Electronic Devices & Circuits

Electronic devices and circuits are the building blocks of modern technology, covering key parts like diodes, transistors, and integrated circuits. They control how electricity moves to power, compute, and share information.

LTspice schematic of a dual op-amp precision peak detector circuit with feedback diodes and hold capacitor

Precision Peak Detector Circuit in LTspice: Tracking Audio Envelopes with a .wav File

Build a precision peak detector with two op-amps and feed it real audio using LTspice's wavefile sou...

LTspice schematic of a non-inverting amplifier with 54k and 1k resistors, a 1.65V reference input, and a 30mV sine source

Non-Inverting Amplifier Explained: 30mV to 3.3V Gain and Offset Example

A non-inverting op-amp amplifier scales a 30mV signal to 3.3V and adds a 1.65V DC offset. See the ga...

LTspice schematic of a non-inverting op-amp amplifier with 10k and 20k resistors

How Does a Non-Inverting Amplifier Work? Op-Amp Gain Example (5V to 15V)

Learn how a non-inverting op-amp amplifier works, with a real LTspice simulation showing a 5V input ...

Electronic Devices & Circuits

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