A distributed RC circuit analogous to a continuously tapped transmission line can be made to have a rational short-circuit transfer admittance and one rational short-circuit driving-point admittance.

Active-RC circuits containing 2-terminal linear passive elements and ideal transistors or operational amplifiers are derived from symbolic voltage or current transfer functions by admittance matrix ...

Analyze an RC circuit using transfer function and state-space models. Includes Bode plots, impulse and step response simulations, and pole-zero maps. Ideal for modeling thermal/electrical systems l ...

An engineering student would most likely multiply two ideal transfer functions to get an overall input-output transfer function. This approach only works if steps have been taken to ensure the ...

Circuits can often be compartmentalized into stages with only one or two reactances in each stage. These circuits can be formidable to analyze for engineers unaccustomed to using much math, yet ...

In Electric Circuit/Network application, there are different methods to determine the transfer function. For simple circuits, these methods include simple loop via the differential equation, single ...

In this Signal Chain Basics, we’ll discuss the design of different operational amplifier (op amp) active filter response types using basic circuit-transfer function equations.