Analogue Circuits
Transistor Based S-R Latch Circuit
Latching circuits are fundamental in modern ICs, crucial for memory retention. The S-R Latch is its basic form. Versatile and
Optocoupler Based TRIAC Circuit
In everyday scenarios, regulating light intensity or motor speed is crucial. PWM with MOSFET handles DC, but for AC, TRIACs
LED Strip Brightness Controller using BJT Transistors
In daily life, managing diverse appliances is routine. Microcontrollers, efficient but low voltage, control high loads through transistors effectively.
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LED Strip Brightness Control Using PWM signal and IRFZ44n MOSFET
In daily routines, diverse appliance control demands more than simple on/off toggles. Regulating light intensity or motor speed requires precision.
IRFZ44N MOSFET H-Bridge Motor Driver Circuit
When driving a motor with small signals, reversing rotation often requires polarity change. H-bridge circuits, like this one with IRFZ44N
555 timer and Transistor Based Motor Speed Controller
In daily life, controlling lights and motors requires more than just on/off switches. PWM signals with BJT transistors regulate intensity
Popular
Adjustable NE555 Timer IC Based 1-10 mins Timer Circuit
Optocoupler Based TRIAC Circuit
Transistor Based S-R Latch Circuit
Voltage Regulator LM7805
Decade Counter with Seven Segment Display and CD4026 Decade Counter IC
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Voltage Regulator LM7805
Transistor Based S-R Latch Circuit
Optocoupler Based TRIAC Circuit
Adjustable NE555 Timer IC Based 1-10 mins Timer Circuit
