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Part : DS1000-60 Supplier : Maxim Integrated Products Manufacturer : Bristol Electronics Stock : 94 Best Price : $1.3068 Price Each : $2.80
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DS100060-35

Catalog Datasheet MFG & Type PDF Document Tags

a13 sot23-5

Abstract: SOT23-5 A13 equal to R1 and R3 should equal R2. (Continued) DS100060-7 DS100060-11 DS100060-19 DS100060-35
National Semiconductor
Original
LMV321 LMV358 LMV324 SC70-5 a13 sot23-5 SOT23-5 A13 A12 marking 5-pin a13 marking sot235 A12 SOT23-5 three stage instrumentation amplifier using lm358 LMV358/324 LM358/324 LMV321/358/324

a13 marking sot235

Abstract: marking A13, SOT-23-5 . (Continued) DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier
National Semiconductor
Original
marking A13, SOT-23-5 design of bandpass filter using lm324 r sensing circuit using LM358 sc70-5 a12 SOT-23-5 marking a13 LM324 ic as a comparator

r sensing circuit using LM358

Abstract: voltage follower -7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier FIGURE 9. Two-Op-amp
National Semiconductor
Original
voltage follower marking A13 sot23-5 a13 marking sot23 LMV321M5 LMV321M5X

A12 SOT23-5

Abstract: a13 sot23-5 -7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier FIGURE 9. Two-Op-amp
National Semiconductor
Original
DS100060-A7 simple LM324 COMPARATOR CIRCUIT Diagrams sot-23-5 a13 lm358 led driver marking A12 5-pin A5 sot-23 single DIODE DS100060-45

a13 marking sot235

Abstract: A12 marking 5-pin . (Continued) DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier
National Semiconductor
Original
voltage follower circuit using LM324 inverting bandpass Sallen-Key

SOT23-5 A13

Abstract: a13 marking sot235 . (Continued) DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier
National Semiconductor
Original
transistor W3 SOT-23-5 Lm324 as high pass filter

LMv3211

Abstract: Lm324 as high pass filter . DS100060-1 v0=(l+ j^)(V2~ V1 ). where R1 = R4 and R2 = R3 As shown: V0 = 2(V2-V,) DS100060-35 FIGURE 9
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OCR Scan
LMv3211 marking c7 sot-23-5 Lm358 as high pass filter marking tm sc70-5 marking kl SOT23-5 Marking c9 SOT23-5

A12 SOT23-5

Abstract: Lm358 as high pass filter to R1 and R3 should equal R2. DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7
National Semiconductor
Original
SOT23-5 MARKING a12 sot23-5 A12 a13 marking sot23-5 Lm358 as low pass filter A12 SOT23-5 NS LMV321M7 SC-70 LMV321M7X 0804/08032000/NATL/08012000/LMV321

LMV358 MDA

Abstract: LMV324N to R1 and R3 should equal R2. DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7
National Semiconductor
Original
LMV358 MDA LMV324N LMV358M LMV358MX LMV358MM LMV358MMX

bandpass filter using LM324

Abstract: marking c7 sot-23-5 . v0=(l+ ^|)(v2"vl). where R1 = R4 and R2 = R3 As shown: V0 = 2(V2-V,) DS100060-35 FIGURE 9
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OCR Scan
bandpass filter using LM324 A4-10-A transistor IR 324 C 5-30V sot23-5 marking KL

operational amplifier marking A13

Abstract: sot-23-5 a13 . DS100060-7 DS100060-11 DS100060-19 DS100060-35 FIGURE 7. Difference Amplifier 4.2 Instrumentation
National Semiconductor
Original
operational amplifier marking A13 LMV321/LMV358/LMV324

LMv3211

Abstract: R2C marking ~ V1 ). where R1 = R4 and R2 = R3 As shown: V0 = 2(V2-V,) DS100060-35 FIGURE 9. Two-Op-amp
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OCR Scan
R2C marking Lm358 amp A9 SOT-23 30L SOT-23 marking E5 amplifier squarewave generator

LM 324 N with 16 pin

Abstract: lm 324 circuit diagram DS100060-35 FIG U RE 7. D ifference A m plifier 4.2 Instrum entation C ircuits 4.3 FIG U RE 9. Tw o-O
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OCR Scan
LM 324 N with 16 pin lm 324 circuit diagram V358/324 V321/358/324

8 pin ic lm 358

Abstract: lm 324 circuit diagram w n : Vq = 2^ - V ^ DS100060-35 FIG U RE 7. D ifference A m plifier 4.2 Instrum entation C
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OCR Scan
8 pin ic lm 358 OF lm 324 IC LM 393 N lm 358 specifications and layout

OF lm 324

Abstract: 120r R4 and R2 - R3 ¡ f i ( V 2 " Vl ) DS100060-19 A s s h o w n : Vq = 2^ - V ^ DS100060-35
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OCR Scan
120r

ALP 102 modulator

Abstract: voltage compare tor lm324 DS100060-35 FIGURE 9. Two-Op-amp Instrumentation Amplifier 4.3 Single-Supply Inverting Amplifier There
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OCR Scan
ALP 102 modulator voltage compare tor lm324 simple LM324 COMPARATOR CIRCUIT gj hall effect sot-23 bja 03LG LMV324/339 LMV358/393 LMV321/331 LMV824/822 LMV821

TTL 7400 national semiconductor

Abstract: sine wave generator using LM358 -19 DS100060-35 FIGURE 7. Difference Amplifier FIGURE 9. Two-Op-amp Instrumentation Amplifier 4.2
National Semiconductor
Original
LMV331 LMV393 LMV822 LMV339 LMV824 TTL 7400 national semiconductor sine wave generator using LM358 comparator circuit using op-amp lm 358 MAL LM393 mixer 5pin eme marking sot23

a13 sot23-5

Abstract: sine wave generator using LM358 -19 DS100060-35 FIGURE 7. Difference Amplifier FIGURE 9. Two-Op-amp Instrumentation Amplifier 4.2
National Semiconductor
Original
A14* marking sot23-5 SOT23 M7 EME-7351 sot23-5 marking "4P" capacitor 226 35K 022 LM 272 dual op amp