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create the circuit we were talking about in chat
diamond91

diamond91

@copilot create the circuit we were talking about in chat
1y

copilot

Based on our previous conversation in chat and the details from the project description you've provided, it seems like you're working with an ESP32-DEVKITC module (ESP1) and looking to set up its initial connections for a basic operation. Let's start with a foundational circuit that includes power supply connections, a programming interface, and a basic sensor input considering the ESP32's versatile GPIOs.
Here are the initial steps and connections for your circuit in Flux:
  1. Power Supply Connections:
    • Since the ESP32-DEVKITC operates at 3.3V and also accepts an external 5V on pin 19 named EXT_5V, you can use a USB connection to power the board through the EXT_5V pin, or alternatively, provide a regulated 3.3V directly to the 3V3 pin.
    • Connect your power source positive terminal to ESP1:19 (EXT_5V) if using 5V or to ESP1:1 (3V3) for a 3.3V supply. Ensure to connect the power source ground to ESP1:14 (GND1), ESP1:32 (GND2), or ESP1:38 (GND3).
  2. Programming Interface Setup:
    • The ESP32 can be programmed via its RXD0 (pin 34) and TXD0 (pin 35) pins. If you're using a USB-to-UART bridge to program the ESP32, the connections would be:
      • Connect USB-to-UART Bridge TX to ESP1:34 (RXD0).
      • Connect USB-to-UART Bridge RX to ESP1:35 (TXD0).
      • Additionally, to enable programming mode, the IO0 (pin 25 named IO0) should be connected to GND during reset (pull EN pin to GND briefly).
  3. Sensor Input:
    • If you're planning to connect a basic sensor to the ESP32, you can choose one of the analog-capable GPIOs. For simplicity, let's assume you're using a generic analog sensor. A good choice would be GPIO 34 (pin 5 named IO34), as it is one of the few pins that is input-only and doesn't have an internal pull-up or pull-down resistor.
      • Connect your sensor output to ESP1:5 (IO34). Depending on the sensor, you might need additional components such as resistors or capacitors for proper interfacing.
Here's a summary of the connections:
  • Power Supply to ESP32:
    • If using 5V, connect Power Source:+5V to ESP1:19 (EXT_5V) and Power Source:GND to one of the GND pins (ESP1:14 (GND1), ESP1:32 (GND2), or ESP1:38 (GND3)).
    • For 3.3V, connect Power Source:+3.3V to ESP1:1 (3V3) and Power Source:GND to a GND pin as above.
  • Programming Interface:
    • Connect USB-to-UART Bridge:TX to ESP1:34 (RXD0).
    • Connect USB-to-UART Bridge:RX to ESP1:35 (TXD0).
    • To enable programming, temporarily connect ESP1:25 (IO0) to GND when resetting.
  • Sensor Connection:
    • Connect Sensor:Output to ESP1:5 (IO34).
Please, adjust these connections according to the specific components you're using and verify their pinout and specifications. If your project involves additional details or specific needs not covered here, feel free to provide more information so I can assist you further!
1y
ESP1
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Ripe Copper Scramble Suit

Ripe Copper Scramble Suit
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Last updated by diamond91
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diamond91

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