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Blockschaltbild der ESP32-P4 Architektur
ESP32-P4 – Espressif's High Performance MCU HP Core System: RISC-V 32-bit Dual-core Microprocessor 400 MHz, HPSPM, L2MEM, JTAG, L2ROM LP Core System: RISC-V 32-bit Single-core Microprocessor 40 MHz, LPSPM
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PCB-Layout einer WLED ESP32 Platine
C6 R1 3.3 GND RX TX SOUND U2 RST FLASH PIN GND 5V R6 19 LED4 18 LED3 17 LED2 R5 R4 R3 16 LED1 U1 C10 C2 C3 C5 U4 C9 L1 U3 C1 C4 U6 GND VCC C7 C8 GND VCC WLED ESP32 V1.0
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PCB-Layout einer ESP32-Leiterplatte
R1 C6 U2 RST BOOT 3.3 GND RX TX FLASH SOUND REL PIN GND 5V R6 LED4 LED3 R5 R4 LED2 R3 LED1 C2 C3 C5 U3 GND VCC LED GND U4 C4 C9 L1 C1 VCC GND WLED ESP32 V1.0 C7 C8
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PCB-Layout einer ESP32-Leiterplatte
R1 C6 U2 U1 R6 R5 R4 R3 LED1 LED2 LED3 LED4 SOUND REL PIN GND 5V RX TX GND 3.3 FLASH RST BOOT 16 17 18 19 LED IO C2 C3 C5 C4 C9 U4 U3 L1 GND VCC VCC GND C7 C8 WLED ESP32 V1.0
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PCB-Layout einer WLED ESP32 Platine
R1 C6 U2 RST BOOT 3.3 GND RX TX FLASH LED IO 16 17 18 19 SOUND REL LED4 LED3 LED2 LED1 LED GND GND VCC U4 C4 C9 C5 C2 C3 U3 L1 C1 VCC GND WLED ESP32 V1.0 C7 C8
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PCB-Layout einer ESP32-Leiterplatte
R1 C6 3.3 GND RX TX SOUND REL RST PIN GND 5V R6 LED3 LED4 LED IO 16 17 18 19 U1 R5 R4 R3 LED1 LED2 LED BOOT C2 C3 C5 C7 C8 U4 U6 L1 C4 C9 C1 VCC GND VCC GND WLED ESP32 V1.0
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PCB-Layout einer WLED ESP32 Platine
R1 C6 U2 RST 3.3 GND RX TX FLASH LED 10 16 17 18 19 SOUND REL LED4 LED3 LED2 LED1 PIN GND 5V R6 R5 R4 R3 U1 C2 C3 C5 C7 C8 BOOT L1 U4 U6 C4 C9 C1 GND VCC GND VCC WLED ESP32 V1.0
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3D-CAD-Modell einer WLED ESP32 Leiterplatte
R1 3.3 GND RX TX SOUND REL RST FLASH PIN GND 5V R6 LED.IO C10 LED1 LED2 LED3 LED4 16 17 18 19 R5 R4 R3 C2 C5 L1 U3 C1 C4 C9 VCC GND VCC WLED ESP32 V1.0
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Produktübersicht M5Stack STAMP FLY V1.1 Drohne
STAMP FLY V1.1 M5STACK RESET/ PAIR BUTTON ToF VL53L3C BATTERY CONNECTOR RGB LED WS2812C ToF VL53L3C STAMPS3A PIN1.27 INCLUDED PORT I2C PORT GPIO RGB LED WS2812C PMW3901 BUZZER BMI270 x 1 BMP280 x 1 VL53L3C x 2 INA3221 x 1 BMM150 x 1 WS2812C x 2 PMW3901 x 1 716-MOTOR x 4 LAVA 320mAh LIHV 3.8V USB OPEN SOURCE ESP32 S3FN8
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Blockdiagramm der NORA-W10 Serie
ublox NORA-W10 series - Data sheet 1.3 Block diagram NORA-W1 ESP32-S3 Linear voltage regulators VCC (3.0- 3.6V) ANT pad (NORA-W1x1) RF Wi-Fi baseband Reset UART Bluetooth LE baseband GPIO Xtensa Dual-core 32-bit LX7 MCU USB I2C Cryptographic
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Schaltplan mit ESP32, Spannungsregler und Transistorsteuerung
+12V,PWR_FLAG,J1,U1,LM7805_TO220,VI,VO,GND,C1,0.33uF,C2,0.1uF,5V,U2,ESP32-C3,IO0,IO1,IO2,IO3,TX,RX,IO4,IO5,IO6,IO7,IO8,RX,IO10,IO11,DOOR,IO19,RST,GND,Door,J2,RFID,3V3,TX,RX,RFID,GND,Keypad,J3,C1,C2,C3,R1,R2,R3,R4,BUZZER,BZ1,Buzzer,GND,DOOR,R1,270R
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PCB-Layout einer ESP32S2 Platine
U3, C9, C6, AR488 ESP32S2 REV 4, C4, C3, R15, R14, R6, SW2, GPIO0, To enter bootloader, hold GPIO0, pressing EN, U5, C10, RN2, R4, C2, RN3, RN4, R3, R6, R10, R16, U1, U12, TP4, GPIO0, TP3, EN, TP2, RXD,
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Produktübersicht M5STACK STAMP FLY Drohne
STAMP FLY M5STACK RESET/ PAIR BUTTON ToF VL53L3C BATTERY CONNECTOR RGB LED WS2812C ToF VL53L3C STAMPS3 PIN1.27 INCLUDED PORT I2C PORT GPIO RGB LED WS2812C PMW3901 BATTERY 300mAh ESP32 S3FN8 BUZZER BMI270 x 1 BMP280 x 1 VL53L3C x 2 INA3221 x 1 ISM150 x 1 WS2812C x 2 PMW3901 x 1 716-MOTOR x 4 OPEN SOURCE
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Schaltplan eines ESP32-H2 Mikrocontrollers
Impedance Control, ANT1, C3, L1, C11, L2, C12, LNA IN, R4, C10, 0.1uF, C5, 1uF, GPIO27, GPIO26, GND, ANT, VDD3P3, GPIO22, U0RXD, U0TXD, GPIO25, R3, 499, VDD3P3, GPIO00, GPIO01, GPIO02, GPIO03, MTDO, MTCK, MTDI, XTAL_P, XTAL_N, CHIP_EN, VBAT, VBDDA, GPIO08, GPIO10, GPIO11, GPIO12, GPIO13, GPIO14, C17, 0.1uF, ESP32-H2, When VBAT is powered by external battery, R2 can be NC. L Disable chip. This pin could not be float.
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Schaltplan mit ESP32 DevKit V4 und Optokoppler
V1 12V, R6 0.25 1kΩ, C1 100nF 35V, VO (BLU), VI (BRN), SIG (BLK), proximity sensor LJC18A3-H-Z/BX, R5 0.25 4.7kΩ, U1 PC 817, R4 0.25 2.2kΩ, A1, ESP32 DevKit V4, 5V, CMD, D3, GND, D2, 12, D1, 14, 16, 27, 25, 26, 17, 18, 32, GND, 19, 21, TX, 22, RX, 23, 24, 36, 3V3, VP, VN, EN, 35, 34, 33, 31, 30, 29, 28
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Schaltplan mit ESP32-DevKit und LED-Ansteuerung
ESP32-DEVKIT-V1-30PIN COPY 00.2 COPY U3 KH-2.54FH-1X15P-HB.5 U7 KH-2.54FH-1X15P-HB.5 LED1 DB142V-5.08-10P Scharfschaltung GND VCC SS14 Blink D19 VN TX0 D18 D17 D16 D4 D2 D15 D13 D12 D27 D26 D25 D33 D32
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Schaltplan mit ESP32 DevKit V4 und Optokoppler
V1 12V, R6 0.25 1kΩ, C1 100nF 35V, proximity sensor LJC18A3-H-Z/BX, VO (BLU), VI (BRN), SIG (BLK), R5 0.25 4.7kΩ, U1 PC 817, R4 0.25 2.2kΩ, A1, ESP32 DevKit V4, 5V, CMD, D3, D2, GND, 13, 14, 12, 27, 26, 35, 33, 34, VN, VP, EN, 3V3, GND, 23, 22, TX, RX, 21, 19, GND, 18, 5, 17, 16, 2, 0, 4, 25, 15, D1, D0, CLK, 32
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Schaltplan mit ESP32 und Spannungsregler
12V D2 SW1 SW_SP3T_NR01103 1 2 3 C MP R4 11k U3 TPS79333-EP 1 IN 3 EN 5 OUT 4 BP GND C2 10nF 2 GND 3,3V C3 1μ GND GND U1 ESP32-C3-WROOM-02 1 3V3 2 EN 11 IO20/RXD 12 IO21/TXD 18 IO0 17 IO1 16 IO2 15 IO3 3 IO4 4 IO5 5 IO6
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Schaltplan für ESP32-WROOM-32 Projekt
ESP32 Wroom, GND, +3V3, EN, BUZZER, GPIO 25, GPIO 26, GPIO 27, I2C_SCL, I2C_SDA, BOOT, USB-VIN-5V, USB Type C Anschluss, Boot Button, Reset Button, Regulator 5V -> 3.3V, 5V Ausgang für SSR, I2C Shtc Sensor, GL8085UG01, SHTC3-P-NF, AMS1117-3.3, ULN2003A1
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ESP32 Dev KitC V4 Mikrocontroller-Board
ESP32 Dev KitC V4 A221 3V3 EN SVPN P34 P35 P32 P33 P25 P26 P27 P14 GND P13 SD2 SD3 CMD SD5 CLK SD0 SD1 P2 P0 P4 P16 P17 P5 P18 P19 GND P21 RX TX P22 P23 GND Az-Delivery
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Schaltplan eines LiPo-Ladegeräts und ESP32-Moduls
) fertig kontrolliert; U1 MAX17048G_T10; VBAT; CELL; GND; EP; QSTR; SCL; CST; SDA; ALERT; R1 10k; +3.3V; LiPo battery charger (https://superpower.github.io/docs/description/); D3 DSB259RWT; VBUS; BAT; C6 10uF; C11 1uF; GND; PMIC; PMEG201DER_115; VSYS; C16 22uF; C10 22uF; C5 10uF; R2 56 ohm; R4 100 ohm; R5 1.000-2.000 mA; 1.0 kOhm 1.2 A; 2.000-3.000 mA; 1.0 kOhm 1.2 A; >3.000 mA; 1.0 kOhm 1.8 A; 0.68 kOhm; USB_DP; USB_DN; SCL; SDA; ESP32-S3-02; J2; C2 22uF; D2 SMBJ5.0A; U2 TP02E2U060RLR; USB_DN; USB_DP; SCL; SDA; NC_1; NC_2; GND; L2 4.7uH; C13
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Schaltplan mit ESP32 Mini und Relais
HV N, HV L, F1 500mA, R1, R2, PS1, ACL, V_P, ACN, V_N, 5V, C5 220µ, RM-01-5, GND, K3, G5V1, K4, G5V1, UP, DOWN, P, US2, IN1, VC, OUT1, IN2, OUT2, DRDN B21, 1-2834021-3, 3, 2, 1, 5V, R3 10R, R4 330R, D3, C1 0.1uF, 3V3, R5 100K, ESP32 Mini, C3, 21, 20, 10, 9, 8, 7, 6, 5, USB, 3V3, GND, 5V, J1, R6 10R, R7 330R, D4, D2, C2, R8 100R, 3V3, GND
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Lochrasterplatine mit ESP32-WROOM-32 Modul und Spannungsregler
ESP32-WROOM-32 CE HW-097 VCC B A GND R1 R2 R3 R4 R5 C1 C2 U1 PE200-LFDS www.roth-elektronik.com
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3D-CAD-Modell einer WLED ESP32 V1.0 Leiterplatte
3.3 GND RX TX FLASH RST BOOT IO 16 17 18 19 GND 5V R6 R5 R4 R3 SOIC14 C2 C5 C4 C9 L1 U3 LED1 LED2 LED3 GND VCC WLED ESP32 V1.0 VCC GND
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3D-CAD-Modell einer WLED ESP32 V1.0 Leiterplatte
3.3 GND RX TX FLASH RST BOOT IO 16 17 18 19 GND 5V R6 R5 R4 R3 SOIC14 C2 C5 C4 C9 L1 U3 LED1 LED2 LED3 GND VCC WLED ESP32 V1.0 VCC GND
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Bestückte Leiterplatte mit ESP32-Modul und Kabeln
Q1 Q2 R5 R4 R2 R3 R9 C10 IC1 Q4 R7 C5 C6 C2 C3 C9 R10 R8 C7 Q3 R14 R6 R13 R11 R12 CORA0-1225W_V.0 ESP32WROOM PA 2.4GHz
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Schaltplan mit MP4560 und ESP32-DevKit
VCC EN C1 47µF FB GND SW VIN T1 BC327-40 R1 4,7K R2 100K S1 TILT GND IC1 MP4560 IC2 ESP32_DEVKIT_V1 EN VP VN IO35 IO32 IO25 IO26 IO27 IO14 IO12 IO13 GND VIN IO23 IO22 IO21 IO19 IO18 IO3 IO5 IO17 IO16 IO4 IO2 IO15 GND 3V3 VDD GND
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Schaltplan mit ESP32 Mini und Relais
HV N, HV L, F1 500mA, R1, R2, PS1, ACL, V_P, ACN, V_N, 5V, C5 220µ, RM-01-5, GND, K3, G5V1, K4, G5V1, UP, DOWN, P, US2, IN1, VC, OUT1, IN2, OUT2, DRDNB21, 1-2834021-3, 3, 2, 1, 5V, R3 10R, R4 330R, D3, C1 0.1uF, 3V3, R5 100K, ESP32 Mini, C3, 21, 20, 10, 9, 8, 7, 6, 5, USB, 4, 3V3, GND, 5V, J1, R6 10R, R7 330R, D4, D2, C2 100n, R8 100R
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Tasmota Webinterface Modulparameter-Einstellungen
Tasmota Module parameters Module type (ESP32C3) EIGHTREE (0) Save Configuration Tasmota 13.3.0(tasmota32) by Theo Arends
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Schaltplan mit ESP32 und Relaismodul
TR1 A0+ F2 500mA PS1 ACL V_P ACN V_N C3 22u RM-01-5 GND+VCC IN1 OUT1 K2 K1 IN2 OUT2 DRDNB21 GND Schraubklemme 2.54mm Anschluss Tasten über Y(ST) Up/Gnd/Down R3 1k X1-1 X1-2 X1-3 R5 1k R6 100k C1 100n C2 100n VCCIO GND 3V3 GND 5V SV1 ESP32C3
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Offene Elektronikplatine mit Seeed Studio Modul
S2 Bus MQTT Bridge V2.0, C8, R10, D6 3V3, D3 GND, R8, R9, F1, Seeed studio, Model XIAO ESP32-C3, FCC CE, 150 50V, RV1, C1, C2, D1, D2, F1, <, >
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ESP32-WROOM-02 Modul auf Leiterplatte
ESP32-WROOM-02 3V GND 5V H3 C5 C4 C2 U3 R4 R3 U2
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Schaltplan mit ESP32-S2-MINI-2-N4 und Peripherie
U2 ESP32-S2-MINI-2-N4, 3.3V, GND, BOOT, EN, RX, TX, U1 SN74AHCT125DR, LED1 bis LED4, SOUND, REL, U3 AP63205WU-7, VIN, GND, OUT, U4 HT7838_C3011187 3.3V, C1 bis C10, R1 10k, GT-TC029B-H025-L1N, GT-TC029B-H025-L1N, KF2EDGR-5.0B-2P, KF2EDGR-5.0B-6P, KF2EDGR-2.54-1x3, KF2EDGR-2.54-1x3
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Produktseite M5Stack Official Thread Border Router
M5Stack Official Thread Border Router 4 sold 54,69€ Price includes VAT Pay Later with Klarna CORE3 THREAD BR BATTERY 3.7V @500mAh DIN-RAIL HOLDER M3 SCREW IPS LCD 2.0"@320x240 ILI9342C CAPACITIVE TOUCH GPIO PORT.B ESPRESSIF DUAL MIC UART PORT.C GATEWAY H2 MODULE 1W SPEAKER LTR-553ALS-WA USB OTG x1
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Produktübersicht M5Stack CoreS3 Lite
CORE CORES3 LITE M5STACK CAPACITIVE TOUCH 2.0"@320x240 ILI9342C 200mAh @3.7V 1W SPEAKER DUAL MIC PRESS: REBOOT HOLD 3s: ENTER DOWNLOAD MODE (GREEN LED ON) USB-C OTG I2C PORT.A LTR-553ALS-WA GC0308 @0.3 MEGAPIXELS RTC@BM8563 PMIC@AXP2101 1W SPK@AW88298 CAPACITIVE TOUCH 2.0" IPS LCD 320x240 BATTERY: 200mAh@3.7V DUAL MICROPHONE@ES7210 ESP32 S3 16M-FLASH 8M-PSRAM
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Hand hält M5Stack ToughCard Modul
ToughCard ESP32-C6 SX1262 2.7" 176x264 W/B Capacitive Touch BM1270 BQ27220 AW32001 TAB5 C3 C3U S3 S3P Timer Power 485 CATM RS-485/CAN
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Schaltplan mit MP4560 und ESP32-DevKit
GND 42 V VCC 100K R2 C1 + 47µF IC1 EN FB GND 5 V VDD T1 BC327-40 R1 4.7K S1 TILT GND IC2 EN VP VN IO34 IO35 IO32 IO33 IO26 IO27 IO14 IO12 IO13 VIN VDD GND GND 3V3 IO23 IO22 IO21 IO19 IO18 IO17 IO16 IO5 IO4 IO2 IO15 VIN ESP32
