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1. #HW TO USE MACSPICE TO CALCULATE CURRENT MAC OS#
2. #HW TO USE MACSPICE TO CALCULATE CURRENT SOFTWARE#
3. #HW TO USE MACSPICE TO CALCULATE CURRENT PROFESSIONAL#
4. #HW TO USE MACSPICE TO CALCULATE CURRENT SERIES#
5. #HW TO USE MACSPICE TO CALCULATE CURRENT MAC#

Now, as the current goesįorward, notice there's a branch. So, I would imagine a smallĬurrent flowing over here and see if that entire current flows here. Need to have the same current flowing through them.

#HW TO USE MACSPICE TO CALCULATE CURRENT SERIES#

Two resistors are in series or not, is remember that they Series, but are they in series? The answer is no. Do you think they are in series? They look like they're in

Is identify resistors in series and in parallel. It'll be a great idea to first pause and see if Reduce circuits like this in a previous video, so That, then I can go ahead and apply Ohm's law and calculate it.

I need to replace these three resistors with one single resistor. I need to first, calculate what is the equivalent Is since I know the voltage across these two points, So, what's the correct way to do this?, The correct way to do this, Is the potential difference across each resistor If you substitute V asĥ0 for each resistor, we are implying that 50 volts And that's why I can'tĭirectly solve the problem. I don't know the potentialĭifference across ten ohms. I don't know the potentialĭifference across two ohms. Potential difference across this and this point. Same voltage as this point which means, I know the Voltage as this point and this point as the Is the potential difference across these two points. The potential difference across two ohms, 50 volts The potential difference across two ohms. This for two ohm resistor, then I need to know what's The potential difference across that resistor. Why is that wrong? That's because when we apply Ohm's law, V, which is the voltage, is We now know current through each resistor. I would put V is 50, that's already given, R is 40. To calculate the current here, I would substitute R as two, V And what I'm thinking over here or what I used to think over here is I already know the voltage is 50. So remember Ohm's law? Ohm's law says V equals I times R. What I would do is apply Ohm's law to each resistor directly. Now before we start solving this, let's quickly go through a common mistake that I would do while Written down to save space is to find the voltageĪcross each resistor and to find the current There are many Circuit Design Softwares including different platforms ,they are based on Windows ,Linux ,or On Mac, Or based on cloud servers which you could run it anywhere.Resistors connected as shown across a 50-volt supply. Which tools you choose and on which platforms you choose to run was decided by your preferences, the functions you require the tools to have, the convenience of the tools, the platform you uses and so on. For most of the tools support mutil-platforms and commonly support running on windows and linux.

#HW TO USE MACSPICE TO CALCULATE CURRENT MAC#

Let me introduce some Circuit Design Softwares that run on Mac OS.

#HW TO USE MACSPICE TO CALCULATE CURRENT MAC OS#

ĮasyEDA is Window,Linux, Mac OS and Web-Based Circuit Design Software, which supports free Schematic Capture, Spice Simulation,PCB Design. HW TO USE MACSPICE TO CALCULATE CURRENT MAC OS ĮasyEDA provides some distinct features :ġ.EasyEDA provides clean and user-friendly homepages and Editor User Interface. ģ.It supports Schematic capture ,Spice simulation,PCB Layout online. Ģ.It can import Schematics and PCB Files form Eagle ,Altium Designer,Kicad ,LTspice.Ĥ.It includes abundant and increasing amount of hardware projects ,resourceful schematic libs and PCB libs created by and shared with all the EasyEDA users. Ĥ.It supports developing with colleagues and partners collaboratively. Ħ.It provides easy PCB order which saves your time and effort to make sample PCB. ħ.It Provides EasyEDA source file to save locally. Ĩ.It provides SVG source to preview Schematic, PCB Layout and Gerber file. ĩ.EasyEDA provides rich spice models to make simulation. Ġ0.EasyEDA provivdes simulation viewform viewer.

#HW TO USE MACSPICE TO CALCULATE CURRENT PROFESSIONAL#

There are four main functions EasyEDA provide:Īt present with the improved functions of EasyEDA, EasyEDA becomes an ideal choice for professional engineers ,students, makers, enthusiastics, hobbyists. EasyEDA provides professional online support for any EasyEDA users who has questions on using EasyEDA.

#HW TO USE MACSPICE TO CALCULATE CURRENT SOFTWARE#

HW TO USE MACSPICE TO CALCULATE CURRENT MAC OSĮasyEDA is not only an excellent online circuit design software but also provides some favorable support and services.