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DFRobot Gravity - digital blue button

Description Digital monostable switch with 3-pin connector. It is powered with the voltage from 3.3 V to 5 V, it works with Arduino modules. The kit includes a cable adapted to DFRobot IO Expansion Shield. The product is compatible with Arduino Sample code and detailed information can be found in the user guide. Connection The module works with any microcontroller with digital inputs, including Arduino. To read data, just connect the power supply and output pin to any input of the microcontroller, and read its status. Example of connecting the sensor withArduino. Specification Supply voltage: from 3.3 V to 5 V Communications: digital signal 0/1 Built-in LED Cable for connection withDFRobot IO Expansion Shield Board sizes: 22 x 30 mm Board is suitable for connectors of DFRobot IO Expansion Shield for Arduino V7.1. Set includes: Digital bistable switch Connecting cable Useful links The website of the manufacturer of DFRobot DFR0029-B User manual WikiDoc Diagram of the module

Indeks: DFR-08045

Indeks: DFR-08045

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DFRobot Gravity - digital sound generator - buzzer

Description Digital buzzer module for Arduino and Raspberry Pi, which can be controlled via low and high status. When changing the frequencies of the buzzer, you can hear a different sound. Supply voltage is from 3.3 V to 5 V. The product is compatible with Arduino Sample code and detailed information can be found in the user guide. Example of connecting the module with Arduino. Specification Supply voltage: from 3.3 V to 5 V Mounting holes: 2x, with the diameter of 3 mm Type: digital Useful links The website of the manufacturer of DFRobot DFR0032 User manual on WikiDoc Diagram of the module

Indeks: DFR-11263

Indeks: DFR-11263

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DFRobot Gravity: Digital shake sensor

Description The shock sensor reacts to movement in a certain direction, so it can detect, for example, a hand movement. It is equipped with a vibration switch, spring type which serves to output the pulses of the low status. The module is compatible with Arduino andMicro:bit. The product is compatible with Arduino and Micro:bit Sample code and detailed information can be found inthe user guide. Pins The module is equipped with a digital interface, at a time when the sensor detects movement, it indicates the impulse of the low status and starts the built-in diode. Pin Description PWR The power indicator (red), is enabled after turing on the power supply GND The ground of the system VCC Supply voltage from 3.3 V to 5 V D The digital output - low when motion is detected ON The indicator of the shock (blue), turns on when movement is detected Specification Supply voltage: from 3.3 V to 5 V The switch's service life: more than 200 000 uses Interface: digital Dimensions: 30 x 22 mm Useful links The website of the manufacturer of DFRobot SEN0289 User manual Diagram of the module

Indeks: DFR-13294

Indeks: DFR-13294

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5 (7)

DFRobot Gravity v2.1.0 - I2C Digital Wattmeter

Description of product: DFRobot Gravity v2.1.0 - digital meter of power consumption I2C A module that allows you to measure electric energy consumption of up to 26 V / 8 A. The maximum measurement error is approx.0,2%(before the first use, it requires a simple calibration). It can be used tomeasure the actual current consumption or evaluationof the service lifeof the battery.The kit includes a cable adapted to Gravity DFRobot IO Expansion Shield. The application of the energy consumption meter Solar power management The battery indicator The indicator of the power consumption of the electric device The product is compatible withArduino User manual for the connection and sample code can be found onthe website of the manufacturer. Example of connection with Arduinoandanalog PH sensor The chip usesTI INA219system with the zero temperature of drift of monitoring the current/power and resistor of 10mΩ with high power of 2 W and low temperature of drift. The resolution of voltage and current is4 mVand1 mA. The module has4 I2C addressesselectable withDIP switch. It accurately measures the high, bi-directional currents which is especially useful in applications that usesolar orbattery power in which the rechargeable battery should be charged and discharged. Connection example withRaspberry Pi Specification of meter of power consumption Version: 2.1.0 Supply voltage: from 3.3 V to 5 V Voltage measurement range: 0 V to 26 V Resolution voltage: 4 mV Error of voltage measurement: up to 0,2% (typical) Measuring range of the current: from 0 to 8 A (bi-directional) Resolution of the current: 1 mA Error of current measurement: up to 2% (typical, it requires manual calibration) The range of power measurement: from 0 to 206 W Resolution power: 20 mW (hardware) / 4 MW (software) Quiescent current: 07 mA Interface: I2C Gravity I2C address: 0x40, 0x41, 0x44, 0x45 Dimensions: 30 x 22 mm Weight: 4 g Useful links The website of the manufacturer of DFRobotSEN0291 User manual Diagram of the module System and size Documentation for the TI INA219

Indeks: DFR-13753

Indeks: DFR-13753

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DFRobot Gravity - digital PIR motion sensor

Description Sensor, type PIR, can detect movement. Used to detect objects in the premises, alarm and lighting systems. The sensor is supplied with the voltage from 3.3 to 5 V. When connecting it, it is necessary to wait 1-2 seconds until the sensor will do a snapshot of the room. If, after this time, something will move in the area of the sensor, thealarmpin will be low. For detection, the sensor uses IR, that is a warm. The sensor may be used to control lighting, if someone is in the range of the sensor, the light will be turned on, if no one will, the light will be off. Connecting the sensor is easier thanks to the Gravity connector. Connection example The figure shows a connection example of PIR sensor with the module LED RGB Gravityandexpansion board. The best connection option is to use the extension board Gravity IO Expansion ShieldandArduino. The sensor can work with the 3.3 V voltage, making it compatible withRaspberry Pi,Intel Edison,Intel Jouleand Curie. Pins The sensor is equipped with a Gravity connector, making it easier to connect. It is powered with the voltage in the range of 3 V to 5 V. No. Description 1 The digital output of the signal 2 Supply voltage from 3 V to 5 V 3 The ground of the system 4 Jumper H - repeatable trigger L - unrepeatable trigger 5 Potentiometer - adjusting the delay of triggering from 0.5 sec to 50 sec Specification Sensor type: digital Supply voltage: 3 V to 5 V Current: 50 uA Operating temperature: 0℃ to 70℃ The output level (high): 4 V Output level (low): 0.4 V Detection angle: 110 ° Detection distance: 7 m Dimensions: 38 x 36 mm Weight: 25 g Connector: Gravity - cable included Useful links The website of the manufacturer: DFRobot: SEN0018 Guide Wiki Doc

Indeks: DFR-10173

Indeks: DFR-10173

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DFRobot Gravity - digital button Tact Switch - yellow

Product description: DFRobot Gravity - Digital Tact Switch - Yellow Digital monostable switch with 3-pin connector. It is powered from 3.3 V to 5 V and works with Arduino modules. The set includes a cable suitable for DFRobot IO Expansion Shield. Product is compatible with Arduino Example code and detailed information can be found in the user guide. Connection The module works with any microcontroller equipped with digital inputs, including Arduino. To read data, simply connect power and output pin to any microcontroller input and read its state. Example of connecting sensor with Arduino. Specification Supply voltage: from 3.3 V to 5 V Communication: 0/1 digital signal Built-in LED Colour: yellow Cable for connection to DFRobot IO Expansion Shield PCB dimensions: 22 x 30 mm The board is matched with the DFRobot IO Expansion Shield connectors for Arduino V7.1. Kit includes: Digital bistable switch Connection cable Useful links DFRobot DFR0029-Y manufacturer website WikiDoc user guide Unit diagram

Indeks: DFR-11279

Indeks: DFR-11279

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DFRobot Gravity - digital magnetic field sensor

Description Digital magnetic sensor can detect the magnetic object near it, when it is detected, the led turns on on the board. Supply voltage is from 3.3 V to 5 V. The product is compatible with Arduino Sample code and detailed information can be found in the user guide. Example of connecting the sensor with Arduino. Specification Supply voltage: from 3.3 V to 5 V Interface: digital, Gravity Indicating LED on board Mounting holes: 2x, with 3 mm diameter Dimensions: 30 x 22 mm Set includes Digital magnetic sensor Cable Gravity Useful links The website of the manufacturer DFRobot DFR0033 User manual WikiDoc Diagram of the module

Indeks: DFR-11274

Indeks: DFR-11274

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DFRobot Gravity - digital crash sensor (right)

Description The module is equipped with limit switch with lever with roller, it is designed for Arduino. It is powered with the voltage of 5 V. Connection of the module to the Arduino, is facilitated by fitted to it, connectors: DFRobot IO Gravity Expansion Shield. Specification Working voltage: 5 V Pins: Digital output VCC GND LED that indicates the status Dimensions: 30 x 20 x 8 mm Useful links The website of the manufacturer: DFRobot SEN0138-R User manual on WikiDoc

Indeks: DFR-11266

Indeks: DFR-11266

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4.9 (5)

DFRobot Gravity - a speaker with a digital interface

Description The module is based on the single-wire 8002 amplifier with digital interface. It can work as asimple buzzer or play music. The volume is adjustable with built in potentiometer. The supply voltage ranges from 2 V to 5.5 V. Key features Small, compact size Simple single-wire interface Wide input voltage range Connection The sensor is equipped with a digital input which is to be connected to any input of the microcontroller. The product is compatible with Arduino Sample code and detailed information can be found inthe user guide. Sensor connection example. Specification Supply voltage: 2 V to 5.5 V Interface type: digital Board size: 40 x 40 mm Weight: 14 g Boards are suitable for connectors withDFRobot IO Expansion Shield for Arduino V7.1. Set includes: Module with speaker Connecting cable Useful links The website of the manufacturer DFRobot FIT0449 User manual WikiDoc Diagram of the module The melody of Arduino

Indeks: DFR-05501

Indeks: DFR-05501

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Gravity - Digital Wireless Switch Kit - 433MHz - DFRobot TEL0140-1

Product description: Gravity - Digital Wireless Switch Kit - radio transmitter and receiver - 433 MHz - DFRobot TEL0140-1 Digital Wireless Switch Kit is a kit consisting of two radio modules - receiver and transmitter, which operate at 433 MHz. The maximum distance of stable transmission is 15 meters (indoors).Powered by a voltage range from 3.3 V to 5 V DC. Data can be transmitted from one transmitter to several receivers and from several transmitters to one receiver. It is used in projects requiring wireless control. Contents of the kit Gravity - transmitter module (transmitter) Gravity receiver module Gravity - digital connection cable Gravity - Digital Wireless Switch Kit - 433 MHz radio transmitter and receiver - DFRobot TEL0140-1. The manufacturer provides a detailed user guide. You will find there, among other things, wiring diagram or sample program codes - check it out! The set also includes a connecting cable with Gravity connector. Special features of the modules Based on radio communication technology and operating at a certification-free frequency of 433 MHz Equipped with convenient Gravity connectors Low power consumption Achieves a stable transmission distance of up to 15 meters indoors Data can be transmitted from one transmitter to several receivers and from several transmitters to one receiver Multiple modes of operation: inching, latching, self-locking, and interlocking Suggested application Remote control, control equipment Communication module for remote gate control Wireless doorbell Wireless signal transmission Upgrading wired buttons to wireless buttons Gravity receiver module. Gravity - transmitter module (transmitter). Technical specification of the set Supply voltage range: from 3.3 V to 5 V DC Stable transmission distance: up to 15 m indoors Current consumption by the transmitter: active: 10 mA @ 5 V Standby: ＜ 10 uA @ 5 V Current consumption of the receiver: active operation: 6 mA @ 5 V Standby: 3 mA @ 5 V Input signal: digital Connector standard: 4 x Gravity Operating frequency: 433 MHz Transmitter dimensions: 47 x 32 mm Receiver dimensions: 37 x 32 mm Mounting hole size: inner diameter: 3.1 mm external diameter: 6 mm Useful links Manufacturer's website: DFRobot TEL0140-1 User guide Diagram - transmitter Diagram - Receiver Dimensions - transmitter Dimensions - Receiver

Indeks: DFR-20431

Indeks: DFR-20431

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5 (1)

DFRobot Gravity - digital crash sensor (left)

Description The module is equipped with limit switch with lever with roller is designed for Arduino. It is supplied with the voltage of 5 V. Connection of the module to the Arduino, is facilitated by fitted to it, connectors: DFRobot IO Gravity Expansion Shield. Specification Working voltage: 5 V Pins: Digital output VCC GND LED that indicate the status Dimensions: 30 x 20 x 8 mm Useful links The website of the manufacturer: DFRobot SEN0138-L User manual of WikiDoc

Indeks: DFR-11265

Indeks: DFR-11265

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DFRobot Gravity - digital IR transmitter

Description Digital IR transmitter from a series of Gravity, operating at a frequency of 38 kHz with a voltage of 5 V. The module communicates with an IR receiver, after pairing the modules. The product is compatible with Arduino Sample code and detailed information can be found in the user guide. Example of connecting the module with Arduino. Specification Supply voltage: 3 V to 5 V Centre frequency of the emission from 850 nm to 940 nm Angle of radiation: approx. 20 degrees The duration of the emission: approx 1.3 m (5 V / 38 kHz) Interface: Gravity Type: digital Mounting hole diameter is 3.2 mm, pitch 15 mm Dimensions: 30 x 22 mm Set includes Digital IR transmitter Cable Gravity Useful links The website of the manufacturer DFRobot DFR0095 User manual WikiDoc Arduino Library

Indeks: DFR-11268

Indeks: DFR-11268

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5 (1)

Gravity - DHT22 digital temperature and humidity sensor - DFRobot SEN0137

Product description: Digital temperature and humidity sensor DHT22 - DFRobot SEN0137 DFrobot's DHT22 digital humidity and temperature sensor module provides precise measurementsand hasa short response time combined with high reliability and resistance to interference. The sensor is very small, and its implementation into the system is easy and fast, making it a very good choice for any project using temperatureand humiditysensors. DHT22 sensor module with connection cable. Connecting the DHT22 sensor Using a special overlay for Arduino makes working with the module even more efficient. The appropriate cap is not part of the set, it must bepurchased separately. An example of how to combine a module with Arduino Uno. Product compatible with Arduino For a sample code and detailed information, see theuserguide. Sensor specifications Power supply voltage: 5 V Output voltage: 0 to 3.3 V Temperature range: -40 to 80°C Humidity range: 0 to 100% RH Dimensions 38 x 20 mm Useful links Manufacturer's website Operating instructions Product wikis

Indeks: DFR-15760

Indeks: DFR-15760

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DFRobot Gravity: digital I2C multiplexer - 8-channel

Description Module withmultiplexerthat allows you to connect8 differentdigitalI2C buses to one interface, for each, there are separate pins SDA (bus of data line) and SCL (clock line of the bus). The device operates with a supply voltage from3 V to 5 V, the output I2C bus has the ability to change the default address,0x70 to 0x77. Theoretically, it is possible to connect up to 8 multiplexers that allows you to control up to64 devices through a single I2C interfaceof minicomputer.The kit also includes a cable suitable forGravity DFRobot IO Expansion Shieldand a 4-pin goldpin connector. Pins The system has four pins on a special connector, to which the cable is included in the package. Connection example of module withDFRobot Gravity shield. Pin Description VCC Supply voltage: from 3.3 V to 5 V. GND The ground of the system. SCL Clock line of I2C interface. Traffic Data line of I2C interface. Specification System:TCA9548A Supply voltage: from 3.3 V to 5 V Connector type: PH2.0-4P Interface: I2C (IIC) Clock I2C: 100K, 400K The number of I2C ports: 8 The default I2C address: 0x70 Range of I2C addresses: from 0x70 to 0x77 Dimensions: 32 x 32 mm Useful links Website: DFR0576 The wiki-page with instructions and sample code Documentation TCA9548A The Arduino library on GitHub Scheme

Indeks: DFR-12628

Indeks: DFR-12628

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DFRobot Gravity - VEML7700 digital ambient light sensor - I2C

Description The module is equipped with digital light sensor with a high performance of 16-bit, it is powered with a voltage in the range from 3.3 V to 5.5 V. The data from the sensor are transmitted directly into Lux (Lx). When objects are illuminated by the wave of light with the value of 1 Lux per square meter, their light intensity is 1 lx.The kit includes a cable adapted toGravity DFRobot IO Expansion Shield. Pins The module is compatible withArduino, it communicates via I2C bus. A manufacturer has prepared a connection example and the example of programforthe Arduino. Pin Description VCC Supply voltage from 3.3 V to 5 V. GND The ground of the system. SCL Clock line of the I2C bus. SDA The data line of the I2C bus. Specification Supply voltage: from 3.3 V to 5 V Current: 45 µA Off mode: 0.5 µA Measuring range: 0 to 120 klx Accuracy: 0,0036 lx / ct Operating temperature: -25 to 85 °C Dimensions: 30 x 22 mm Weight: 12 g Useful links The website of the manufacturer: DFRobot - SEN0228 User manual Library of Arduino VEML7700 Scheme Layout Documentation of VEML7700

Indeks: DFR-09528

Indeks: DFR-09528

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Products from the same category:

Gravity - connection cable set - male plug PH2.0 - 30cm - 10pcs. - DFRobot FIT0897

Product description: Gravity - set of connection cables - PH2.0 male plug - 30 cm - 10 pcs - DFRobot FIT0897 A set of connecting cables equipped with a connector compliant with the Gravity standard and a 3-pin PH2.0 male goldpin connector. The cables were manufactured by DFRobot, they are intended for connection peripheral devices (applies to sensors equipped with a Gravity connector) with an Arduino microcontroller. The cables are 30 cm long . The cable consists of three wires corresponding to the power, ground and signal lines. The set includes 10 pieces of cable. Gravity - set of connection cables - PH2.0 male plug - 30 cm - 10 pcs - DFRobot FIT0897. The cable has a Gravity connector and a PH2.0 plug. Technical specification of the cable Cable standard: Gravity Cable type: analog Maximum voltage: <50V Maximum current: <1000 ma="" li=""> Number of pins: 3 Connector Type: Connector 1: 3-pin PH2.0 male plug compatible with the goldpin plug connector 2: Gravity Description of the pins: red: VCC (power) black: GND (system ground) blue: Signal Number of pieces in the set: 10 pcs. Length: 30 cm Gravity Standard - What is a Gravity Connector? The connection cable, which has been equipped with a connector compatible with the Gravity standard, greatly facilitates and speeds up the process of connecting peripheral devices with the controller module. Cables of this type are an ideal connection solution that is very often used in the broadly understood projects of home automation, building automation, robots, industrial applications and many others. Our offer also includes sensors compatible with the Gravity standard ! We encourage you to familiarize yourself with the assortment. Cables compliant with the Gravity standard, manufactured by DFRobot. Useful links The website of the manufacturer: DFRobot FIT0897

Indeks: DFR-21233

Indeks: DFR-21233

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Gravity - I2C/UART connection cable set - 4-pin male plug PH2.0 - 30cm - 10pcs. - DFRobot FIT0898

Product description: Gravity - I2C / UART connection cables set - 4-pin PH2.0 male plug - 30 cm - 10 pcs - DFRobot FIT0898 A set consisting of 10x connection cables with I2C / UART communication, equipped with a connector compatible with the Gravity standard and a 4-pin PH2.0 male goldpin connector. The cables were manufactured by DFRobot, they are intended for connection peripheral devices (applies to sensors equipped with a Gravity connector) with an Arduino microcontroller. The cables are 30 cm long . The cable consists of four wires corresponding to the power, ground and signal lines for I2C and UART. Gravity - I2C / UART connection cables set - 4-pin PH2.0 male plug - 30 cm - 10 pcs - DFRobot FIT0898. The cable has a Gravity connector and a PH2.0 plug. Technical specification of the cable Cable standard: Gravity Maximum voltage: <50V Maximum current: <1000 mA Number of pins: 4 Connector Type: Connector 1: 3-pin PH2.0 male plug compatible with the goldpin plug connector 2: Gravity Description of the pins: I2C: Red - VCC, Black - GND, Blue - SCL, Green - SDA UART: Red - VCC, Black - GND, Blue - TX, Green - RX Number of pieces in the set: 10 pcs. Length: 30 cm Gravity Standard - What is a Gravity Connector? The connection cable, which has been equipped with a connector compatible with the Gravity standard, greatly facilitates and speeds up the process of connecting peripheral devices with the controller module. Cables of this type are an ideal connection solution that is very often used in widely understood home automation projects, building automation, robots, industrial applications and many others. Our offer also includes sensors compatible with the Gravity standard ! We encourage you to familiarize yourself with the assortment. Cables compliant with the Gravity standard, manufactured by DFRobot. Useful links The website of the manufacturer: DFRobot FIT0898

Indeks: DFR-21235

Indeks: DFR-21235

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DFRobot Gravity - connection cable - for digital sensors to Arduino - 30cm - 10pcs.

Product description: DFRobot Gravity - connection cable - for digital sensors to Arduino - 30 cm - 10 pcs. Connection wires withGravity standardproduced by DFRobot. Designed to connectdigitalperipherals- sensors equipped withGravityconnector - with Arduino microcontroller. The cables are30 cmlong, on one side have3-pin JSTconnector and on the other a Gravity connector. Set includes10 piecesof cable. Components sold in pack of 10 pieces. Gravity - 30 cm long connecting cable. Technical specification of the cable Cable standard: Gravity Cable type: digital Maximum voltage: < 50 V Maximum current: < 1000 mA Number of pins: 3 Connector type: connector 1: 3-pin JST connector 2: Gravity Pinout description: red: PWR black: GND green: Signal Number of pieces in the set: 10 Length: 30 cm Gravity standard Connection cable equipped with a connector compliant with the Gravity standard improves the process of connection of peripheral devices with the controller module. They are the ideal connection solution, eagerly used in widely understood projects of home automation, building automation, robots, industrial applications and many others. In our offer you will also findsensors compliant with the Gravity standard! We encourage you to familiarize yourself with the range. Gravity cables manufactured by DFRobot. Useful links Manufacturer's website: DFRobot FIT0011

Indeks: DFR-19552

Indeks: DFR-19552

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DFRobot Gravity - connection cable - for analog sensors to Arduino - 30cm - 10pcs.

Product description: DFRobot Gravity - connection cable - for analog sensors to Arduino - 30 cm - 10 pcs. Connection wires withGravity standardproduced by DFRobot. Designed to connectanalogperipheral devices(sensors equipped withGravityconnector) with the Arduino microcontroller. The wires are30 cmlong. On one side they have3-pin JSTconnector and on the other side a Gravity connector. They consist of three wires corresponding to power, ground and signal lines. There are10 piecesof cable in the set. Items sold in a bundle of 10 pieces. Gravity - 30 cm long connection cable. The cable has a Gravity connector and JST plug. Technical specification of the cable Cable standard: Gravity Cable type: analogue Maximum voltage: < 50 V Maximum current: < 1000 mA Number of pins: 3 Connector type: connector 1: 3-pin JST connector 2: Gravity Pinout description: red: PWR black: GND blue: Signal Number of pieces in the set: 10 pcs. Length: 30 cm Gravity Standard - what is the Gravity connector? Connection cable equipped with a connector compliant with the Gravity standard significantly simplifies and accelerates the process of connecting peripheral devices with the controller module. Cables of this type are an ideal connection solution, willingly used in widely understood projects of home automation, building automation, robots, industrial applications and many others. In our offer you will also findsensors compatible with the Gravity standard! We encourage you to familiarize yourself with the range. Gravity cables manufactured by DFRobot. Useful links Manufacturer's website: DFRobot FIT0031

Indeks: DFR-19551

Indeks: DFR-19551

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5 (1)

DFRobot Gravity - Sensor connection cable for Arduino - 4-pin - I2C/UART - 50cm - 10pcs. - FIT0773

Product description: DFRobot Gravity - sensor connection cable for Arduino - 4-pin - I2C / UART - 50 cm - 10 pcs. - FIT0773 Connectioncable equipped withGravityseries connector. Produced byDFRobot, it's designed to connect the sensor to the main module - Arduino. It supports two most popular communication interfaces -I2Cbus andUARTprotocol. The maximum voltage should not exceed50 Vand the current should not exceed 1000 mA. The set includes 10 pieces ofcable. Components sold in packs of 10 pieces. Gravity - sensor to Arduino connection cable - 4-pin - I2C / UART. Each Gravity connection cable is built with four lines. Pinout description I2C bus: red wire: power line - VCC black wire: ground line - GND Blue wire: Bus clock line - SCL green wire: bus data line - SDA UART bus: red wire: power supply line - VCC black wire: system ground - GND Blue wire: TX green wire: RX Technical specification of the cable Type: sensor connection cable Purpose: for Arduino Connector type: connector one: Gravity second connector: 4-pin JST female plug Interfaces supported: I2C bus / UART Maximum voltage: < 50 V Maximum current (current): < 1000 mA Cable length: 50 cm Pin Raster: 2.54 mm Number of pieces per set: 10 pieces Gravity connector significantly improves the connection of peripheral devices with main modules. Useful links Manufacturer's website: DFRobot FIT0773

Indeks: DFR-19549

Indeks: DFR-19549

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DFRobot Gravity - connection cable - for digital sensors to Arduino - 3-pin - 50cm - 10pcs. - FIT0756

Product description: DFRobot Gravity - connection cable - for digital sensors to Arduino - 3-pin - 50 cm - 10 pcs. - FIT0756 Connectioncable withGravityseries connector, manufactured byDFRobot. Designed to connectdigitalperipherals (sensors) equipped with Gravity connector to the controller module - Arduino. Maximum voltage should not exceed50Vand current should not exceed 1000mA. The set includes10 piecesof50cmlongcable. Components sold in packs of 10 pieces. Gravity - connection cable - for digital sensors to Arduino - 3-pin. Each Gravity connection cable is made of three lines. Gravity standard Connection cable, which is equipped with connector compliant withGravitystandard significantly improves the process of connecting peripheral devices with controller module. Cables of this type are an ideal connection solution, willingly used in widely understood projects of home automation, building automation, robots, industrial applications and many others. Technical specification of the cable Type: sensor connection cable Application: for Arduino Cable standard: Gravity Cable type: digital Maximum voltage: < 50 V Maximum current: < 1000 mA Number of pins: 3 Connector type: Connector 1: 3-pin JST connector 2: Gravity Pinout Description: red: power supply - VCC black: system ground - GND green: signal - Signal Number of pieces in the set: 10 Cable length: 50 cm Number of pieces in the set: 10 pieces Gravity connector significantly improves the connection of peripheral devices with main modules. Useful links Manufacturer's website: DFRobot FIT0756

Indeks: DFR-19547

Indeks: DFR-19547

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DFRobot Gravity FIT0769 - connection cable - for analog sensors to Arduino - 50cm - 10pcs.

Description: DFRobot Gravity FIT0769 - connection cable - for analog sensors to Arduino - 50 cm - 10 pcs. Set ofGravitycompatible connection wires manufactured by DFRobot. Designed to connectanalogperipherals(sensors equipped withGravityconnector) with Arduino type microcontroller. The wires are50 cmlong. On one side they have3-pin JSTconnector and on the other side a Gravity connector. They consist of three wires corresponding to power, ground and signal lines. There are10 piecesof cable in the set. Items sold in a bundle of 10 pieces. Gravity - connecting cable with a length of 50 cm. The cable has a Gravity connector and JST plug. Technical specification of the cable Cable standard: Gravity Cable type: analogue Maximum voltage: < 50 V Maximum current: < 1000 mA Number of pins: 3 Connector type: connector 1: 3-pin JST connector 2: Gravity Pinout description: red: VCC (power supply) black: GND (system ground) blue: Signal (signal) Number of pieces in a set: 10 pcs. Length: 50 cm Gravity standard - what is the Gravity connector? Connection cable, which has been equipped with a connector compliant with the Gravity standard significantly simplifies and accelerates the process of connecting peripheral devices with the controller module. Cables of this type are an ideal connection solution, which is very often used in widely understood home automation projects, building automation, robots, industrial applications and many others. In our offer you will also findsensors compatible with the Gravity standard! We encourage you to familiarize yourself with the assortment. Gravity cables manufactured by DFRobot. Useful links Manufacturer's website: DFRobot FIT0769

Indeks: DFR-19548

Indeks: DFR-19548

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DFRobot Gravity cables - wires for Gravity and LattePanda sensors 10pcs

Description Wires are used to connect sensors from Gravity series or actuators with a minicomputer Latte Panda, compatible with most gravitational sensors. They are very simple to connect thanks to the design against reverse polarity. The wires have connectors: 1 x KF2510-3P and 1 x PH2.0-3P The subject of sale are the wires.Minicomputer LattePandacan be purchased separately. Specification Maximum voltage: 50 V Maximum current: 1000 mA Connectors: 1 xKF2510-3P and 1 xPH2.0-3P Length: 20 cm Connection: red: power black: ground orange: signal

Indeks: DFR-08829

Indeks: DFR-08829

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DFRobot Gravity - adapter with compression connectors

Description Universal adapter for sensors with 3-pin clamp connector. It can be used with digital and analog modules. The module has a built-in resistor of 10K between AB and AC, which ensures the connection of modules that do not have a resistor which is required for their normal operation with a microcontroller. The board has a jumper that allows to select the type of resistor: pull-up or pull-down. The product is compatible with Arduino Sample code and detailed information can be found in the user guide. Example of connecting the adapter with sensor DS18B20 and Arduino. Specification Supply voltage: 5 V Built-in 10K resistor Pull-up / pull-down jumper Current: 1000 mA Connector: Gravity / clamping 3-pin Dimensions: 34 x 22 mm Useful links The website of the manufacturer of DFRobot DFR0055 User manual WikiDoc Diagram of the module

Indeks: DFR-11286

Indeks: DFR-11286

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DFRobot Gravity - ARK adapter for 4pin Gravity sensors - FIT0511

Description The adapter is designed for 4-pin sensors, optimized for the connection with the Gravity interface. It has two types of power supplies of 3.3 V and 5 V, it is changed by the switch located on the board. The kit includes the adapter and Gravity 4-pin cable. Specification Input voltage: from 3.3 V to 5 V Output voltage: from 3.3 V to 5 V Interface: Gravity 4-pin Dimensions: 35 x 27 mm Weight: 16 g Useful links The website of the manufacturer of DFRobot FIT0511 Diagram of the module The layout of the module

Indeks: DFR-09967

Indeks: DFR-09967

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DFRobot Gravity - adapter for the GP2Y1010AU0F dust sensor

Description Adapter for the direct connection of the sensor GP2Y1010AU0F for Arduino, using the API Gravity. The module is compatible with expander of pins of Gravity V7.1. The digital output is labeled with D, and analog output with the letter A. The product is compatible with Arduino Detailed information can be found on the manufacturer's website. Set includes adapter's module cable to the adapter analog cable digital cable Specification Voltage: 5V Built-in LED Dimensions: 27 x 27 mm Useful links The website of the manufacturer of DFR0280 Scheme

Indeks: DFR-11282

Indeks: DFR-11282

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5 (1)

Gravity - I2C/UART connection cable set - PH2.0-male - 30cm - 5pcs - DFRobot FIT0916-M

‌ Product description: Gravity - set of I2C/UART connection cables - PH2.0-male - 30 cm - 5 pcs - DFRobot FIT0916-M The set includes 5 pieces of 30 cm long connection cables from DFRobot . On the one hand they are terminated with a female PH2.0 connector compliant with the Gravity standard , on the other with a male goldpin connector . The cable consists of four wires corresponding to the power, ground and signal lines for I2C and UART . Each of them is signed, which makes it easy to distinguish them. The wires are designed to be connected peripheral devices (applies to sensors equipped with the Gravity connector) with an Arduino -type microcontroller. They are made of high-quality materials and are characterized by high durability. Each strand has a label indicating its function. Gravity - set of I2C/UART-PH2.0-male connecting cables. Pin description I2C: Red - VCC (power) Black - GND (ground) Blue - SCL (clock line) Green - SDA (data line) UART Red - VCC (power) Black - GND (ground) Blue - TX (transmitter) Green - RX (receiver) Technical specification of I2C/UART connection cables Cord Standard: Gravity Maximum voltage: < 50V Maximum current: < 1000mA Number of pins: 4 Type: female-male Pitch: 2.54mm Cord length: 30 cm Number of pieces in the set: 5 pcs. The cables are made of high-quality materials. Useful links Manufacturer's website

Indeks: DFR-22466

Indeks: DFR-22466

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4.9 (11)

Grove - a set of 5 wires 4-pin 2mm - female wires 2.54mm/30cm

Description A set of five 4-pin Grove female wires. They are used to connect Grove sensors with a board incompatible with the Grove raster 2.54 mm wires, such asRaspberry Pi. Length is approximately. 30 cm. Useful links The website of the manufacturer Seeedstudio ACC171120 A guide on how to choose the right cable

Indeks: SEE-04401

Indeks: SEE-04401

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4.8 (10)

Grove - a set of 5 wires 4-pin 2mm - male cables 2.54mm/20cm

Description A set of five wires 4-pin Grove male wires 2.54 mm. They are used to connect Grove sensors with boards incompatible with the Grove raster 2.54 mm wires, for exampleArduino. Useful links The website of the manufacturer Seeedstudio CAB07111M A guide on how to choose the right cable

Indeks: SEE-04402

Indeks: SEE-04402

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Grove - set of 5 female-female 4-pin 2mm Y-cables - 20cm - M5Stack A150

‌ Product description: Grove - set of 5 Y-type cables female-female 4-pin 2 mm - 20 cm - M5Stack A150 A practical Y-type splitter cable , designed specifically to work with M5Stack series devices. Thanks to the standard 4-pin Grove interface , the cable allows you to connect two modules simultaneously to one port . This solution significantly increases the possibilities of expanding systems based on multiple sensors or actuators. The set includes 5 cables with a length of 20 cm , ideal for educational applications, prototyping and integration of complex IoT systems. Grove - set of 5 Y-type cables female-female 4-pin 2 mm - 20 cm - M5Stack A150. Cable with Grove connector. Main Features of the Cable Kit Y-splitter : allows you to connect two Grove modules to one port Standard Grove interface : compatibility with the entire Grove ecosystem Enhanced project functionality : ideal for monitoring multiple sensors or controlling multiple components simultaneously Universal application : compatible with M5Stack modules and other Grove-supporting platforms High quality workmanship : solid 4-pin connectors and 20 cm long flexible cables Set of 5 : ready for immediate use in larger projects Practical applications Prototyping multi-sensor systems Simultaneous operation of multiple Grove modules from a single port Expanding Control and Measurement Capabilities in Educational Projects Integration of sensors and actuators in IoT devices Development of interactive devices and testing of multi-modular systems The Y cable allows you to connect two Grove modules to one port. The set includes 5 cables. Technical specifications of the cable set Cable Type: Grove Number of pins: 4 Pin pitch: 2 mm Cable length: 20 cm Number of connectors: 1 Grove input + 2 Grove outputs Package dimensions: 241 x 91 x 8 mm Weight: 24.4 g (total) Kit Contents 5x Grove Y-cable 20cm long Useful links Manufacturer's website: M5Stack A150 User Guide Grove System - what is it and who is it for?

Indeks: MSS-26089

Indeks: MSS-26089

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