This is an Arduino compatible Fingerprint Sensor. With the high speed DSP processor, it could also work with other serial devices, such as MSP430, 51, AVR, PIC, STM32, ARM and FPGA. This fingerprint module can work alone without any principal computer or any PC software. It can store up to 1000 fingerprints. Supports fingerprint entry, intelligent image processing, fingerprint comparison and fingerprint search mode. It also has a high sensitivity to both wet and dry fingerprint recognition....

Are you tired of your old clicky pushbuttons? Check out the Digital Capacitive Touch Sensor! This is the same sort of technology found in modern smartphones, and is a great addition to any ~duino project! This little sensor can "feel" touch and feedback a digital high/low voltage level. It can even detect a touch with a thin layer of paper or cloth between you and the sensor! Features: Allows voltage supply of 3.3V or 5V Standard assembling structure (two 3mm holes with multiple of 5cm as...

This module is a Digital Self-Locking Switch. Press the button to turn it to the "on" state and press it again to turn it to the "off" state. The board has immersion gold plating and is compatible with the 3-pin interface making it easy to connect to a RobotGeek Sensor Shield

The Floor Mat Switch works by spacing two strips of metal apart with thin squares of foam in-between them every .75 inches. The pairs of metal strips are spaced out 2.5 inches from each other for the length of the mat. When someone steps on the mat their weight presses the two metal strips together creating a closed contact. All the strips are connected down both sides of the mat creating one large switch. The individual strips can be cut apart to create individual switches and the mat itself...

As simple as input gets, the very first computers had buttons and so will your ingenious project. The button is configured with pull-down resistor ready for use with our microcontrollers as digital input.

Rotary potentiometers are a great way to control all sorts of devices through your Arduino - but sometimes they're a bit boring. Bring some pizazz back to your controller with the Grove - Slide Potentiometer! This Grove compatible sensor will plug directly into your Grove Sensor Shield and you'll be ready to go! You can read the data from the slider, just as you would any other potentiometer. It even has an onboard LED that you can control from your Arduino! Technical Specifications 30mm slide...

How many PlayStation 2 Controllers have to die for your next project? Now with the Grove - Thumb Joystick the answer is NONE! Like most joysticks, this one uses 2 potentiometers to measure the current angles of the joystick. However this joystick has a pushbutton hidden within! Just push directly down on the top of the joystick, and you'll feel the satisfying 'click' of a pushbutton. Use your extra input to fire the lasers, initiate uprising, or start any other robot related task. NOTE: The...

The Floor Mat Switch works by spacing two strips of metal apart with thin squares of foam in-between them every .75 inches. The pairs of metal strips are spaced out 2.5 inches from each other for the length of the mat. When someone steps on the mat their weight presses the two metal strips together creating a closed contact. All the strips are connected down both sides of the mat creating one large switch. The individual strips can be cut apart to create individual switches and the mat itself...

Description This is a Grove interface compatible Magnetic switch module. It is based on encapsulated dry reed switch CT10. CT10 is single-pole, single throw (SPST) type, having normally open ruthenium contacts. The sensor is a double-ended type and may be actuated with an electromagnet, a permanent magnet or a combination of both. The magnetic switch is a wonder tool for designers who would like to turn a circuit on and off based on proximity. Features Grove compatible interface 2.0cm x 2.0cm...

Description The potentiometer Grove produces analog output between 0 and Vcc (5V DC with Seeeduino) on its D1 connector. The D2 connector is not used. The angular range is 300 degrees with a linear change in value. The resistance value is 10k ohms, perfect for Arduino use. This may also be known as a rotary angle sensor. Document How to use ...

Description This is a simple touch sensor module. You can use it to replace a traditional push button. Using the TTP223-B touch detector IC It measures the capacitance of a metallic pad. It can detect the change in capacitance when a finger is near it. This is the same technology used in the iPhone touch screen. So you can place the metallic pad under a non-metallic surface such as a plastic or glass sheet and it will still work as a button. This may be useful for projects that need to be...

The Floor Mat Switch works by spacing two strips of metal apart with thin squares of foam in-between them every .75 inches. The pairs of metal strips are spaced out 2.5 inches from each other for the length of the mat. When someone steps on the mat their weight presses the two metal strips together creating a closed contact. All the strips are connected down both sides of the mat creating one large switch. The individual strips can be cut apart to create individual switches and the mat itself...

The Floor Mat Switch works by spacing two strips of metal apart with thin squares of foam in-between them every .75 inches. The pairs of metal strips are spaced out 2.5 inches from each other for the length of the mat. When someone steps on the mat their weight presses the two metal strips together creating a closed contact. All the strips are connected down both sides of the mat creating one large switch. The individual strips can be cut apart to create individual switches and the mat itself...

Building an electronic music project? Need to step on the gas? Perhaps this is the final component for your sub-orbital space fighter? Whatever your application is, this Foot Switch is perfect for all applications in need of a Foot Switch!

Are you ready to build one of the slickest robot controllers to ever control upon this earth? You can be with the Medium Robot Controller Joystick -3D. Like most joysticks, this one uses 2 potentiometers to measure the current angles of the joystick. However, this joystick has a hidden surprise - a third potentiometer within the control stick. Just twist the control stick, and you've got an extra control! Use your extra control to turn your robots arms, it's head and even other people's heads!...

Are you ready to graduate up from thumb joysticks for your next robot controller? Then pick up the Medium Robot Controller Joystick -2D and get controlling! Like most joysticks, this one uses 2 potentiometers to measure the current angles of the joystick. Each potentiometer comes pre-wired and has a 3-pin female connector, perfect for connecting to header pins on your next project. Each potentiometer comes pre-wired and has a 3-pin female connector, perfect for connecting to header pins on...

Phidget Touch Sensor The 1129 is a capacitive touch sensor and can detect a touch through plastic, glass, or paper. We recommend a material thickness of up to 1/2”. The sensor can work as a close proximity sensor, sensing objects at a distance of up to 1/2” from the board in all directions without direct contact. On the bottom side of the Touch Sensor there is a small exposed metallic pad. A soldered connection can be made to the pad to increase the size and dimensions of the touchable area,...

The RobotGeek Pushbutton is a self-contained Arduino Button board that makes it easy to add a pushbutton to your Arduino Project. This RobotGeek Pushbutton has a built in pull-down resistor, so the signal can be read as a digital input from your Arduino or other microcontroller. This Arduino Button Board has the standard RobotGeek three pin connection so it plugs right into the RobotGeek Sensor Shield to get you up and running immediatly. As with all RobotGeek sensors, the hole mounting...

Rotation sensor, 24 Inch cable included. This sensor rotates 300 Degrees.  The output voltage increases as the potentiometer is turned counterclockwise. Board Dimensions: 3.3 x 3.0 cmMounting Holes: 2.5 x 2.3 cm This product is part of the Phidgets family! Phidgets are an easy to use set of USB-based building blocks for low cost sensing and control from your PC. A wide array of sensors, I/O devices, and controllers are available. To view the entire Phidgets product line, follow this link....

Do you need Rotation Knobs for your Arduino project? The RobotGeek Knob is good choice! It has the standard RobotGeek three pin connection so it plugs right into the RobotGeek Sensor Shield to get you up and running immediatly. As with all RobotGeek sensors, the hole mounting pattern is on a 1x1 CM grid so they easily mount to the RobotGeek Workbenches or any other RobotGeek kit. Each sensor includes a mounting plate and all hardware needed to mount to any workbench or RobotGeek product that...

Multi-turn Rotation Sensor Multi-Turn Rotation sensor with 3600 degrees of rotation (10 full rotations). At fully clockwise the output is 5V and at fully counter clockwise the output is 0. Sensor Type: Resistive 3-Pin Board Dimensions: 3.1 x 3.7 cm Mounting Holes: 2.3 x 3.0 cm Maximum resistance of potentiometer: 200 kOhm. This product is part of the Phidgets family! Phidgets are an easy to use set of USB-based building blocks for low cost sensing and control from your PC. A wide array of...

Easily attach to doors with screw holes. Referred article: Window Magnet Contact - (use with Arduino)

Want to make a dial that clearly displays the setting of a knob, like in fancy car stereos and sequencers? The RobotGeek Rotation Knob with Neopixel Ring Display is here for you! With a bright and clear 12 RGB LED NeoPixel ring nicely mounted with a RobotGeek Rotation Knob in the center, there are a ton of ways to enhance your next project! The mount is matched with the centimeter grid pattern, compatible with All RobotGeek Workbenches. ...

Mini Joy Stick Sensor Two axis joystick with 10k potentiometers and a momentary switch. Comes with (2) 24-inch sensor cables. This miniature joystick has two axes and a push button.  Pressing down on the Joystick pin will make a mometary contact which can be connected to a digital input through the terminal blocks. NOTE: This joystick auto-centers itself. When you let go of it the joystick will snap back to it's center position. Board Dimensions: 5.1 x 3.0 cm Mounting Holes: 3.0 x 2.3...

60mm Slider, with 24-inch cable. This device is a variable resistor similar to a potentiometer. When the slider is at one side it will read zero and 1000 when the slider is at the other end. Board Dimensions: 3.0 x 9.1 cmMounting Holes: 2.3 x 6.8 cm This product is part of the Phidgets family! Phidgets are an easy to use set of USB-based building blocks for low cost sensing and control from your PC. A wide array of sensors, I/O devices, and controllers are available. To view the entire...

If you are looking for a good Arduino Joystick the RobotGeek Joystick is the best choice. We had these joysticks special made two joystick options; the standard mushroom top used in gaming controllers and a tall stick for much greater range of motion. The joystick has the standard RobotGeek three pin connection and plugs right into the RobotGeek Sensor Shield so you can be up and running immediatly. This arduino joystick is self centering and will return to the home position when let go. The...

This sensor works as a switch, conducts while flow pass though. Specifications Max switch current: 0.5 A Max load current : 1.0 A Max resistance: 100 ohm Max load power: 10 w Max switch voltage: 100 vdc Min damage voltage: 220 vdc Min sensible flow: ≥0.1L/MIN Working flow range: 1-30L/MIN Min sensible pressure: ≥0.1 mpa Min water pressure: 0. 1 mpa Max water pressure: 1.2 mpa Working temperature: 1-80°C Storage temperature: -20-10°C Life: >108 times Response time : 0.2 sec Release time : 0.2...

The RobotGeek Slider is a great arduino slide potentiometer for projects requiring a linear analog input. The slider has the standard RobotGeek three pin connection and plugs right into the RobotGeek Sensor Shield so you can be up and running immediatly. This arduino slide control is a linear potentiometer, which means you can read it just as you would any other potentiometer/analog sensor. The large handle cap and the smooth action on this slider make it great for all kinds of control panels...

The RobotGeek Tilt Sensor is a fast and flexible way to add an Arduino tilt senor Project. By reading this sensor as a digital input, you can determine if an object the sensor is mounted on tilted or not. This sensor is unique because of the orientation of its ports. Instead of having the tilt switch soldered into the board, there are two 2-pin female ports. This allows you to orient your tilt vertically or horizontally to suit your project best. If you need your tilt switch to be further away...

The Gravity Mounting Kit is your key to firmly affixing Sensors in DFRobot's Gravity Series to your RobotGeek Workbench or Geekbot! Each Kit comes with 3 Adapter Plates and all the hardware you'll need to mount 3 sensors. DFRobot's Gravity Series Sensors work well with the RobotGeek Sensor Shield, Sharing the same 3-pin headers as RobotGeek Sensors. With these plates, Gravity Sensors mount in the same way as RobotGeek Sensors, making for a well integrated system! ...

The Grove Mounting Kit is great solution to bring Grove sensors into the RobotGeek realm. Each sensor mount conforms to the centimeter grid pattern, making it mountable on workbenches, Geekbots, PhantomX Hexapod top decks- anything that follows the centimeter grid!The kit includes 8x small mounts (Grove two-hole sensors) and 4x large mounts Grove three-hole sensors), M3x6mm bolts, M2x6mm bolts, M2mm nuts and M3x10mm F/F stand-offs.*RobotGeek workbench pictured sold separately.   ...

This is a simple touch sensor brick, it used TTP223 touch detector IC, you can use this brick to replace the traditional physical push button and add some cool elements to your project. This sensor outputs a digital 5v signal and is plug-n-play compatible with the Electronic Brick system. Yes! We can build electronics projects just as easy as piling bricks. The Arduino/Freeduino movement has made programming and physical computing easier than ever. The Electronic Brick system simplifies the...