LM258, LM358, LM358A, LM2904, LM2904A, LM2904V, NCV2904, NCV2904V
ELECTRICAL CHARACTERISTICS (VCC = 5.0 V, VEE = Gnd, TA = 25°C, unless otherwise noted.)
Characteristic Symbol Min Typ Max Unit
Input Offset Voltage
+ V V+ LED+ 8 0 3 0 7 k R 2 R 2 5 8 IC1B R 4 7 6 LED- LM358N T1 k 4 1n 4 0 BUZ11 5 0 R 1 R 2 C1 R1 PK 510k 10k 0 K L D 1 R11 1 R10 3 IC1A 0 1 D1 9 0 2 4 6 4 10k 2 1N4148 2 R R 1 I L R 1 LM358N R 0 V- GND
UNKNOWN!!! R? D 1MEG D +5 +5 +5 8 8 100K U?A U?B 2 6 C? 1 7 R? 3 R? 5 C? C? R? 47K 0.75UF 100K 0.1UF LM358_NSC LM358_NSC 0.1UF 150 C? 4 4 R? C? 47UF ALUM 4.7K 0.1UF C C B B iTOP REV ENG CIRCUIT 10/8/2004 RED BYER Title A A Size Number Revision A Date: 7-Oct-2004 Sheet of File: F:\!REDS\PERSONAL\ELECTRONICS-GEDNraEwRnALy
INT n 2k2 s 5 / + N zum PIC Interrupt t 5 n 8 M t C1 r s f d 100nF p o 4 p R3 r S 47k t n r GND s LM358N 2 R1 A d R5 1 s OUT1 3 1k PAD1 I Ausgang 1 2k2 IC1A B t A t R4 PAD2 s o h l 47k - i r M B t n Moh LM358N 6 R2 C OUT2 R6 7 1k C 2k2 5 PAD3 Ausgang 2 IC1B k R 1 GND
2 1 SDS-S2_12_VOLT R6 R2 VCC 2k7 82k k 5 1 R zum DSO+Verstärker 3 IC1A R4 Q1 1 IRLL024N GND 2 1k2 LM358N 8 2 6 R R 2 1 k 3 1 R C3 8 k 1 R R 2 IC1B 5 100uF 7 CR3 CR2 6 C R CR1 LM358N R 100nF 100nF VA 100nF Tiefentladungsschutz 9,6 Volt
8 1 4 +C15 1 k n GND C12 R 0 l 1 k 10uF/25V 2 R 1 R 4 QR11 100nF 3 5 IC12B FDB6670AL 4 7 1 6 1 1 LM358D GND GND GND GND k 1 0 R D D D D V IC11 V 6 8 GND GND 1 k TRE VCC+ 4 R 1 /RES https://www.fairchildsemi.com/datasheets/FD/FDB6670AL.pdf IC12A 3 7 DIS OUT 3 1 2 CON 5 LM358D 4 2 TRI GND 1 R 1 C14 NE555
< 0.1 Ohm. Weil der Spannungsverlust an diesem Draht her der Hersteller ein Operationsverstärker (LM358) verwendet um diese Spannung zu verstärken. Ich habe den Widerstand R9 durch einen Widerstand von 0,1 Ohm ersetzt, dann kann man ja 3 Ampere Last eine Spannung > 1 V am Pin 3 von UC3843 messen. Der
4 8 2 9 +C15 R 0 l 5 7 GND C12 1 k R 4 10uF/25V 2 R 1 QR11 100nF 4 3 5 IC12B FDB6670AL 1 7 6 1 1 LM358D GND GND GND GND k R 0 D D V V IC11 GND GND 3 6 TRE VCC+ 8 1 0 /RES 4 https://www.fairchildsemi.com/datasheets/FD/FDB6670AL.pdf R 1 3 IC12A 7 DIS OUT 3 1 2 5 LM358D 2 CON 1 1 k TRI GND C14 R 1 NE555
2 GND 0 7 Istwert DK-Poti 4 V 4 R P A k 1 D 2 S S 7 R 2 L 4 + GND E 8 n 3 IC1A GND 5 7 1 C 4 2 + LM358D GND PD-Regler 4 8 7 6 5 4 3 2 S GND E A GND Zu DC-Motor LSP3 V 1 470k 47k RN1 1 + R2 7 2 LSP5 4 C Relaxation Oscillator D1 R 2 5 IC1B 470 Q1 1N5908 7 2N6488 +C4 6 R4 LM358D 47u GND GND 3 k R 5 n 3
L L L 3 IC1A Q1 SDS-S2_24_VOLT1 1 V 1 V 2 V3 V4 1 R4 IRLL024N _ O _ S _O _S 2 2 2 2 2 1k2 2 2 2 2 LM358N - - - - S S S S S S S S k R 9 6 R R 4 2 1 7 0 3 8 R C3 + R 2 1 R + IC1B 5 470uF 7 CR3 CR2 6 1C R CR1 V LM358N V 9 2 100nF 100nF A 100nF A G - - - U zu BLA VCC Tiefentladungsschutz 24Volt 10.08.2012
GND S IC2 5 4 +5V F1 4 VDD DRAIN 5*4 L 3 1*2 FB SOURCE 8 C1 VIPER22A 3 IC1A C B1 1 C 1n 2 8 PE 4 LM358N 1 d + C2 +C4 +C11 C10 1 3 N R17 r 2 R 1 D 1 N D C3 4u7 4u7 22u 100n n G 200R r L 1n 1 7 7 0 GND g R3 R 4 C 1 V R16 N + 10R 3 k 3k 1 0 OK1 2 5 k 0 R 1 4 1 R 1 R 3 R 1 3 2 5 IC1B 1N4148 C 6 7 D4 PC817 2 R LM358N 4 2 D TVRA n D C8 4 9 0 1 0 C 1 Isolationsbarriere 100n R 1 GND E E 1 2 3 4 5 6 7 8
3 8 2 S B 1 U2B 100nF V 5 2 5 + + R5 8 U2A R V 7 10K 3 + + 3 1 6 - V 1 R10 Q2 - V 4K7 1 BC847 GND LM358 2 - V A 4 2 D 4 LM358 S R 3 P1 0 R 3 1 Q1 LASER 2N7002 2 2 8 2 1 R R R R K R 3 +3V3 2 8 8 1 4 SDA K 4 1 R 5 SCL 1 6 1 7 0 N 8 LASER N 9 C C 10 C 11 12 +12V 13 14 C1 C6 100nF 100uF/16V GND 4 +12V e
s t 7 7 r c R 4 R3 4 n u 0 K l R 2 C1 B 4 3 R4 GND 100nF UON 1 3 IC3A l S 1 1 u 390K 2 D ü P 1 2 LM358N L g 1 2 K 5 0 3 1 R 1 SCL 4 SCL OUT0 SDA SDA GND C C GND V 5 A1 R6 6 A0 OUT1 8 5 IC3B T1 22K 7 BS170 K 7 6 0 R LM358N 1 X2 JP1 10 9 1 2 8 7 DB7 3 4 DB6 6 5 SDA DB5 DB4 SCL 5 6 4 3 X1 GND 7 8 2 1 EN1
C3 100nF 4 s 7 7 r R 4 R3 4 n 0 K R 2 C1 4 3 R4 GND 100nF UON 1 3 IC3A l S 1 1 u 390K 2 D ü P 1 2 LM358N L g 1 2 K 5 0 3 1 R 1 SCL 4 SCL OUT0 SDA SDA GND C C GND V 5 A1 R6 6 A0 OUT1 8 5 IC3B T1 220K 7 BS170 K 7 6 0 R LM358N 1 X2 Beleuchtung JP1 10 9 1 2 8 7 DB7 3 4 DB6 6 5 SDA DB5 DB4 SCL 5 6 4 3 GND
C3 100nF 4 s 7 7 r R 4 R3 4 n 0 K R 2 C1 4 3 R4 GND 100nF UON 1 3 IC3A l S 1 1 u 330K 2 D ü P 1 2 LM358N L g 1 2 K 5 0 3 1 R 1 SCL 4 SCL OUT0 SDA SDA GND C C GND T1 V 5 A1 R6 BC547 6 A0 OUT1 8 5 IC3B R12 10K 7 K 7 6 330R 0 R LM358N 1 X2 Beleuchtung JP1 10 9 1 2 8 7 DB7 3 4 DB6 6 5 SDA DB5 DB4 SCL 5 6
process electronically before send to DUE_A0. For this we adda lowpower supply operational amplifier LM358 to the self-madeArduinoDUEshield. Its jobis to amplify and to shift the U siindl in a way that theoutput voltage of LM358 ishigh enough inmagnitudeand never negative. dB OUTPUT for dt 3 8 ① DUE-Pin A0 INPUT 1,5H try100nF 1 ① LM358 2 4 0V GND DUE GND 1 dA OUTPUT for dt ① 100k DUE-Pin A0 220k R 1k R 3,3k 220pF 500nF GND 1 0V GND DUE 3,7V LM358 Pin8 3,9k Li-Ion Akku GND 1 2k LM358 Pin4 0V If we assemble all components
0 Pas 1 5 Vref GND 1 4K7 + a P +15V E S Pas 0 6 0 R19 LED1 1 k u Pas 1 PaPsa1s 0 rt Pas 0 R1 A S LM358M 0 1 2k2 IC1A a a 2 In 0 P 0 P Out 0 1 - 2 4 0 3 In 0 Pas 1 R5 Pas 1 5 k R u R20 0s 2 3 8 S Pas 1 Pas 1 Pas 0 Pas 0 -P D 10M D 2k2 5 8 LED2 3 LM358M 4 a -15V O IC1B 6 In 0 4 Pas 1 5k6 PPas 1 8 a N
1 V GND 5 Vref GND 4K7 + 0 P +15V E 6 S Pas 0 1 k p Pas 1 R19 PaPsa1s 0 rt LEDPas 0 R1 A S 0 2k2 LM358M s P IC1A 2 In 0 P 0 P Out 0 1 1 R5 5 k 4 p R20 3 In 0 0 Pas 1 Pas 1 3 8 R S Pas 1 Pas 1 Pas 0 Pas 0 1a2 O 5P D 10M D 2k2 LED2 3 LM358M 4 1 O 1 5k6 P -15V D IC1B 6 In 0 0 4 P0s 1 Pas 1 8 Out 0 7 D
wird + B10 A3 + (R9, R10, R11, D1, D2, Q1, T1) + 0 R13 RESET TX Dann werden Drain und Source R 1 LM358N 5 0 ADC RX A2 von T1 gebrückt. 3 9 8 2 R 1 10k B3 CH_PD GPIO5 7 0 3 R R 1 A B8 1 JP3 GPIO16 GPIO4 BOOT0 R 1 T1 JP10 A 8 3 1 Data RESET GPIO14 GPIO0 A4 IRF9310 B1 1 IC2A B9 2 PON GPIO12 GPIO2 C4 3 A9 GPIO13 GPIO15 GPIO15 WS2812 4 GDN VCC GND R10 100nF LM358N VCC B0 Q1 4 6 +3V3 2 k 82 BS170 R8 7 DCF77 1 0 0 a R 1 R 1 4 n LED1 680 5 4 12 T t DCF IC2B T DD B O R8, LED1 und IC2 nur erforderlich, GND B 2 wenn DCF verwendet wird D GND GND GND GND AMS1117 3
vergleichbaren Mikrocontrol- stärkungderbeidenOpamps(IC1, ein ler-Schaltungen.ZentraleKomponente LM358) muss so eingestellt werden, istMikrocontrollerIC2,einPIC16F876 dass der Eingangspannungsbereich von Microchip. Die Hersteller-Doku- des controller-internen AD-Wandlers 52 elektor-5/2004 IC3 IC4 78L08
vergleichbaren Mikrocontrol- stärkungderbeidenOpamps(IC1, ein ler-Schaltungen.ZentraleKomponente LM358) muss so eingestellt werden, istMikrocontrollerIC2,einPIC16F876 dass der Eingangspannungsbereich von Microchip. Die Hersteller-Doku- des controller-internen AD-Wandlers 52 elektor-5/2004 IC3 IC4 78L08
1 R 1 Q2 10k BC548B GND 1 0 + - Q3 R 0 E GND E GND 0 k BC548B 1GND N N 2 0 IC6A 2 E E IC7 IC2 R 1 LM358N 3 k VIN-2 _ _ INA126P MAX232 3 2 0GND GND T T 4 D VOLTAGE_FEEDBACK 1 R 1 D1 N N V- G +12V 1 2 R R 7 C2 + C1+ 2 2 k VOLTAGE R R V+ 5 D C22 3 V+ R 1 U U2 N 1u C1- 6 C17 C C G 1u 4 V- C2+ GND 2n2 8 C3 + C5 C4 + 3 GND 5 C2- + A IC6B GAIN 2 1u 1u 1u A LM358N 10k TX 11 T1IN T1OUT 14 2 RS232-2 CURRENT_FEEDBACK 5 1 1 R24 10 T2IN T2OUT 7 GND GND 7 D2 6 RX 12 R1OUT R1IN 13 1 RS232-1 CURRENT 6 3 1k +C25 9 R2OUT R2IN 8 3 22n RS232-3 C18 GND 2n2 GND 1 2 3 4 5
Oscillator 6 (V = 5.0 V ) 6 DC 2 Additional single-supply applications ideas can be found in the LM358 datasheet. The LMC662 is pin-for-pin compatible with the LM358 and offers greater bandwidth and input resistance over the LM358. These features will improve the performance of many existing single-supply
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