Could not download Zview from the link even from the comment link. Please provide me the link to download the software and thank u for ur wonderful work
It is entirely dependant on the type of material you have (semiconducter etc). The best way I have found is to look in the literature for similar materials, and develop a model based on the published data.
Thanks for such helpful video. I have a doubt - How to select type of data weighing ? I means how would I know that for my data, which data weighing option should be chosen ?
Here is a new link for those that can not download it from the previous location! Download the Zview 3.2b for unlimited EIS data point fitting👇: drive.google.com/file/d/1_cAKdfg9CUqvntm-H0FCAsIO9rTGKuLg/view?usp=sharing If want to thank me about the video, I would appreciate your support for my learning from russian culture with the trip I want to do to! Donate here 👇: www.gofundme.com/f/viaje-a-russiatrip-to-russiarussia-on-yva?+share-sheet Hope it works for you all. Thank you!!
Here is a new link for those that can not download it from the previous location! I would appreciate you to give a Like & share the video, and please SUSCRIBE! Hope it works for you all. Thank you!! Download the Zview 3.2b for unlimited EIS data point fitting: drive.google.com/file/d/1_cAKdfg9CUqvntm-H0FCAsIO9rTGKuLg/view?usp=sharing
Hey juan ! Thank you so much for the help! I have a question after following every step mentioned by you in the video when I click the run fitting button it gives me an error that the input pending in the graphic 1. Can you help me what could I be doing wrong. Again thanks for all the help!
Hello, i Have a problem. How i Can draw the orginal values and fitted values on Origin Software. I Can Copy Original value from the clip board. But from Where i get fitting values to draw on Origin.
Hello Usman, 1. Choose the fitting values in the uppercenter tab, (where is shown "EIS.txt" in minute 4:06) 2. Afer choosing the fitting values, just save the document with as txt and the open it in Origin. Is this what you were wondering?
Hola Juan. cuando cargo los datos desde el archivo txt me dibuja las curvas solo en un rango de frecuencias (el intervalo de frecuencias que he usado va desde 10E5 a 10E-3 y entre 10 y 0.001 Hz no me lo dibuja las curvas. No tiene que ver con la escala de los ejes porque ya las he modificado. tienes idea de que puede pasar?. gracias. un saludo
You should do right click into the lZl vs Frequency graph (Hz) and then arrange the domain, the ranges of frequency that you would like to see in the graph.
@@nehatewari2626 the proper fit depends on the elements you will add to the Equivalent Electric Circuit but always in accordance with the physic sense of your experiment, every element in the circuit should represent the behaviour of an element in the real world. For instance, to represent a physical layer that hinders the flow of the current you will use a Resistor(R), in case you want to represent charge-storing you would use a Capacitor(C), or more accurately a Constant Phase Element (CPE), and so on. In this order of ideas, it is bettter to choose a model that has physical sense with no so perfect fit over a model that fits 100% but has no physical sense at all.
Are you using period (point) as decimal separator?or try to save your data in notes block from windows, that's how I saved it. Please send me an email with more details (video, picture) of whatever appears when you try to download your .txt to Zview.
When you are designing the equivalent electrochemical circuit, it has to have physical sense with the system you want to simulate. In this case it starts with a resistance because there is a solution-metal phase, so it's the solution's resistance, I know is almost minimum, but still you have to add it to the circuit. The parallel goes after, because according to research in the metal surface its formed a double layer capacitance (Cdl, constant-phase element) and at the same time, the metal provides resistance therefore a resistor. So when making the equivalent circuit you should look for all that is between the electrodes. Kind regards