Obrót Elementów w Flux

0:12

Jeśli pytasz o obrót elementu/układu w Flux, to niestety ja nie mogę kliknąć UI za Ciebie, ale mogę Cię pokierować.

Najkrócej:

w schemacie obracasz zaznaczony komponent skrótem R
w PCB/layout też zwykle działa obrót zaznaczonego elementu po jego wybraniu, ale to jest operacja wykonywana ręcznie w edytorze przez użytkownika, nie przeze mnie

U Ciebie ważne jest też to, że:

jesteś teraz w widoku PCB
masz zaznaczony obiekt PB1
i nie masz uprawnień edycji tego projektu, więc nawet po znalezieniu elementu możesz nie móc go obrócić, jeśli projekt jest tylko do podglądu.

Spróbuj tak:

Kliknij element, który chcesz obrócić.
Naciśnij R.
Jeśli nic się nie dzieje, sprawdź czy:
- zaznaczony jest faktycznie komponent, a nie pin/terminal,
- masz prawo edycji projektu,
- jesteś w odpowiednim edytorze.

Jeśli chcesz, mogę też od razu wyjaśnić:

jak obrócić na schemacie,
jak obrócić na PCB,
albo jak zrobić to dla part projektu takiego jak ten ATmega.

27 days

barrfart

Pokaż mi dokładnie, jak obrócić PB1 w PCB.

27 days

flux

0:25

Reading docs about How do I rotate a selected component or part in the PCB editor in Flux, and what should I do if the project is read-only or I cannot edit the current project?.

Deciding on PCB resources.

Quoting documentation for clarity.

To rotate the selected component in PCB, this is what the Flux documentation says:

Positioning
To move a component, left-click on it and drag it to the desired position. For rotating a part, there are two options:

Right-click on the part you want to rotate and select "Rotate right" or "Rotate left."

To rotate parts quickly, use the open or close square brackets [ ]

Source

Obróć o 90°

Pokaż PCB skróty

Jak przesunąć PB1

27 days

hey

raiven98

HEY

smermis1

hey

Someone is typing...

ME ALLUDAS A CONECTAR

albertopg

@copilot, how should I connect VCC, AVCC, and GND of ATMEGA328P-PU to a power source

copilot

To connect the ATMEGA328P-PU to a power source (let's suppose it's a 5V DC supply), here's what you need to do:

Connect the VCC terminal (the terminal with designator VCC) to the positive terminal of your power supply.
AVCC is the power supply for the analog functions within the microcontroller. To ensure proper functioning of the Analog to Digital Converter inside the microcontroller, AVCC should also be connected to the positive terminal of your power supply. However, it's highly recommended that you connect AVCC and VCC through a 100nF or similar decoupling capacitor to ground. This can help in filtering out the high-frequency noise.
Finally, connect the GND terminal (the terminal with designator GND) to the ground or the negative terminal of your power supply.

Make sure to provide the right power supply voltage as excessive voltage can damage the microcontroller. Always refer to the datasheet for the correct operating voltage range. For ATMEGA328P-PU, the operating voltage range is from 1.8V to 5.5V.

Remember, in any PCB design, power and ground connections are essential as they provide the necessary voltages for the chip's operation. Always take care while designing these power connections.

Source(s):

https://docs.flux.ai/tutorials/tutorial-creating-a-part-from-scratch https://docs.flux.ai/Introduction/walkthrough-3-parts

chiri493

ME ALLUDAS A CONECTAR

Someone is typing...

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