The author analyzes an AC LC ladder circuit with spiral vector theory whose state variables are time-varying complex numbers. The author obtains the analytical general solutions that consists of one ...

In the first, a response analysis, the LC tank circuit is driven near-resonantly by a low-frequency radiofrequency current, and its response is detected using lock-in techniques.

The LC tank circuit forms the core of the VCO, while transistors are used for amplification and varactors for voltage-controlled capacitance. The circuit can be configured in various topologies such ...

When a LC tank circuit is operating at resonance frequency, maximum power is transferred to the load or it can be said that the LC tank circuit absorbs maximum power. The above tool is designed to ...

Then we were further amused by [Seraph’s] comment which added, “Resistance in the circuit: ‘Alright, I’ll take the energy, then.'” Of course, there are other ways to think of an LC circuit.

Many applications call for wide-range-tunable LC oscillators that can deliver a nearly constant-frequency, nearly harmonic-free output even when the circuit's output load changes. From a design ...

For example, most biology degree programs don’t require a course in analytical chemistry, and yet there are many biologists using LC every day, simply because LC is a very powerful tool for answering ...

Elettronica Industriale, University of Bergamo. Contribute to greco-salvatore/LTSpice development by creating an account on GitHub.