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neo-6m module

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how to connect vcc with esp32

meryam-badour

@copilot how to connect vcc with esp32

copilot

Absolutely, powering the ZED-F9K GPS module is essential. You will typically connect the VCC pin of the GPS module to a 3.3V or 5V power source provided by your ESP32. Let's assume you are using a 3.3V supply, which is common for ESP32.

Here are the steps you would follow:

Connection Specifics:
- Connect VCC to ESP32:3V3.

Ensure you also connect the ground (GND) pins to establish a common reference.

Ground Connections:
- Connect GND to ESP32:GND.

Would you like any additional details or help with other connections like the UART interface?

Someone is typing...

please can you connect ESP32:3V3 to VCC in this schematic

meryam-badour

@copilot please can you connect ESP32:3V3 to VCC in this schematic

copilot

Sure! Let's connect the 3.3V supply from the ESP32 to the VCC pin of the SparkFun GNSS-RTK Dead Reckoning Breakout - ZED-F9K module.

Here's how the connections should be:

Connect ESP32:3V3 to $VCC$.

Would you like to complete any other connections or need further assistance with this project?

meryam-badour

i dont find command connect

copilot

In Flux, to connect components, you typically use the wiring tool to draw a connection between pins. However, there's no direct command-line interface to type "connect".

To connect ESP32:3V3 to VCC in Flux, follow these steps:

Open Flux and load your project.
Select the "Wiring Tool" from the toolbar.
Click on the ESP32 module on the 3V3 pin.
Drag the wire to the VCC pin on the SparkFun GNSS-RTK Dead Reckoning Breakout - ZED-F9K module.
Click to place the wire.

This will connect the power from the ESP32 to the VCC pin of the GNSS module.

If you have any other specific connections or if you need more help, feel free to ask!

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MOSI/CFG_COM0

RSVD_8

GND

MISO/CFG_COM1

TXD1

TIMEPULSE

V_BCKP

CFG_GPS0/SCK

VCC_RF

GND

USB_DM

SCL2

VCC

RSVD_17

SS_N

GND

USB_DP

GND

RF_IN

VDDUSB

RXD1

EXTINT0

SDA2

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