I have both a Casio and a TI, and I can only say the TI range of calculators is very popular for a reason. If you can do that, you can certainly learn how to do more complicated circuits.Īs for the TI calculator: I'm a part time teacher, and my students find the TI calculators far more intuitive to use than the Casio or other ones. The example we will follow is the first RC example from the AC (alternating current) book from that website: chapter 4.3, Series resistor-capacitor circuits. If you want to learn electronics, I highly recommend the free (yes, free) books from the All About Circuits website. It's just about doing the computations and getting the right results on your TI calculator. In this instructable we won't be explaining the electronics. ・Load / save circuits on your device or in iCloudĬheck out or the Circuit Calculator YouTube channel for more information.You're learning electronics, but how in the world are you going to do those computations with real and imaginary numbers on your brand new Texas Instruments TI graphing calculator? So many knobs to press. ・Share circuits via Messages or Mail apps ・Choose polar or rectangular notation for AC ・Calculate Thévenin/Norton equivalent circuit values ・Calculate steady state currents, voltages and power ・Solve and show the results on the schematic
Please note that this app doesn't perform transient analysis. Enter component parameters as real and imaginary or modulus and argument, just as you would be given in a typical homework problem. Zoom and pan around with standard gestures to view the voltages and currents which are displayed on the schematic.Ĭircuit Calculator is an ideal companion for anyone studying electrical engineering and is great for quickly checking your answers when you've solved a circuit analysis problem by hand. DC current flows can be animated on screen. The steady state response is calculated instantly at the tap of a button. Build an AC or DC electrical circuit by adding, dragging and rotating components and then snapping them together.
0 kommentar(er)
