LM308, A ELECTRICAL CHARACTERISTICS ±5V , Harmonic Distortion (Vcc = ±15V, f = 1kHz, Av = 20dB, Rl = 10ki2, Vo = 2VPP, C l = 100pF) Equivalent Input
-
OCR Scan
LM30BA LM101A

LM308 equivalent

Abstract: LM208T LM108/A/208/A/308/A-F, N,N -14,T LH2108/A/2208/A/2308/A-F, N ,N -14,T DESCRIPTION The LM108 , LM108/208 3.0nA over temp. Less than 400pA over temp. 300jiA LM308 7.0nA Less than 1.0nA 300¿¿ A , LM108, 208, 308, 108A Mil std 883A, B,C available LM108A M il std M38510 (JAN) planned LH2108A series-m ilitary qualification pending 40 som m es LM108/A/208/A/308/A-F.N ,N-14,T LH2108/A/2208/A/2308/A-F,N,N-14.T EQUIVALENT SCHEMATIC C O M P E N S A T IO N C O M P E N S A T IO N 6 .4 K 500
-
OCR Scan
LM208T LH2208 LM108/A/208/A/308/A-F LM108/108A LH2108 108AF 108AT 208AT
Abstract: 7 SCS-THOMSON [M0Q)[iLi©Tr^(M(gi LM108/A - LM208/A LM308/A PRECISION SINGLE OPERATIONAL , 0052020 T^ñ â  -299 108-01 TBL Package N J Part Number LM108,A-LM208,A-LM308,A SCHEMATIC DIAGRAM COMPENSATION COMPENSATION ABSOLUTE MAXIMUM RATINGS LM108,A , Short-circuit Duration 7=52=123? 0 0 5 2 f l2 1 *îaq â  108-02 TBL Parameter Symbol LM108 , , RL = 10kQ, Cl = 100pF, f = 100kHz) 70 M£2 MHz 0.3 Equivalent Input Noise Voltage (Vcc -
OCR Scan
108/A 7T5T237

Widlar

Abstract: LM709 equivalent With the LM108 this has changed The circuit shown in Figure 19 generates an equivalent capacitance of , extended to source resistances high as 500 kX The LM108 on the other hand works well with source , more than an order of magnitude improvement over the LM101A The LM108 uses these to equal FET performance over a 0 C to 70 C temperature range In applications involving 125 C operation the LM108 is , LM709 worst case drift rates for these kinds of circuits is in the order of 1 5 V sec The LM108
National Semiconductor
Original
AN-29 Widlar LM709 equivalent Q24 plus LM101 disadvantages Vishay Ultronix Grand Junction CO Q81 pins 2N2920

LM709 equivalent

Abstract: Widlar than an order of magnitude improvement over the LM101A. The LM108 uses these to equal FET performance over a 0°C to 70°C temperature range. In applications involving 125°C operation, the LM108 is about , LM108 improves this to 3 mV/sec. - worst case over a -55°C to 125°C temperature range. Low input , capacitor values. The LM108 can be used at a frequency of 1 Hz with capacitors no larger than 0.01 µF. In , LM108. In other applications, having low error currents often permits an entirely different design
National Semiconductor
Original
national semiconductor application note 29 alcohol sensor abstract IC OP AMP for Piezoelectric transducers 2N2920 logarithmic applications LM102A op amp transistor current booster circuit 2N2920 2N3728 LM394 AN006875

LM709 equivalent

Abstract: lm102a extended to source resistances high as 500 k. The LM108, on the other hand, works well with source , more than an order of magnitude improvement over the LM101A. The LM108 uses these to equal FET performance over a 0°C to 70°C temperature range. In applications involving 125°C operation, the LM108 is , . The LM108 improves this to 3 mV/sec. - worst case over a -55°C to 125°C temperature range. Low input , capacitor values. The LM108 can be used at a frequency of 1 Hz with capacitors no larger than 0.01 µF. In
National Semiconductor
Original
LM108s high power fet amplifier schematic LM103 zener Transitron Electronic CO Q81 high current fet amplifier schematic

lm308 equivalent

Abstract: LM308h motorola MOTOROLA SEMICONDUCTOR TECHNICAL DATA PRECISION OPERATIONAL AMPLIFIERS The LM108/LM208/LM308 , LM308AJ, J, AJ-8, J-8 LM308AN, N LM308AD, D 0 to +70 C Metal Can Ceramic DIP Plastic DIP SO-8 LM108 , /INTERFACE DEVICES 2-49 Powered by ICminer.com Electronic-Library Service CopyRight 2003 LM108, LM108A , Unit LM108. LM108A LM208, LM208A LM308, LM308A Power Supply Voltage Vcc. vee + 20 + 20 ±18 Vdc , LM208A LM108 LM208 Unit Min Typ Max Milt Typ Max Input Offset Voltage VlO â'" 0.3 0.5 â'" 0.7
-
OCR Scan
LM108AJ LM208AH LM208AJ LM208AN LM208AD LM308H LM308h motorola LM308 typical applications LM308 Motorola motorola LM108 LM108/LM208/LM308 LM108A/LM208A/LM308A

LM101AI

Abstract: lm308 equivalent ® -YÃ' LM108, LM108A MOTOROLA LM208, LM208A LM308, LM308A PRECISION OPERATIONAL AMPLIFIERS The LM108/LM208/LM308 Series operational amplifiers provide high input impedance, low input offsets , MOTOROLAâ"¢SC^TTELECOM^0 1E 80Ï^D" LM108, LM108A, LM208, LM208A, LM308, LM308A "T-1 -O(o~ {ö MAXIMUM RATINGS (Ta = + 25°C unless otherwise noted.) Rating Symbol Value Unit LM108, LM108A LM208, LM208A LM308 , -20 V, TA = +25°C.) Characteristic Symbol LM108A LM208A LM108 LM208 Unit Min Typ Max Min Typ
-
OCR Scan
LM101AI motorola LM101a lm20b MC1741

log and antilog amplifier

Abstract: national linear brief 4 Transistor Q1 is used as the non-linear feedback element around an LM108 operational amplifier Negative , achieve the same 100 dB dynamic range in the non-inverting configuration an LM108 should be used for A2 and an LM101A for A1 Since the LM108 cannot use feedforward compensation it is frequency compensated , 1% for any current between 10 nA and 1 mA This is equivalent to about 3% referred to the input At , while at low currents the offset current of the LM108 is the major source of error These errors occur
National Semiconductor
Original
AN-30 log and antilog amplifier national linear brief 4 sensistor LM102 where log and antilog amplifiers are used logarithmic converter

LM11 op amp

Abstract: ma709 - rents In 1969 super-gain transistors (see appendix) were applied in the LM108 to beat FET performance , essence a refinement of the LM108 A modified Darlington input stage has been added to reduce bias , reliability The reliability of the LM11 is not expected to be substantially different than the LM108 which , currents does increase noise Thus the LM11 is about a factor of four noisier than the LM108 But the low , junction FET could be used for Q1 but not Q2 because there is no equivalent to the enhancement mode MOSFET
National Semiconductor
Original
AN-241 LM11 op amp ma709 LM11 ic 7478 jfet cascode LM11 national

lm208p

Abstract: RATE OF 10 V/|is AS INVERTING AMPLIFIER DESC RIPTIO N The LM108,A is a precision operational , 417 LM108,A-LM208.A-LM308.A M QD 5 3 0 1 1 S G S-TH0MS0N ABSOLUTE M AXIM UM RATING S S , 20 mA V V/|xs 0.15 3/12 419 M LM108,A -LM208.A-LM308.A S G S - 7^5^537 , = 1 KHz, A v = 20 dB, R l = 2 kO, V 0 = 2 V PP, CL < 100 pF, T amb = 25 °C) Equivalent Input , < V CC< ± 2 0 V LM108 : - 55 < Tamb < + 125 â'˜C ±5 V CC= + 15 V Symbol Vio
-
OCR Scan
0D23D1D LCC20 002302D

anti-log

Abstract: sensistor element around an LM108 operational amplifier. Negative feedback is applied to the emitter of Q1 through , . To achieve the same 100 dB dynamic range in the non-inverting configuration, an LM108 should be used for A2, and an LM101A for A1. Since the LM108 cannot use feedforward compensation, it is frequency , . This is equivalent to about 3% referred to the input. At currents over 500 µA the transistors used , current of the LM108 is the major source of error. These errors occur at the ends of the dynamic range
National Semiconductor
Original
anti-log sensistor Q81 Vishay Q81 electronic power generator using transistor Q81, 1K, 3500 ppm 2N2920 matched pair transistors

uA709 substitute

Abstract: uA709 the LM108 to beat FET performance when temperatures above 85°C were involved. AN007478-2 FIGURE , essence, a refinement of the LM108. A modified Darlington input stage has been added to reduce bias , . RELIABILITY The reliability of the LM11 is not expected to be substantially different than the LM108, which , noise. Thus, the LM11 is about a factor of four noisier than the LM108. But the low frequency noise , FET could be used for Q1 but not Q2 because there is no equivalent to the enhancement mode MOSFET
National Semiconductor
Original
uA709 substitute uA709 A709 LF155 jfet curve tracer mosfet amp ic
Showing first 20 results.