Se você escolher componentes do EasyEDA Libs ou de `More Libraries ...> EasyEDA Components ', então para alterar o valor você deve selecionar um novo componente da respectiva biblioteca. Se você estiver selecionando componentes de qualquer outra biblioteca, basta clicar duas vezes no azul no esquema e editá-lo. Clique novamente em qualquer lugar no esquema para inserir o novo valor. Se o fizer, não se esqueça de verificar se o pacote do PCB e quaisquer outras informações associadas ao novo valor estão correctas If you choose components from the EasyEDA Libs or from `More Libraries... > EasyEDA Components', then to change the value you must select a new component from the respective library. If you are selecting components from any other library then just double-click on the blue in the schematic then edit it. Click back onto anywhere on the schematic to enter the new value. If you do this, do not forget to check that the PCB package and any other information associated with the new value are correct

Hello Andyfierman, sera que voce poderia me ajudar a construir um Power bank PCB com esses detalhes por favor. Eu nao tenho nenhuma experiencia nesse ramo mas preciso muito de ter esse projeto pronto. Toda vez que eu tento fazet isso sai errado out muito grande o PCB. Esses aqui sao os capacitadores que vou usar. Panasonic EEU-FC1H222 50v 2200uf com 4,5 e 6 capacitadores na PCB. tambem preciso que esse PCB possa supportar ate 63v esse designe foi criado mas esta tudo muito grande e tambem nao sei exatamento o tamnho dos capacitadores. http://i.imgur.com/6pF3DLu.png essa foto aqui eu achei na internet essa e exatamente oque eu estou precisando http://i.imgur.com/kVxOuWQ.png Os dois ponto de energia Positivo e Negativo vai ser soldado um fio de 10 gauge em cada ponto de de solda. e preciso que os capacitadores tenha os pontos de solda banhado a ouro acho para ter melhor conducao de energia. Por favor me ajude com esse projeto.

![enter image description here][1] ![enter image description here][2] [1]: /editor/20170425/58fe6291f2edd.png [2]: /editor/20170425/58fe62a324441.png

Skyn3t, Desculpe, mas para ajudar com o design do seu "Power Bank" você precisa fornecer muito mais informações sobre o que é para ser usado para. Por exemplo: Como você vai cobrar isso? De que fonte? Qual a carga que se destina a fornecer (a que carga deve ser ligado)? Quanto carga você quer armazenar? Qual é a corrente de carga? Quais são as dimensões necessárias do PCB? Como você pretende proteger os pinos i put / output de uma sobretensão de entrada de carga ou de uma carga de curto-circuito? Sorry but to help with the design of your "Power Bank" you need to provide much more information about what it is to be used for. For example: How are you going to charge it? From what source? What load is it intended to supply (what load is it to be connected to)? How much charge do you want to store? What is the load current? What are the required dimensions of the PCB? How do you intend ​to protect the i put/output pins from charging input overvoltage or a short circuit load?

the power bank will charged from a source of 63v from the will be not From what source? the power bank will charged from a source of 63v trough 10 gauge wire A/B as show in the picture below What load is it intended to supply? it will supply the a discharge of 63v 8800uf "Four capacitor in parallel. How much charge do you want to store? It will store the capacitance of 4,5 and 6 capacitor in parallel like I mentioned above What is the load current? 63v dc What are the required dimensions of the PCB? ![enter image description here][1] ![enter image description here][2] I hope it helps. like I said this is only a simple power bank with capacitors in parallel. as you can see in the design i made I don't know how to add cooper lead to it or even add the Board Outline. ![enter image description here][3] from the last picture you can see what I was doing simple power bank but the pcb I use is so cheap this is 2x8cm with four 18mm x 36mm capacitor. I wish I could give you more specification but this all I know. [1]: /editor/20170425/58fe7e9f3b51e.png [2]: /editor/20170425/58fe7afabbcc6.png [3]: /editor/20170425/58fe7f705bf4d.jpg

"What is the load current? 63v dc" 63Vdc is the voltage across the capacitors. It is not the current drawn by the load. * What do you want to use this "Power Bank" for? * What are you going to power from these capacitors? * If you are intending to use it, for example to supply power to charge a mobile phone, then your simple circuit will not work. It will destroy the phone. I will try to help you but you must: 1. Read this link: https://easyeda.com/forum/topic/The_best_way_to_design_a_PCB_in_EasyEDA-ThR3pwqIC 2. Read and try the things described in the EasyEDA Tutorial: https://easyeda.com/Doc/Tutorial/

here is what I'm intend to build. same concept but stronger. this company made this little cap bank but is not enough for high currency on big setup ESC and Motor so US include me on this hobby we need more juice when ESC send pulse to Lipo battery so instead the ESC " Speed Controller take all the juice from a lipo battery the capacitor bank discharge at high rate to keep the voltage to 34v to 63v depending on your RC car,boat or airplane . that where my big capacitor bank comes in. don't get me wrong but if i would know how to make this design using the EasyEDA I already place a big order on those PCB. I myself just can get it done. I have spent hours on this software and I'm afraid when i order it it all comes wrong and have my time and money wasted. I have been build those capacitor bank with this cheap Penta Angel 10pcs Double-Side Prototype PCB Universal Printed Circuit Board Universal PCB Circuit Board (2x8cm)

![enter image description here][1] [1]: https://images-na.ssl-images-amazon.com/images/I/71HIdPGv-RL._SL1083_.jpg I just want to have my capacitor bank with a nice and neat PCB personalized with my name on.

This is what i want to build but stronger not some small packs to do nothing when we do need. http://www.castlecreations.com/en/cc-cap-pack-011-0002-02

Got it. Now I understand. How many caps do you want? 4? 5? 6? Do you want a 6 cap PCB so you can fit 4 or 5 or 6?

@Skyn3t, Done. I have not made it public since I assume that you want to keep it private. Please email me at `<my username>@easyeda.com` and tell me the email address that you log into EasyEDA with. :)

Thank you Andyfierman, I really appreciate it man.