Schematic Symbol for AFE3010AIRGTR: Ground Fault Circuit...

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how to run this

mvelani

@copilot how to run this

copilot

Certainly! It looks like you're planning to design a Ground Fault Circuit Interrupter (GFCI) based on the AFE3010AIRGTR. You're off to a good start by listing the necessary components and their pins. Here’s a step-by-step guide to setting up and running this project in Flux:

Project Setup

Initialize the Project:
- Create a new project in Flux if you haven't already.
- Import the AFE3010AIRGTR and other necessary components into your project.
Place Components:
- Place the AFE3010 IC on your schematic.
- Add terminals and connectors for your other designators (e.g., ALARM, GND_1, VDD1).

Making Connections Power Connections

Power Supply:
- Connect $VDD1$ to the power supply's positive terminal.
- Connect $GND_1$ and $GND_2$ to the power supply's ground terminal.
Secondary Power:
- Connect $VDD2$ if it's used for separate power requirements in your design.
Exposed Pad:
- Connect $EP$ to GND for better thermal dissipation.

Connections for Functional Pins

Alarm Output:
- Connect $ALARM$ to the input of an external alarm or indicator circuit.
Selection Pin:
- Connect $SEL$ to configure the device settings according to the datasheet.
Fault/Tamper Indicator:
- Connect $FT$ to an external pull-up resistor or microcontroller input pin to monitor fault conditions.
Feedback Pin:
- Connect $FB$ according to the recommendations in the datasheet for the feedback mechanism.
Reference Voltage:
- Connect $REF$ to a precision voltage reference if required.
Push-to-Test and Switch Open:
- Connect $\sim PTT$ and $\sim SW\_OPEN$ according to the testing and open-switch requirements.
Phase Connection:
- Connect $PH$ to the live line of the load.
Output Pin:
- Connect $OUT$ to the output load.
SCR and SCR Test Pins:
- Connect $SCR$ and $SCR\_TST$ according to the SCR configuration and testing circuit recommendations.
Neutral to Ground Output:
- Connect $NG\_OUT$ to the line that indicates neutral to ground fault.

Example Connections

To make it clear, here’s a specific example of connecting

VDD1

and

GND_1

Connect the power supply:
- Connect $VDD1:Pin\ 2$ to Power Supply Positive.
- Connect $GND_1:Pin\ 4$ to Power Supply Ground.

Final Steps

Review all connections:
- Double-check all connections against the AFE3010 datasheet.
Simulation:
- Run a simulation within Flux to ensure there are no connection errors and that the design behaves as expected.
PCB Layout:
- Proceed to the PCB layout editor in Flux to arrange and route your components.

Once you complete these steps, your project should be up and running. If you have specific questions about connections or need further assistance, feel free to ask!

Someone is typing...

ALARM

GND_1

SEL

VDD2

GND_2

REF

~PTT

~SW_OPEN

SCR_TST

OUT

SCR

NG_OUT

VDD1

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