Suchergebnisse für "BME280"
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ESP-32S, ESP32-WROOM, IO1, RESET, 16105, BME 280 , SDA, SCL, GND, 2-6V, PMIC.com
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„Micropython Wetterstation“
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Projekte & Code
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28.01.2026 15:30
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Platinenfotos
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INDUSTRIAL PRO VARTA MADE IN GERMANY AA ESP-32S U.1.1 16105 RESET BME 280 2-6V SDA SCL GND
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„Micropython Wetterstation“
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Projekte & Code
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01.02.2026 08:53
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Platinenfotos
of sensor registers / bytes /* ** Private enums. */ enum BME 280 _OSR // (Over-Sampling-Rate) { BME 280 _OSR_Off = 0, BME 280 _OSR_X1 = 1, BME 280 _OSR_X2 = 2, BME 280 _OSR_X4 = 3, BME 280 _OSR_X8 = 4, BME 280 _OSR_X16 = 5 }; enum BME 280 _Mode { BME 280 _Mode_Sleep = 0, BME 280
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„BME280 Sensor - Code für ATmega328 in C“
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Projekte & Code
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15.08.2026 20:49
include <WiFi.h> //#define USE_BMP280 #define USE_BME 280 #ifdef USE_BME 280 #include <Bosch_BME 280 _Arduino.h> // global instance BME ::Bosch_BME 280 bme {BME 280 _I2C_ADDR_PRIM, 249.67F, true}; #endif #ifdef USE_BMP280 BMP280 bmp; #endif #define
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„Micropython Wetterstation“
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Projekte & Code
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30.01.2026 06:38
added */ #include "BMP280 .h" #include "Wire.h" #include <esp_now.h> #include <WiFi.h> #include "esp_adc_cal.h" //#define USE_BMP280 #define USE_BME 280 #ifdef USE_BME 280 #include <Bosch_BME 280 _Arduino.h> // global instance BME ::Bosch_BME 280 bme {BME 280 _I2C_ADDR_PRIM, 249.67F, true}; #endif #ifdef USE_BMP280 BMP280 bmp; #endif #define LEDPIN 2 // Receiver MAC address uint8_t receiverMAC[] = {0xCC, 0x7B, 0x5C, 0x1E, 0xAC, 0x5C}; #define
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„Micropython Wetterstation“
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Projekte & Code
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31.01.2026 09:23
/robert-hh/BME 280 2026-01-23 mchris ''' import network import uasyncio as asyncio from microdot import Microdot import esp32 import machine import onewire import ds18x20 import scd4x import gc import time from bme 280
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„Micropython Wetterstation“
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Projekte & Code
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23.01.2026 09:38
/robert-hh/BME 280 2026-01-22 mchris ''' import network import uasyncio as asyncio from microdot import Microdot import esp32 import machine import onewire import ds18x20 import scd4x import gc import time from bme 280
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„Micropython Wetterstation“
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Projekte & Code
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22.01.2026 17:52
''' ESP32 sender for BME 280 Communication Method: ESPNOW external library ttps://github.com/robert-hh/BME 280 2026-01-26 mchris ''' peer = b'\xcc\x7b\x5c\x1e\xac\x5c' # MAC address of receiver ESP32 import network import espnow from machine import Pin, I2C import time import struct from bme 280 _float import * import re i2c = I2C(1, scl=Pin(22), sda=Pin(21), freq=100000) bme 280 = BME 280 (i2c=i2c) led = Pin(2, Pin.OUT) # ESP32WROOM Pin2 led.on() # A WLAN interface must be active to send()/
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„Micropython Wetterstation“
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Projekte & Code
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26.01.2026 15:50
Method: ESPNOW external library ttps://github.com/robert-hh/BME 280 2026-01-27 mchris ''' import network, espnow, machine from machine import Pin, I2C import time, struct from bme 280 _float import * import re peer = b'\xcc\x7b\x5c\x1e\xac\x5c' SLEEP_TIME_MS = 6000
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„Micropython Wetterstation“
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Projekte & Code
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27.01.2026 18:48
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MQTT
ESP-01
H3_Garage_Temp
DS18B20 Temperature 15.1 °C
BME 280 Temperature 16.0 °C
BME 280 Humidity 77.4 %
BME 280 Dew point 12.0 °C
BME 280 Pressure 1023.4 hPa
Configuration
Information
Firmware Upgrade
Console
Restart
Tasmota 15.0.1 (release-sensors) by Theo
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„Temperaturmessung mit ESP01S“
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Mikrocontroller und Digitale Elektronik
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09.10.2025 12:59
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Screenshots
''' CYD (Cheap Yellow Display) ESP32 receiver showing remote BME 280 values Communication Method: ESPNOW external libraries: https://github.com/rdagger/micropython-ili9341 2026-01-26 mchris ''' import network import espnow import struct from ili9341 import Display
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„Micropython Wetterstation“
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Projekte & Code
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26.01.2026 15:49
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Raumklima
ESP32: 41.7 °C
DS18B20: 20.9 °C
SCD41 T: 22.6 °C
BME P: 21.81C
BME_T: 975.84hPa
BME_RH: 0.00%
CO2: 1129
RH: 38.6 %
Time: 17:48:20
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„Micropython Wetterstation“
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Projekte & Code
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22.01.2026 17:51
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Screenshots
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REMOTE BME 280
remote temperature: 26.84
remote pressure: 981.29
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„Micropython Wetterstation“
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Projekte & Code
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26.01.2026 15:49
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Fotos
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66c8: e0 82 st Z, r14 66ca: f1 82 std Z+1, r15 ; 0x01 66cc: 00 93 9a 28 sts 0x289A, r16 ; 0x80289a <BME 280 > 66d0: 10 93 9b 28 sts 0x289B, r17 ; 0x80289b <BME 280 +0x1> 66d4: c8 01 movw r24, r16 66d6: 0e 94 47 13 call 0x268e ; 0x268e <_ZN6BME 28010InitializeEv> 66da: f8 01 movw r30, r16 66dc: 92 a9 ldd r25
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„Bizarrer Firmware crash - ATmega4808. Wie Debuggen?“
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Mikrocontroller und Digitale Elektronik
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15.07.2026 17:37
66f6: e0 82 st Z, r14 66f8: f1 82 std Z+1, r15 ; 0x01 66fa: 00 93 9a 28 sts 0x289A, r16 ; 0x80289a <BME 280 > 66fe: 10 93 9b 28 sts 0x289B, r17 ; 0x80289b <BME 280 +0x1> 6702: c8 01 movw r24, r16 6704: 0e 94 47 13 call 0x268e ; 0x268e <_ZN6BME 28010InitializeEv> 6708: f8 01 movw r30, r16 670a: 92 a9 ldd r25
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„Bizarrer Firmware crash - ATmega4808. Wie Debuggen?“
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Mikrocontroller und Digitale Elektronik
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15.07.2026 17:37
which the base resistance drops half way to the minimum (i.e. the constant component) base resistaBme . The base resistance is linear (bias independent), iBmR equals (or is greater thaB) R . R B R Bm R Bm + forRB = ∞ RBB ′= QB (11.64) R Bm + 3· (RB− R Bm ) ·tanz − z forRB = ∞ z · tan z 144 IB
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„GVA-62+ Stabilität“
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HF, Funk und Felder
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05.11.2025 22:42
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