Today is 23 typical classic LM358 circuits, mainly consisting of the following 23:
Explanation of 23 LM358 Typical Classic Circuits
Release date：2023/8/23 20:47:00 Number of clicks：690 次 news source：
1. LM358 DC Coupled Low Pass RC Active Filter
2. LM358 LED driver
3. LM358 TTL driver circuit
4. LM358 RC Active Bandpass Filter
5. LM358 square wave oscillator
6. LM358 hysteresis comparator
7. LM358 bandpass active filter
8. LM358 optical driver
9. LM358 current monitoring
10. LM358 Low Drift Peak Detector
11. LM358 voltage follower
12. LM358 power amplifier peripheral circuit
13. LM358 Voltage Controlled Oscillator (VCO)
14. LM358 fixed current source
15. LM358 pulse generator
16. LM358 AC Coupled Inverting Amplifier
17. LM358 AC coupled non reverse amplifier
18. LM358 adjustable gain instrument amplifier
19. LM358 DC amplifier
20 LM358 pulse generator
21. LM358 bridge current amplifier
22. LM358 reference differential input signal
23. LM358 DC differential amplifier
1、 LM358 dual operational amplifier
The LM358 includes two independent, high gain, dual internal frequency compensated operational amplifiers, suitable for single power supply over a wide voltage range and also suitable for dual power supply operation mode. Under working conditions, the power supply current is independent of the power supply voltage. Its scope of use includes sensor amplifiers, DC gain modules, audio amplifiers, industrial controls, DC gain components, and all other operational amplifier applications that can be powered by a single power source.
2、 LM358 Features
Internal frequency compensation
High DC voltage gain (approximately 100dB)
Unit gain bandwidth (approximately 1MHz) Wide power supply voltage range: Single power supply (3-30V)
Dual power supply (positive and negative 1.5- positive and negative 15V)
Power suppression ratio low power current, suitable for battery power supply. Low input bias
The common mode input voltage range for low input offset voltage and offset current is wide, including grounding. The differential mode input voltage range is very wide, which is equal to the power supply voltage range and has a large output voltage swing (0 to vcc1.5V)
3、 LM358 parameters
Input bias current: 45nA
Input misalignment current: 50nA
Input offset voltage: 2.9mV
Input maximum common mode voltage: VCC-1.5V
Common mode rejection ratio: 80 decibels
Power rejection ratio: 100 decibels
4、 LM358 Pin Description
PCBA
Pin functions of DIP formed pins
PCBA
Schematic diagram of circular metal packaging pins
5、 LM358 internal circuit schematic diagram
PCBA
6、 LM358 DC Coupled Low Pass RC Active Filter
PCBA
7、 LM358 LED driver
PCBA
8、 LM358 TTL driver circuit
PCBA
9、 LM358 RC Active Bandpass Filter
PCBA
10、 LM358 square wave oscillator
PCBA
11、 LM358 hysteresis comparator
PCBA
12、 LM358 bandpass active filter
PCBA
13、 LM358 optical driver
PCBA
14、 LM358 current monitoring
PCBA
15、 LM358 Low Drift Peak Detector
PCBA
16、 LM358 voltage follower
PCBA
17、 LM358 power amplifier peripheral circuit
PCBA
18、 LM358 Voltage Controlled Oscillator (VCO)
PCBA
19、 LM358 fixed current source
PCBA
20、 LM358 pulse generator
PCBA
21、 LM358 AC Coupled Inverting Amplifier
PCBA
22、 LM358 AC coupled non reverse amplifier
PCBA
23、 LM358 adjustable gain instrument amplifier
PCBA
24、 LM358 DC amplifier
PCBA
25、 LM358 pulse generator
PCBA
26、 LM358 bridge current amplifier
PCBA
27、 LM358 reference differential input signal
PCBA
28、 LM358 DC differential amplifier
PCBA
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