@gwky55
Hi,
Example in MicroPython:
...
def setup():
global wlan, http_req
M5.begin()
wlan = network.WLAN(network.STA_IF)
if wlan.isconnected():
print('Connected')
http_req = requests2.get('https://test/test.php?val1=aaa&val2=bbb', headers={'Content-Type': 'application/json'})
print(http_req.status_code)
And UI Flow2
@yuyun2000
Hi, I used the chat, but it didn’t help.
I’m using a similar code with Pulse mode:
AtomS3 Lite + QRCode2 Base = 230mA
AtomS3 Lite + QRCode1.1 Base = 75mA
That’s too big of a difference when using a battery.
import os, sys, io
import M5
from M5 import *
import time
from base import AtomicQRCode2Base
base_qrcode2 = None
def setup():
global base_qrcode2, data
M5.begin()
base_qrcode2 = AtomicQRCode2Base(2, 5, 6, 7)
base_qrcode2.set_trigger_mode(base_qrcode2.TRIGGER_MODE_PULSE)
base_qrcode2.set_trig(0)
time.sleep_ms(30)
base_qrcode2.set_trig(1)
print('take measurements')
def loop():
global base_qrcode2, data
time.sleep_ms(30)
Hi, I’m using the AtomS3 Lite with the QRCode2 Base.
The QRCode2 draws a high current of around 170 mA at 5 V and starts to heat up after a few minutes, even in pulse mode.
Is this normal?
Is there any way to reduce its power consumption?
Tomas
What is the difference in using AtomicQRCodeBase with the functions start_decode(), stop_decode(), and set_trig(...)? What are the advantages of each approach?