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Handgezeichneter Schaltplan mit farbigen Markierungen
230 VAC PV1 PV2 B16 B32 Short 100A 75mV ADC1 Wechsel Richt 30V 80A A2 A3 ADS1115 12C ADC0 ESP32 ADC0 680 UC 12V 100A ADC1 5k6 6 ADC0 F 10A Stabederd
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Handgezeichneter Schaltplan mit roten Markierungen
100A, 80A, Shunt 100A/75mV, ADC1, PV1, PV2, -150mV, +, -75mV, A0, A1, A2, A3, ADS1115, 12C, ADC0, ESP32, ADC1, 680, 4k7, 5k6, Stader
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Übersicht der AI/ML-ready Portfolio Mikrocontroller
AI/ML-ready portfolio MCU OTHER M0+ M23 M33 M4 M7 MCU/MPU Nano ESP32 Nano 33 IoT Nicla Sense ENV Nano Matter Opta Portenta X8 Portenta H7 Portenta C33 Uno R4 Nicla Sense ME Nicla Voice Nicla Vision Nano 33 BLE EDGE IMPULSE a Qualcomm company
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Produktseite FireBeetle 2 ESP32-P4 IoT & HMI Development Board
FireBeetle 2 ESP32-P4 IoT & HMI Development Board with MIPI-CSI/DSI $14.50 SKU: DFR1172 Purchase this product and earn 145 reward points, which are tied to VIP membership program. Learn More > Don't Miss Top Accessories
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Schaltpläne zur Strommessung mit Hall-Sensor und Shunt
FALL 1: 230 V AC / 2 A AC5712-SA ESP32 L (Phase) N (Neutralleiter) 230 V AC Verbraucher 5 V max. 2 A FALL 2: 12 V DC / 40 A INA226 Shunt 1 mOhm 12 V DC GND Verbraucher max. 40 A Zusammenfassung Anwendung Sensor Messbereich Versorgung Ausgang
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Foto einer DIY BMS Controller Leiterplatte
Terminator [not connected], [JP5] CANBUS voltage [5V default] Track needs to be broken to change, SD CARD, ESP32 DEVKIT C, USB SOCKET, c8f1403, RS485, CANBUS, 5V, GND, 3.3V
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Präsentationsfolie zu zukünftigen Entwicklungen von Espressif
OpenThread) • Trusted Execution Environments • Cryptographic Accelerators Community Inputs are Welcome! • ESP32 Status Issue • GitHub Discussions • GitHub Feature Request (through issues) • Discord ESPRESSIF DevCon24
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Präsentationsfolie über QEMU-Nachteile bei der Entwicklung
Using QEMU for development Drawbacks • Slow I/O ESP32-C3 140MHz: 7.5ms QEMU (AMD Ryzen 7 PRO 4750U): 31.9ms void check(int limit) { for (int i = 0; i <= limit; i++) { uart_ll_get_rxfifo_len(UART_LL_GET_HW(0)); } } void app_main(void) { check(100000);
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Präsentationsfolie zum Secure Pre-Provisioning Service
contains the Common Name of the certificate and the public key and sends it to the test station. CSR ESP32-C Note here that the private key has not left the device, only the CSR has, which does not contain any sensitive information.
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Zwei weiße Leiterplatten mit Bestückungsdruck
OpenDTU 3.3.2023 V1.1 Florian Schoop CC BY-NC-SA 4.0 ANTENNA KEEP CLEAR Wemos D1 ESP32 Wemos.cc D1 mini J1 J2 J3 J4 1-2 2-3 3-4 4-1 OLED Display NRF24L01+ M1 M3 C1 +5V USB MICRO
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Pin-Definitionen für ESP32-C6-Zero-B Mikrocontroller
UARTO TX GND UARTO RX 3V3(OUT) SPI I2C PWM GP0 GP1 GP2 GP3 GP4 GP5 GP12 GP13 GP23 GP9 GP8 GP7 GP6 ESP32-C6-Zero-B WS2812 RGB LED Used Pin GP8 DIN
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Blockschaltbild einer Steuerung für einen Heizfunler
20°C ECO 05:00 Mikrocontroller ESP32-C3 USB-WLan/Bluetooth Unterbrechung Auto-Abschaltung + Manuell per Bluetooth Heizer Step-Down 12V zu 5V 12V 5V 12V Verteiler 65mm 8.8. 2 230V / 5A / 60W S-60-12 AC INPUT 115/230V 1% DC OUTPUT 12V 5A
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Produktgrafik eines M5Stack BUGC2 Roboter-Bausatzes
HOBBY BUGC2 M5STACK IR RECEIVER G36 BRICK HOLE M5StickC Plus2 INCLUDED ESP32 USB-C PROGRAMING x4 MOTOR DRIVER (L9110S) x4 SUSPENSION DAMPING USB-C CHARGE RGB LED LED BAT CHARGING 16340 BATTERY (700mAh) RGB LED USB-C CHARGE LED BAT FULL I2C INTERFACE STM32 ALL-DIRECTIONAL OPERATION
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Präsentationsfolie über esp-serial-flasher und Blockschaltbild
Upload firmware to Flash/RAM of Espressif SoCs Read chip info (chip type, flash size, MAC address) ESP32 STM32 Zephyr Raspberry PI User ports UART/USB/SPI APP BOOTLOADER PARTITION TABLE FLASH ESP chip RAM ESPRESSIF DevCon24 Djordje Nedic It's also used by our desktop tools, like esptool and espflash.
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Präsentation zum Secure Pre-Provisioning Service von Espressif
Secure Pre-Provisioning Service ESPRESSIF DevCon24 1011011 ESP32-C At this stage, the device uses the hardware RNG peripheral to generate a private key, based on the configuration that it has received from the test station. This private key is then used to generate
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Flipper Zero mit Wi-Fi Dev Board ESP32-S2
ESP32-S2 Wi-Fi Module v1 FLIPPER GND 3V3 IO32 IO33 IO34 IO35 IO36 IO39 IO25 IO26 IO27 IO0 GND 3V3 IO23 IO19 IO5 IO18 IO4 IO12 IO13 IO14 IO2 GND IO22 IO21 IO0 RXD0 TXD0
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Flipper Zero mit Wi-Fi Dev Board ESP32-S2
ESP32-S2 Wi-Fi Module v1 FLIPPER GND 3V3 IO32 IO33 IO34 IO35 IO36 IO39 IO25 IO26 IO27 IO0 GND 3V3 IO23 IO19 IO5 IO18 IO4 IO12 IO13 IO14 IO2 GND IO22 IO21 IO0 RXD0 TXD0
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Fritzing-Simulation eines Mikrocontroller-Aufbaus auf Breadboard
1.77" TFT 160x128 ESPRESSIF ESP32-WROOM-32 BOOT RST 220VAC LEDs SONGLE SI-P05DVC5LC-L SI-P05DVC5LC-W 10A 250VAC 10A 250VAC 10A 250VAC 10A 250VAC W 30V AC 10A 250VAC K-Link INPUT 100-240VAC 50/60Hz AC L N
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Schaltplan ESP32 mit GC9A01 Display und G266 Sensor
RST CS DC SCL SDA GND 3,3V GC9A01 Breakout ESP32 33 27 14 5 15 4 2 4,7K 3,3V output DebugPin for ISR Call DebugPin for Input Signal (oscillskop) 5V GND LM 1084 IT5 0 12V Pin1 12V Pin2 GND Pin 3 G266 Sensor (Signal) G266 Sensor
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Schaltplan ESP32 mit GC9A01 Display und G266 Sensor
RST CS DC SCL SDA GND 3,3V GC9A01 Breakout ESP32 33 27 14 5 15 4,7K 4 2 DebugPin for ISR Call DebugPin for Input Signal (oscillskop) 5V GND LM 1084 IT5 0 12V VCC Pin1 12V Pin2 GND Pin 3 G266 Sensor G266 Sensor (Signal) G266 Sensor
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Tabelle mit Leistungsvergleich verschiedener Mikrocontroller
207 -0.112% unix x64: -376 -0.045% stm32: +3776 +0.966% cc3200: +392 +0.212% esp8266: +3484 +0.498% esp32: +19064 +1.122% mimxrt: +3600 +0.970% renesas-ra: +1296 +0.207% nrf: +1140 +0.607% rp2: +556 +0.245% (RPI_PICO board) rp2: +2252 +0.245% (RPI_PICO_W board) samd: +3296 +1.233%
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Tabelle mit Performance-Daten verschiedener Mikrocontroller
867 +0.470% unix x64: +2608 +0.309% stm32: -68 -0.017% cc3200: +112 +0.060% esp8266: +472 +0.067% esp32: +36210 +2.120% mimxrt: +280 +0.075% renesas-ra: +104 +0.017% nrf: +124 +0.066% rp2: +3836 +1.117% (RPI_PICO board) rp2: +1020 +0.111% (RPI_PICO_W board) samd: +596 +0.220%
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ESP Desktop Buddy mit M5Stack Hardware
implements the protocol defined in the upstream claude-desktop-buddy repository. M5Stack Chain DualKey ESP32-S3-BOX-3 Hi John, I'm Buddy! Pairing needed near you Select Bank, Walk No active pair Tool unpaired request Read the next BLE key to diagnose pairing? Pairing failed MAIN ALLOW BOOT DENY
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Software-Screenshot einer PID-Regler-Visualisierung
Aufnahme, ANZEIGE, Live, Pausieren, Kacheln, Fokus, Analyse, Diagramm, Export, Quellen & Signale, ESP32 - Pi-Regler, Temperatur (°C), Sollwert (°C), Heizleistung (0..1), Rückkanal max. µs (µ), Wert, GESENDET - an das Gerät, Temperatur (°C) 59.818, Heizleistung (0..1) 0.49700, Sollwert (°C) 60.000, kp
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Diagramm zur Hardware-Architektur-Nutzung für eingeschränkte Geräte
Architecture Usage for Constrained Devices 2024 2023 ARM Cortex-M3/M4 36% 33% ARM Cortex-M0/M0+ 32% 33% ESP32 (Tensilica Xtensa) 28% 22% RISC-V Architectures 13% 7% Q: What hardware architecture(s) do you use for Constrained Devices? (Select up to three) COPYRIGHT (C) 2024, ECLIPSE FOUNDATION, INC. | THIS
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Tabelle mit Komponentenbeschreibungen eines Boards
external connection to a 50-Ohm rod antenna or testing via RF cable when integrated with the instrument. ESP32-C5-BETA3 SoC that supports 2.4 and 5 GHz dual-band Wi-Fi 6, Bluetooth LE 5, Zigbee 3.0, and Thread 1.3. RGB LED Addressable RGB LED, driven by GPIO6.
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M5StickC Plus mit angeschlossener Erweiterungsplatine
080408 GND VCC 7 8 9 4 5 6 1 2 3 M5STICK CPlus GND 5V G26 G16 BAT 3V3 G0 BTN RTN BUZZER LED G39 GZ G10 ESP32 PICO(C) MPU6886 SPM1423 BATTERY: 120mAh PMIC MAX77694 RTC BM8561 FCEE R 211-2006201 FC CE M5STACK HY2.04P PWR (65=OFF)
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M5StickC Plus mit angeschlossener Erweiterungsplatine
080408 GND VCC 7 8 9 4 5 6 1 2 3 M5STICK CPlus GND 5V G26 G16 BAT 3V3 G0 BTN RTN BUZZER LED G39 GZ G10 ESP32 PICO(C) MPU6886 SPM1423 BATTERY: 120mAh PMIC MAX77694 RTC BM8561 FCEE R 211-2006206 FC CE M5STACK HY2.04P PWR (6S=OFF)
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M5StickC Plus mit angeschlossener Erweiterungsplatine
GND VCC 7 8 9 4 5 6 1 2 3 M5STICK C Plus GND 5V G26 G16 BAT 3V3 G0 BTN G3 BTN G2 LED G10 BUZZER G9 ESP32 PICO(C) MPU6886 BATTERY: 120mAh SPM1423 G34/C/G0 PMIC AXP713 RTC BM8563 M5STACK HY2.04P PWR (IS=OFF)
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Liste von Forenbeiträgen in einem Elektronikforum
Relaissteuerung mit ESP32 macht mich völlig ratlos Uwe S. 80 13.07.2024 16:01 Arduino-Gadgeteer, 64bit-MPU von Microchip und vieles andere mehr Tam H. 10 13.07.2024 00:47 HT1632C mit LED Punkt Matrix Anton 5 12.07.2024 22:50
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Prologix GPIB Configurator Software Fenster
Prologix GPIB Configurator Select Device COM1 (Kommunikationsanschluss) COM215 (ESP32 TinyUSB) National Instruments adapter (GPIB0) Refresh Configuration Controller Device GPIB Address Advanced Settings Auto read after write Assert EOI with last transmitted byte Receive EOT character
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Screenshot einer Webanwendung mit Kamera-Stream und Code-Fragment
ESP32CAM app_ out += "<but br> out += "&ems out += "<but out += "<br> out += "<but out += "&ems out += "<but out += "<br> out += "<but out += "&ems out += "<but out += "<br> MJPG: 10603B MJPG: 10651B MJPG
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Schaltplan einer Heizungssteuerung mit Triac
2x Widerstand, da nur bis max. 200V zugelassen SIGNAL ESP32 R8 330 U8 MOC3063M R10 180 R12 180 D6 LED R6 1.5k GND Q1 QJ6016LH4TP RV2 07D431K L Heizung 1700W Earth F1 Fuse 8A J10 J11 J14 R57 180 R56 180 N CB1 Bimetallsicherung 120°C LED für Feedback
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Screenshot eines Online-Shops für ein LoRa-Modul
LILYGO® T-Beam 1W ESP32-S3 Low Power SX1262 LoRa Module Supports 830~945 MHz With 1.3-inch OLED GPS Compatible With F550 Battery 6 sold SuperDeals €65.87 Only 3 left €70.08 Price includes VAT; Extra 2% off with coins €7.00
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Benutzeroberfläche eines KI-Systems zur Wasserzähler-Digitalisierung
Digitizer - AI on the edge - watermeter An ESP32 all inclusive neural network recognition system for meter digitalization Overview Settings Data System Create New Reference / Change Camera Settings Show Expert Parameters *) A change of this parameter
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Foto eines Bildschirms mit Programmcode und Serieller Monitor
client.print("Click <a href=\"/L\">"); Serial Monitor Message (Enter to send message to 'Arduino Nano ESP32' on 'COM11') Differential: -77 (-231.00mV) Differential: -77 (-231.00mV) Differential: -78 (-234.00mV) Differential: -78 (-234.00mV) Differential: -77 (-231.00mV) Differential: -78 (-234.00mV) Differential
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Produktseite RAK3112 WisDuo Modul
RAK3112 WisDuo Module for Edge AI with LoRa® ESP32-S3 + SX1262 Module with Wifi, BLE, and LoRa, ideal for Edge AI, Meshtastic, and IoT RAK3112 LoRa BLE ESPRESSIF SKU:305061 $8.00 WIFI/BLE RAK RAK3112 DEVEUI: XXXXXXXXXXXXXXXX MADE IN CHINA LoRa IPEX
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Schaltplan einer Universal-Fernbedienung
C1 4,7uF, C2 4,7uF, C6 100uF, C7 4,7uF, C8 10nF, L1 22uH, L2 10uH, Q1 BSS138, Q2 BS2725, U1 ESP32-WROOM-1, TSOP312xx, VBUS, +3V3, +5V, GND, COMMON_I/O, USB_D-, USB_D+, USB_B-, USB_A-, KiCad, Universal-Fernbedienung_Platine.kicad_sch, 2026-08-18
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Präsentationsfolie zu Espressif Kommunikationslösungen
ESPRESSIF DevCon24 Communication Solution Share ESP32-S3 Internet 4G Cat.1 USB CDC Web Server Phone 4G Cat.4 ECM Wi-Fi SoftAP IoT Device 5G RedCap LWIP PPP NAPT PC IoT Device Highlight features Standard PPP Protocol Wi-Fi Hotspot Performance 6Mbps Download
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Webseite eines WCH CH32H417 USB3.0 Development Boards
AnalogLamb Maker·Teacher·Preacher HOME SHOP SENSORS ESP32 AI FPGA ROBOTIC CONTACT WCH CH32H417 USB3.0 Development Board $19.99 This item will be released December 31, 2025. Official release of CH32H417 USB3.0 evaluation board with 450Mbps bandwidth. Features
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Anzeige von Raumklima-Messwerten und Temperaturverlauf
Raumklima BME P: 974.62hPa BME_RH: 0.00% CO2: 1077 ppm RH: 40.5 % Time: 09:25:34 ESP32: 41.7 °C SCD41 T: 21.1 °C DS18B20: 20.5 °C BME_T: 21.67C Temperature ( C) 50 C 46 C 42 C 38 C 34 C 30 C 26 C 22 C 18 C 14 C 10 C 09:21 09:21 09:22 09:23 09:24 09:25 Time
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EMS-ESP Gateway Version 1.3 Platine mit ESP32-Modul
GPIO23 GPIO25 GPIO26 GPIO27 GPIO32 GPIO33 GPIO34 GPIO35 GPIO36 GPIO39 EN 3V3 TXD RXD GND TXD RXD GND ESP32-WROOM-32
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M5Stack Stamp C6LoRa Modul mit technischen Daten
SX1262 2.4GHz Wi-Fi 6 LoRa 850 ~ 960 MHz LoRa TX: +22dBm / LNA 16 x GPIO / 5 x EXT_IO 18x15x1.8mm ESP32-C6 16MB Flash POWER INPUT: DC 3.3 ~ 5V
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Aufbauskizze Draufsicht eines Sensors
Lochraster 2,54 mm (1 Kästchen = 1 Raster) Elektronik am Fuß (außerhalb Rohr) 2 x 1 kΩ, ADS1115, XIAO ESP32-C3 Rohrwand / Durchführung (abdichten, zugentlasten) Kupferlackdraht 0,1-0,2 mm zum Fuß (lang, dünn) Schlitz Schlitz Strömung Pt1 Heizer 270 Ω Pt2 Abstand Pt-Heizer: 3 Raster = 7,6 mm (2 Raster = 5,1
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Foto eines Computerbildschirms mit Programmcode und Serieller Monitor
90 91 92 93 94 95 96 97 98 99 100 Serial Monitor Message (Enter to send message to 'Arduino Nano ESP32' on Differential: 102 (306.00mV) Differential: 106 (318.00mV) Differential: 106 (318.00mV) Differential: 107 (321.00mV) Differential: 105 (315.00mV) Differential: 107 (321.00mV) Differential: 108 (
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Vergleich ESP-NOW vs. Wi-Fi
consumption • Mainly for internet connection ESP-NOW • Communication with systems only based on ESP8266 or ESP32. • Very low latency • Up to 250kbps • Up to 200 meters • Low power consumption • Designed for IoT, low power applications ESPRESSIF DevCon24 Michal Kubaščík So let's compare them.
