IDUINO ARD MIC MODUL2 - Arduino - Microphone module, analog
12.01 EUR
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Small microphone module for Arduino, analogue
Specification
• power supply: 5 V / 3.3 V
• analog output
• high sensitivity microphone
• power indicator light
• frequency response range: 50 Hz - 20 KHz
• impedance: 2.2 kOhm
• Sensitivity: 48 - 66 dB
• Polar pattern: universal
• Operating temperature: -40 ... +85 C
• Operating humidity: 30 - 90%.
• Hole for mounting screw 3 mm.
• dimensions (L x W x H): 40 x 15 x 10 mm
EAN: 0791352941539
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Small microphone module for Arduino, analogue
Specification
• power supply: 5 V / 3.3 V
• analog output
• high sensitivity microphone
• power indicator light
• frequency response range: 50 Hz - 20 KHz
• impedance: 2.2 kOhm
• Sensitivity: 48 - 66 dB
• Polar pattern: universal
• Operating temperature: -40 ... +85 C
• Operating humidity: 30 - 90%.
• Hole for mounting screw 3 mm.
• dimensions (L x W x H): 40 x 15 x 10 mm
EAN: 0791352941539
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
This is a highly sensitive sound detection module with two output signal pins.
D0: When it detects a sound up to a certain threshold, it can output a high or low level.
A0: It can output the output voltage signal of the microphone in real time.
This joystick/gamepad shield is based on Nokia 5110 LCD\RF24L01 interface. You can easily develop joystick games and communicate wirelessly. The shield turns your Arduino into a simple controller with 7 buttons ( (4 x big buttons, 2 x small buttons + joystick select button ) and a two-axis thumb joystick.
Specifications• nRF24L01 RF interface
• Nokia 5110 LCD interface
• Bluetooth interface
• I2C interface
• PS2 joystick
• Operating voltage: 3,3V or 5V e.g. STM32
• X,Y-axis with push button
• 6-button operation
• dimensions (L x W x H): 87 × 54 × 18 mm
Input voltage : 7 - 12 VDC
Output voltage : 5 V / 3,3 V
Dimensions (L x W x H): 106 x 56 x 19 mm
The main advantage of RTCs is that they have battery backup, which keeps the clock/calendar running even in the event of a power failure. An exceptionally small amount of power is required to keep the RTC running.
Technical features
- DS1307 RTC
- I²C interface
- for LIR2032 (not included)
- less than 500 nA in backup mode
The sound sensor module is used to detect sounds and is based on the LM386 audio amplifier chip. It amplifies the sound signals detected by the microphone and outputs analog voltage values that can be processed by microcontrollers such as Arduino. The module is ideal for simple noise detection and sound evaluation projects.
- Sensitive microphone input Picks up sound signals from the environment and converts them into electrical signals.
- Integrated LM386 amplifier Amplifies weak input signals for a stable analog output.
- Adjustable sensitivity The noise detection threshold can be adjusted via a potentiometer.
- Compatible with Arduino Direct connection via VCC, GND and A0 possible, easy integration into microcontroller projects.
- Simple wiring Only three wires required, quick commissioning for learning and DIY projects.
Technical data:
- Operating voltage: 5 V DC
- Signal output: analog (OUT)
- Amplifier chip: LM386
- Connection: 3-pin (VCC, GND, OUT)
- Microphone type: Electret condenser microphone
- Compatibility: Arduino, ESP32, Raspberry Pi and others
- Dimensions: approx. 35 × 16 × 8 mm
Areas of application:
- Sound-activated controls
- Light or motor activation for sound events
- Environmental and noise monitoring
- Acoustic detection in learning and electronics projects
- Sound level demonstrations in the education sector
The Sound Sensor Module is a simple, effective solution for sound detection and ideal for beginners in electronics and Arduino projects."
The sensitivity can be adjusted with the potentiometer and the LEDs mounted on the PCB indicate the power and the compressor output.
Scope of delivery
• joystick module
• relay module
• microphone module (large)
• Microphone Module (small)
• tracking module
• obstacle avoidance module
• flame sensor
• magnetic hall sensor
• Touch Sensor
• SMD RGB Led Module
• digital temperature sensors
• buzzer module
• two-color LED module (5 mm)
• bicolor LED module (3 mm)
• reed switch module
• passive buzzer/sounder
• RGB LED module
• LED Module
• mini reed switch module
• heart rate sensor
• seven color flash
• laser module
• tactile switch
• rotary coding module
• magic light cup module
• shock module
• mercury tilt module
• ball switch module
• light dependent resistor module
• hall effect sensor
• temperature and humidity module
• analog temperature sensor
• digital temperature sensor
• magnetic Bihor sensor
• IR transmitter
• optical broken module
• Hit Sensor Module
Important: Please be sure to avoid direct contact with the human eye for the included laser head module!
Scope of delivery
• IR Transmitter Module
• IR Receiver Module
• Mini Reed Switch Module
• Ball Switch Module
• Light Dependent Resistor Module
• Tactile Switch Module
• Active Buzzer Module
• Passive Buzzer Module
• Linear Magnetic Hall Sensor
• Temperature and Humidity Module
• RGB LED Module
• Line Tracking Module
• Obstacle Avoidance Sensor
• Flame Sensor Module
• Touch Sensor
• Laser Module
• Hit Sensor Module
• DS18B20 Temperature Module
• 1 Channel Relay Module
• Large Microphone Module
• Rotary Encode Module
• Switch light module
• 3 W LED Module
• DS1307 RTC Module
Thanks to the u-blox NINA-W102 radio module, the RP2040 CONNECT is the only networked board in this series, and in addition, the built-in microphone is used to activate and control the board, as well as voice recognition via AI. Furthermore, an intelligent, six-axis IMU with AI features ensures that the board detects movements such as falling down, tapping twice, etc.
Arduino Cloud
Program and operate your NANO RP2040 CONNECT directly from your browser. Fully compatible, from day one.
Upload and operate your sketches wirelessly with the smartphone app ""Arduino IoT Remote"".
Technical features• WLAN: 802.11b/g/n
• Bluetooth Low Energy v4.2
• supports Arduino IDE 2.0
• compatible with Raspberry Pi RP2040 software
• full support for MicroPython
Notice: • this board comes without integrated headers.
• incl. free OpenMV license for machine vision"
The Vision Shield is supplied with a 324 x 324 pixel camera module containing an ultra low power image sensor designed for always-on vision devices and applications. The highly sensitive image sensors can capture gestures, ambient light, proximity detection and object identification.
• professional image processing
• directed audio detection
• Ethernet or LoRa (depending on shield)
• JTAG
• for Arduino Portenta
Arduino has teamed up with OpenMV to offer a free license for the OpenMV IDE, which allows an easy entry into image processing with MicroPython. With OpenMV, all professionals, researchers and developers can develop cost-effective Python-based camera vision and audio applications. With the two digital microphones integrated in all directions you can record sounds to the videos, which can be stored on a MicroSD card.
Transfer data either via Ethernet or LoRa®.ARD SHD ASX00021 (Shield with LAN)
ARD SHD ASX00026 (Shield with LoRa)
Technical data• Camera: Himax HM-01B0 Camera module
• resolution: 320 x 320 active pixel resolution with support for QVGA
• Image sensor: Highly sensitive 3.6-µ-BrightSenseTM pixel technology
• Microphones: 2x MP34DT06JTR
• Connection: LAN
• Interface: JTAG
• Dimensions (LxW): 66 x 25 mm
Scope of delivery
Portenta Shield with LAN function
external links
https://openmv.io/pages/download
https://www.arduino.cc/pro/tutorials/portenta-h7/por-openmv-bt
In addition, the board forwards important functions such as the status LED or the reset button, so that they remain easily accessible.
In addition, the board comes with its own terminal strip, which can be used to supply the connected devices with power. You only have to remove the jumper next to it.
Technical data
• has a power LED and a D13 display
• has a reset button
• extends the digital and analog interface to 3-pin
• has a serial communication interface
• extends the ICSP and SPI interface
• terminal block for power supply
Technical data
- Operating voltage: 5 V
- 3-pin output (signal, plus, ground)
- Dimensions: 25 x 15 mm
An analog real-time voltage signal is output via the signal pin."
Merkmale
• Anschluss über 4-polige Stiftleiste
• Betriebsspannung 3,3 - 5 V DC
Anschluss
• 1- Signalausgang
• 2- Eiingang für LED
• 3- Spannungs+
• 4- Masse
Technische Daten der Diode
5 mm Infrarotdiode
940 nm Wellenlänge
19 m Leuchtreichweite
Zum Anschluss werden drei Pins und eine 5 V Betriebsspannung benötigt.
• Betriebsspannung: 5 V DC
• Maße: 25 x 12 mm
Technische Daten
• Betriebsspannung: 5 VDC
• Abmessungen: 28 x 15 x 2 mm
This Arduino XBEE conversion board allows you to quickly and easily interface a Bluetooth XBEE module on a breadboard, without the need for jumper cables or soldering.
This board converts all 20 XBEE pins to double row pins with 0.25 cm standard spacing. The corresponding pins are clearly labeled for easy identification.
Arduino ProtoShield prototype expansion board including mini breadboard. Can be used with Arduino ProtoShield prototype expansion board to build prototype circuit.
All pins and power supply led outside, perfect for building prototype circuit with Arduino.
Specifications• 1 x reset button, 1 x general purpose button and 2 LED circuits.
• 5V, GND and raw pins
• SOIC space for IC
• mini breadboard with 170 points
• dimensions (L x W x H): 44 x 34 x10 mm
Technical dataOperating voltage: 3.3 - 5 V
Operating current: 20 mA @ 5 V
Dimensions: 28 x 10 mm
The signals of this practical module can be evaluated with an Arduino as well as with a Raspberry Pi.
Technical data• 5 V supply voltage
• Dimensions: 25 x 12 mm
The sensor can detect and also analyse magnetic fields through the Hall effect. Unlike many other modules, no binary signal is output here. Instead, an analogue, real-time voltage signal is output via the analogue pin. This can very readily be analysed and recorded with an Arduino. An additional analogue-to-digital converter (ADC) is required for a Raspberry Pi.
Technical features
- Sensor: A3141
- Operating voltage: 5 V
- Connection: 3 pin
- Dimensions: 24 x 15 x 10 mm
Connections
- S: Analogue voltage signal
- +: Voltage supply
- -: Earth
Note
A sample connection and code can be found in the data sheet provided"
The sensor can detect magnetic fields through the Hall effect, and it outputs a corresponding digital voltage signal. The sensor can thus be used as a magnetic switch.
Technical features
- Operating voltage: 5 V
- Connection: 3 pin
- Dimensions: 25 x 12 mm
Connections
- S: Digital voltage signal
- +: Voltage supply
- -: Earth
Note
A sample connection and code can be found in the data sheet provided"
Zum Anschluss werden drei Pins und eine 5 V Betriebsspannung benötigt.
• Betriebsspannung: 5 V DC
• Maße: 25 x 12 mm
In contrast to the ARD SEN2 KNOCK , this module contains an additional LED that makes changes in the output signal recognisable.
Technical data
- Compatible with Arduino
- Operating voltage: 5 V
- Dimensions: 28 x 15 mm
Pin assignment
- OUT - digital signal output
- VCC - voltage supply
- GND - earth
Note
Refer to the data sheet provided for programming and connection examples."
- Add 4G connectivity and positioning to the Portenta family
- Guarantee reliable and quick data download and upload even in remote locations
- Enable long range coverage, both indoors and outdoors
- Change connectivity capabilities without changing the board
- Reduce infrastructure investments with respect to other traditional solutions
- Install your products in multiple countries leveraging the global network coverage
- Send SMS and set-up real-time notifications in case of alarms
- Take advantage of the widely adopted Mini PCIe form factor
The cutting-edge Arduino Pro 4G Module allows you to expand your connectivity capabilities to unlock the full potential of your projects - without changing your Portenta board.
Powered by a robust Cat.4 modem from Quectel, it ensures fast data throughput and high bandwidths for quick data download and upload, in even the most remote locations. Secure data transfer and long-range coverage make it ideal for challenging environments.
Developed in the widely adopted mini PCIe form-factor, it easily integrates into a wide variety of projects.
In addition to reliable 4G connectivity across the world, the Arduino Pro 4G Module guarantees compatibility with 2G and 3G networks."
- 30 pins: digital and one analog
- USB-C connection for programming
- Voltage of 3.3 V with 5 V voltage regulator
- Supports Wi-Fi and TCP/IP protocol
The Dasduino Connect board makes it easy to integrate Wi-Fi functionality into microcontroller projects. The ESP8266 microcontroller on which the board is based offers extensive networking capabilities, including DNS support. Programming is done via the Arduino IDE, which makes it particularly user-friendly. The board measures 71 mm in length and 26 mm in width, making it compact and suitable for most projects. It is equipped with a USB-C connection for programming and power supply. In addition, the board has 30 pins, most of which are digital and one analog, which enables flexible use in different applications. Operation takes place at a voltage of 3.3 V, although a voltage regulator also supports 5 V. Wireless projects are possible thanks to the JST battery connector. The board contains a full-color RGB LED WS2812 for visual feedback.
Technical data
- ESP8266 microcontroller
- Voltage: 3.3 V (integrated voltage regulator for 5 V)
- GPIO pins: 9
- Charger for lithium battery
- Connections: USB Type-C (socket), easyC, JST battery connection
- Button: Reset, User
- CH340C USB-UART converter
- RGB WS2812B LED
- Dimensions: 71 mm x 26 mm
The Dasduino Connect board is a versatile and user-friendly solution for integrating Wi-Fi into microcontroller projects. It is available in three versions: without headers, with male headers or with female headers. These versions offer flexibility for integration into different projects and applications.
easyC
easyC is a robust connection system that optimizes the connection of microcontrollers, sensors and actuators using JST-SH compatible connectors (JST 4-pin). It offers solderless connections, serial connections of multiple devices (daisy-chaining), error-free design, parallel connection, universal compatibility and intermediate compatibility with Qwiic (Sparkfun connection system), simplifying prototype development. Further information on easyC can be found under ""Data sheets"".
External links
https://github.com/SolderedElectronics/Dasduino-Board-Definitions-for-Arduino-IDE
https://github.com/SolderedElectronics/Dasduino-CONNECT-hardware-design"
The AD8495 thermocouple sensor is a precise amplifier for K-type thermocouples with integrated cold junction compensation. It provides an analog output voltage that is directly proportional to the temperature and is ideal for microcontroller or embedded projects. Thanks to its high accuracy and simple integration, it is ideal for laboratory, industrial and educational applications.
- Amplifier for K-type thermocouples The integrated AD8495 chip processes the voltage of the thermocouple and provides a linear output signal.
- Cold junction compensation Integrated temperature compensation ensures stable measurement results without additional sensors.
- Wide temperature range Supports measurements from approximately -250 °C to +750 °C, depending on the thermocouple used.
- Analog output Provides a directly evaluable voltage signal for microcontrollers with analog input.
- Easy integration Operates with a supply voltage between 2.7 V and 36 V, compatible with Arduino, ESP32, Raspberry Pi and similar systems.
Technical data:
- Thermocouple type: K-type
- Output voltage: approx. 5 mV/°C at 5 V supply voltage
- Reference output: approx. 1.25 V at 0 °C
- Accuracy: ±1 °C typical (0-50 °C), ±2 °C at -25 °C to +400 °C
- Supply voltage: 2.7 V to 36 V
- Operating temperature: -25 °C to +400 °C (depending on thermocouple)
- Dimensions: approx. 20 × 16 × 2 mm
Areas of application:
- Temperature monitoring in heating systems, ovens and industrial systems
- Control and measurement in automation applications
- Integration in microcontroller and embedded systems
- Measurements in laboratories, workshops and training
- Projects with high temperature requirements
The AD8495 thermocouple sensor offers a precise, stable and easy-to-use solution for temperature measurement with K-type thermocouples for a wide range of applications.
External links
https://soldered.com/documentation/ad8495/overview/
https://github.com/SolderedElectronics/Soldered-Thermocouple-Sensor-AD8495-Library"
- Joystick
- Relay
- Microphone
- 8 LED PCB
- Voltage regulator linear
- Flame
- Hall TTL
- Touch
- Temp I2C
- Buzzer
- Piezo Speaker 16R
- RGB-LED
- IR-optical detection
- Two color LED 5/3mm ""RED/GREEN
- Gas MQ-2
- Vibration
- Reed contact
- Heartbeat
- Flash LED
- Light barrier
- Button
- Shock
- Rotary encoder
- 5V Step-engine with driver PCB
- Tilt
- Photoresistor
- Temperature and humidity
- Potentiometer / analog hall
- 1W LED module WW
- Temperature 1Wire
- NTC treshold TTL / NTC 10k
- IR receiver 38KHz
- IR LED
- Motion detection PIR"
Technical dataOperating voltage: 3 ... 5 V DC
Output voltage: 0 ... 1 V DC
Operating current < 0.1 mA
Accuracy: 1 UV index
The integrated oscillator generates a square wave signal which is proportional to the intensity of the selected color.
Application examples are the reading of test strips, sorting by colors or recognition and calibration.
Technical features
- 2,7 .. 5,5 V supply voltage
- programmable colour selection
- dimensions: 28,4 x 28,4 mm
Technical dataPower supply: 3.3 / 5 V DC
Current consumption less than 20 mA
Output signal 0 ~ 1.7 / 0 ~ 3 V (3.3 / 5 VDC)
Connections
- 1 Power supply
- 2 Ground
- 3 Analog sensor output
Technische Daten
- kompatibel zu Arduino
- Betriebsspannung 5 V
- Maße: 28 x 15 mm
Anschlussbelegung
- 1 - digitaler Signalausgang
- 2 - Spannungsversorgung
- 3 - Masse
The kit consists of a base shield which is used to connect the modules analog, digital or via the I²C interface. The connection and programming of the modules is explained step by step in 12 tutorials. The use with an Arduino Uno is recommended.
Scope of delivery and projects
• OLED Screen - for direct display of measurement results
• LED - switch on/off or dim
• Button - push button
• Potentiometer - adjustable resistor
• Buzzer - buzzer to generate binary tones
• Light Sensor - photo resistor for light intensity detection
• Sound Sensor - small microphone
• Air Pressure Sensor - measures the air pressure
• Temperature Sensor - measures humidity and temperature
• Accelerometer - accelerometer, which is also used for orientation
• 6x Grove cable
Further Informationhttps://sensorkit.arduino.cc
Languages
• English
• Spanish
• Chinese
NoteDelivery without Arduino Uno
Technical features• chipset CH375B
• 5 V power supply
• 2x8 pin header
• USB-A socket
• status light
• integrated 122 MHz oscillator
Programming this module allows it to write to and read from SD cards, making it the ideal addition to your Arduino sensor module.
A PWM input also offers the user easy adjustment of the brightness.
Special features
- Operating voltage: 5 V DC
- Power consumption: 3 W
- Light output: 200 lm
- Colour temperature: 6000 K
- Receives signals from GPS, GLONASS and Galileo.
- integrated EASY and AlwaysLocate for fast and accurate positioning.
- advanced internal logger LOCUS for storing routes and location data.
- Option to use with CR1220 battery for backup timing and GPS data.
- IPX connector for external antenna connection if required.
The L86-M33 GNSS receiver is characterized by its versatility as it receives signals from GPS, GLONASS and Galileo constellations. Thanks to the integration of EASY and AlwaysLocate, it offers fast and precise positioning, even in difficult environments. The internal LOCUS logger allows users to efficiently store routes and location data.
In addition, the module's breakout board provides a connection for a CR1220 battery, which acts as a backup for timing and GPS data. This ensures the continuity of operating data even in the event of a power failure or interruption. The ability to connect the module to an external antenna provides additional flexibility to achieve optimum performance even in weak signal environments.
Technical specifications
- GNSS: GPS + GLONASS
- Ceramic antenna on the circuit board
- Possibility of connecting the external antenna via the IPX connector
- Integrated circuit: L86-M33
- voltage: 3.3 V
- maximum update speed: 10 Hz
- Dimensions: 54 mm x 38 mm
External links
https://github.com/SolderedElectronics/GNSS-GPS-L86-M33-breakout-hardware-design
https://github.com/SolderedElectronics/Soldered-GNSS-L86-M33-Arduino-Library"
The Vision Shield is supplied with a 324 x 324 pixel camera module containing an ultra low power image sensor designed for always-on vision devices and applications. The highly sensitive image sensors can capture gestures, ambient light, proximity detection and object identification.
• professional image processing
• directed audio detection
• Ethernet or LoRa (depending on shield)
• JTAG
• for Arduino Portenta
Arduino has teamed up with OpenMV to offer a free license for the OpenMV IDE, which allows an easy entry into image processing with MicroPython. With OpenMV, all professionals, researchers and developers can develop cost-effective Python-based camera vision and audio applications. With the two digital microphones integrated in all directions you can record sounds to the videos, which can be stored on a MicroSD card.
Transfer data either via Ethernet or LoRa®.ARD SHD ASX00021 (Shield with LAN)
ARD SHD ASX00026 (Shield with LoRa)
Technical data• Camera: Himax HM-01B0 Camera module
• resolution: 320 x 320 active pixel resolution with support for QVGA
• Image sensor: Highly sensitive 3.6-µ-BrightSenseTM pixel technology
• Microphones: 2x MP34DT06JTR
• Connection: LoRa
• Interface: JTAG
• Dimensions (LxW): 66 x 25 mm
Scope of delivery
Portenta Shield with LoRa function
external links
https://openmv.io/pages/download
https://www.arduino.cc/pro/tutorials/portenta-h7/por-openmv-bt
