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how do I connect IC1 and Rpi1?
recapix

recapix

@copilot how do I connect IC1 and Rpi1?
2y

copilot

To connect IC1 (MPU-6050) to Rpi1, you'll likely want to make use of IC1's I2C interface for communication. The MPU-6050's I2C lines are SCL (Serial Clock) on pin 23 and SDA (Serial Data) on pin 24.
Rpi1 comes equipped with I2C capabilities on its GPIO pins. For a typical Raspberry Pi, GPIO 2 (pin 3) serves as SDA, and GPIO 3 (pin 5) serves as SCL for I2C communication. However, the pins you'd use might vary based on the specific Raspberry Pi model and how you plan to set up your I2C in software. I will assume you're using a common configuration.
Here is how you should connect them:
  • For I2C Communication:
    • Connect IC1:SDA (pin 24) to Rpi1:GP2 (assuming this is the SDA pin, typically pin 3).
    • Connect IC1:SCL (pin 23) to Rpi1:GP3 (assuming this is the SCL pin, typically pin 5).
  • Power connections:
    • Connect IC1:VDD (pin 13) to a 3.3V source on the Rpi1 which you can find at Rpi1:3V3 (pins 1 or 17, depending on the specific Raspberry Pi model).
    • Connect IC1:GND (pin 18) to one of the ground (GND) pins on the Rpi1 (such as pin 6, 9, 14, 20, 25, 30, 34, 39).
Please make sure to configure the I2C interface in your Raspberry Pi's operating system, ensuring that the software knows which pins you're using for SDA and SCL. Remember, the Raspberry Pi has pull-up resistors on the SDA and SCL lines, so you usually do not need to add external pull-ups for I2C communication.
This assumes a common setup; if your project deviates from typical configurations, or if Rpi1 refers to a non-standard or custom Raspberry Pi model, please let me know so I can adjust the guidance accordingly.
2y
4
how do I connect Rpi1 and M1?
recapix

recapix

@copilot how do I connect Rpi1 and M1?
2y

copilot

Connecting Rpi1 (a Raspberry Pi device, judging by the prefix and pin naming convention) and M1 (which seems to be a module with various communication interfaces like SCL and SDA for I2C communication) can be done through multiple methods depending on what you want to achieve. Given the pin description for both components in your project, the most common way to connect them would be through I2C, considering both have SCL (Serial Clock) and SDA (Serial Data) pins.
For an I2C connection between Rpi1 and M1, you'd typically connect:
  1. The SCL pin on Rpi1 to the SCL pin on M1
  2. The SDA pin on Rpi1 to the SDA pin on M1
  3. A common ground (GND) between Rpi1 and M1 for a reference point
  4. Powering M1 appropriately, generally with 3.3V from Rpi1 to match the logic levels
However, in your project, specific GPIO pins (e.g., GP0, GP1,…) are listed for Rpi1 without direct mention of which ones are configured for SCL and SDA. Raspberry Pis typically allow for software configuration of I2C on multiple GPIO pins through their software interface.
Assuming standard I2C GPIO pins for Raspberry Pi (which can vary based on the model and software configuration, often GPIO 2 (Pin 3) for SDA and GPIO 3 (Pin 5) for SCL for models like the Raspberry Pi 3 and 4), and given that M1 has pins named SCL and SDA explicitly, here's a generalized connection approach. You'll need to adjust based on your specific Raspberry Pi model and configuration:
  • Connect Rpi1:GP2 (assuming it's configured as SDA) to M1:SDA
  • Connect Rpi1:GP3 (assuming it's configured as SCL) to M1:SCL
  • Connect Rpi1:GND (choose any GND pin, e.g., Pin 6) to M1:GND
  • Connect Rpi1:3V3 (choose any 3.3V pin, e.g., Pin 1) to M1:3.3V
Be mindful that these connections assume typical roles for pins on the Raspberry Pi and generalized operation of M1. If M1 has different voltage requirements or your Rpi1 has a different pin arrangement or I2C configuration, you will need to adapt accordingly. Always verify with your specific Raspberry Pi documentation for the correct I2C pins if you're unsure.
2y
5
Blade 5v
Blade Data
Rpi1 3V3 - M1 3.3V
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Male Copper T-800

Male Copper T-800 thumbnail
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