1. IOVDD
2. GPIO0
3. GPIO1
4. GPIO2
5. GPIO3
6. GPIO4
7. GPIO5
8. GPIO6
9. GPIO7
10. IOVDD
11. GPIO8
12. GPIO9
13. GPIO10
14. GPIO11
15. GPIO12
16. GPIO13
17. GPIO14
18. GPIO15
19. TESTEN
20. XIN
21. XOUT
22. IOVDD
23. DVDD
24. SWCLK
25. SWDIO
26. RUN
27. GPIO16
28. GPIO17
29. GPIO18
30. GPIO19
31. GPIO20
32. GPIO21
33. IOVDD
34. GPIO22
35. GPIO23
36. GPIO24
37. GPIO25
38. GPIO26/ADC0
39. GPIO27/ADC1
40. GPIO28/ADC2
41. GPIO29/ADC3
42. IOVDD
43. ADC_AVDD
44. VREG_VIN
45. VREG_VOUT
46. USB_DM
47. USB_DP
48. USB_VDD
49. IOVDD
50. DVDD
51. QSPI_SD3
52. QSPI_SCLK
53. QSPI_SD0
54. QSPI_SD2
55. QSPI_SD1
56. QSPI_CSN
57. GND

Python
import matplotlib.pyplot as plt

# Components and their power consumptions in mW
components_power = {
    "RP2040": 120,  # Assuming 40 MHz operation at typical voltage
    "LoRa-E5": 111,  # Assuming operation current at 868MHz transmitter mode
    "SD Card": 60,  # Approximate power consumption for SD card writes
    "MEMS Microphone": 1.08,  # SPH0645LM4H-B typical consumption 
    "RT8059": 0.3,  # Quiescent current
    "LEDs": 120,  # Assuming 6 LEDs at 20mA each with 2V forward voltage
    "Other ICs": 10,  # Placeholder for other small ICs
    "Resistors and passives": 5,  # Placeholder for passive components
}

# Supply voltage in V
voltage = 3.3

# Calculating power consumption
total_power_mW = sum(components_power.values())

# Calculate percentage for the donut chart
components_percentage = {k: (v / total_power_mW) * 100 for k, v in components_power.items()}

# Plotting the donut chart
fig, ax = plt.subplots(figsize=(8, 8), subplot_kw=dict(aspect="equal"))

wedges, texts, autotexts = ax.pie(components_percentage.values(), labels=components_percentage.keys(), autopct='%1.1f%%',
                                  shadow=True, startangle=140, wedgeprops=dict(width=0.3))

# Decoration
plt.setp(autotexts, size=10, weight="bold")
ax.set_title("Power Consumption of Major Components")

# Display the plot
plt.show()

Image

https://cdn2.flux.ai/flux-comment-files/files/commentFileId-3b27900874448afb0625dd4e45cfc95361e14c7abf9c93c7495834137cfd9f8e.png?GoogleAccessId=copilot-etl-work-service-acct%40graviton-mvp.iam.gserviceaccount.com&Expires=4874917233&Signature=VqGZ3owt%2FXqoZZ2jhDgx77WBpC70ZZ6e5igwi5hq96LnCPBFzML%2BxMe98i0Fq49rdDYMyw0Fxi8XaZILGycYXPcSYdlN4zILHAjFok2215hWArfr6yyRTjjfHne6at0pFX7qs4YHwhqEoHRI4B1N1X4oIdQwO4SdNPVfna1h6vsI3A%2BT6qBhxRuvztz5gb2QChwQUQ9szxTZTBDe9Jh3peqjTWyBKFQOlZqjzO3HsXBt8HcmNQjgx2e5IRf1J2hQuvtopbe0rk5HPavuRDv6KqWIOcb6Tu8OAogK%2BQDz4tsr2Pl%2B8s6wTNTeEJqFs%2BNMzulB50%2FLgyGtoiW8F0BJPg%3D%3D

• Total Power Consumption: Approximately 427.38 mW

• RP2040: 28.1%
• LoRa-E5: 26.0%
• SD Card: 14.0%
• MEMS Microphone (SPH0645LM4H-B): 0.3%
• RT8059: 0.1%
• LEDs: 28.1%
• Other ICs: 2.3%
• Resistors and Passives: 1.2%

• RP2040: 120 mW (Assumed 40 MHz operation)
• LoRa-E5: 111 mW (Operation current at 868MHz transmitter mode)
• SD Card: 60 mW
• MEMS Microphone: 1.08 mW
• RT8059: 0.3 mW
• LEDs: 120 mW (Assuming 6 LEDs, each consuming 20mA at 2V)
• Other ICs: 10 mW (Estimated consumption for other small ICs)
• Resistors and Passives: 5 mW (Estimated consumption for passive components)

• This estimation involves several assumptions, such as standard operating currents and typical usage scenarios.
• Precise current consumption from components like the SPH0645LM4H-B and W25Q128JVSIQ were not included as their datasheets were not available at this moment.
• You might need to adjust these values based on your specific use case and component operating conditions.