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This is the probe cable for Logic Shrimp. It has a 1×5 connector and 5 leads with tweezer-style test clips.

This is the probe cable for Open workbench Logic sniffer. It has a 1×9 connector and 9 leads with tweezer-style test clips. These are the same tweezer-clips used on two leads of the Bus Pirate probe cable. Each cable connects 8 of the 16 buffered input ch

The LED strip Uses trinity-SMD LED as lighting source、it shine uniformity and have high brightness.。- Uses FPC circuit board、made it easily to bend。- As lowing voltage with resistance and having IC constant current、stable working was ensured.。- Designed with two solder pan、convenient for connected.

。サーキットステッカーは、複雑な機器やプログラミングのスキルがなくても、光る、感知する、インタラクティブなプロジェクトを構築するために使用できる電子ステッカーです。これはサーキットステッカー・スターターキットの追加 エフェクトキットで、LEDをフェード、点滅、きらめき、または心拍リズムに合せて点滅させます。サーキットステッカーを使って回路を構築するのは簡単です。通常のステッカーのように表面に貼り付け、複雑なステッカーを貼り合せてバッテリーを追加するだけで回路を構築できます。

The Matrix clock is a single board、highly compact、Arduino compatible clock that displays the time on an LED matrix display. The display and rich firmware library allow for animated transitions between minutes.。Based on the Arduino Leonardo、the Matrix C

Logic DC Jack is a logic module build with AND and NOT functions、which you can change the level of output via logic principles. Also with a switch for changing logic between AND and NOT、you can use one of functions easily.。It can provide two logic inpu

I2C_LCD is an easy-to-use display module、It can make display easier. Using it can reduce the difficulty of make、so that makers can focus on the core of the work.。We developed the Arduino library for I2C_LCD、user just need a few lines of the code can achieve complex graphics and text display features.。More than that、we also develop the dedicated picture data convert software(bitmap converter)，now is available to support PC platform of windows、Linux、Mac OS. Through the bitmap convert software you can put your favorite picture displayed on I2C_LCD、without the need for complex programming.。Features：Only 2 Arduino pins are occupied(Use I2C interface).。Arduino library supported、use a line of code to complete the display.。168 ASCII characters can be displayed.。128X64 dual color picture can be displayed.。Provide dedicated picture data convert software(Bitmap Converter).。Adjustable backlight brightness and contrast.。Support modify device address、can support 127 modules work in parallel.。Convenient Grove interface.。China style unique appearance.。Part List：1×I2C_LCD。1×Grove - Universal 4 Pin Buckled 12cm Cable。Dimension

。GDD-FAN1 is specially designed for many of Gicren's devices when the power dissipation is large. It integrates two JST-PH2.0-9Pin connectors which are distinguished by the name of "Upstream" and "Downstream"(Warning：the differences between them are marked on the silkscreen).

Grove Base Shield for Photon is an expansion board which incorporated the standard Grove interfaces to let you build more powerful and intelligent applications with richer and cost-effective Grove functional modules. It gets three digital ports、two analog ports、two I2C ports and one UART port. It's a plug-and-play shield designed to accelerate prototyping dramatically.。Features。Compatible with Photon。Standard Grove interfaces to connect to a large family of Grove sensors and actuators。I2C、UART ports integrated。Specification。Grove Ports：3 digital ports、2 analog ports、2 I2C ports and 1 UART port.。Dimensions：53×53 mm。Weight：18g

。Introduction：This robot gripper is perfect for all your gripping needs. Made from a heavy duty but lightweight PVC、it comes with four standard M4 thread holes on the bottom for easy assembly.。Features：Self-locking fingers。Extra anti-slip material on the inside of two fingers。A built-in resettable fuse protects the N20 screw motor from short-circuits and over-current。Motor Specification：Voltage：12v。Operating current：110mA。Speed：600±10%RPM。Part list：1× Robot Gripper。1× Motor Cable

The Grove Mini I2C motor driver is a very tiny motor driver with I2C interface、and it includes two motor driver chips - DRV8830、which helps you control two DC motors or winding of stepper motors on a small board simultaneously.。With four solderable pads back of the board、you can change the I2C address of each motor driver easily. Especially、with the onboard protection circuit、the max limitation current of each channel can be adjusted from 0.2A to 1A、you can set a proper limitation current according to the load.。It can be used for battery-powered toys、printers、and other low-voltage or battery-powered motion control applications due to the features.。Also、Grove Mini I2C motor driver is belong to Grove System、you can plug it onto the Base shield and work with Arduino directly without any jumper wires.。Features：Tiny driver board。Two motor driver channels。Working Voltage：2.75v 6.8v。Changeable max limitation current。Grove compatible。I2C interface。Easy to use

Of all the 9 boxes we released lately、this one belongs to the smallest ones、as well as HF-N-23 and HF-N-5. HF-N-48 has a special design. It has three square holes、one on one side and two on the other side、and two round holes、each side by one. You ca

Features：One of the most frequently used parts in Makeblock platform、Compatible with most makeblock motion and Structure components.。Made from 6061 aluminum extrusion、anodized surface. Excellent strength and twist resistance.。With holes on 16mm increments、can be drilled for 4mm hardware.。Threaded slot enables easy and flexible connection.。Cross-sectional area 8x8mm.。Total number of beams is 10.。Note：。We changed the version of Beam0808、the new version Beams are 8mm shorter than the old version Beams.。Part List：2x Beam 0808-80。2x Beam 0808-128。2x Beam 0808-144。2x Beam 0808-160。2x Beam 0808-192

With the BigQuad deck you can transform your Crazyflie 2.0 to a bigger quad by connecting external ESCs(Electronic Speed Controller)to the breakout connectors on the deck. The autodetection of the deck makes this transformation possible to do in seconds. The deck contains breakout header connectors for additional accessories such as external receiver(CPPM input)and GPS. It also has the possibility to monitor battery voltage and current.。This product is intended to be used together with the Crazyflie 2.0 quadcopter and uses its expansion board system. Please have a look at the buyers guide for more info about the Crazyflie 2.0 ecosystem. For more information about how to use the expansion decks check out the getting started with expansion decks page.。Early Access：This product is currently part of the early access program. This means the hardware is ready and low level tested but the firmware/software is still in a very rudimentary state、there are probably basic drivers for communicating with the hardware、but no higher level functionality.。Features：4×ESC connectors。0.1"header mounting holes for additional connectivity：CPPM input(3 pin)。GPS input(4 pin)。I2C expansion(4 pin)。Battery and current monitoring input(3 pin)。Buzzer output(2 pin)。Connect one or two additional decks。Automatic detection of expansion deck。Electrical specification：Power Crazyflie 2.0 with 4.5V - 5.5V from ESC.。BiqQuad deck inputs are 5V tolerant.。Battery voltage monitoring divider scaled for input up to 23V.。Current monitoring input 0V - 3V.。BiqQuad deck and Crazyflie 2.0 current consumption：～120mA without any additional decks.。Up to 500mA if Crazyflie 2.0 battery is connected and charging.。1-wire memory for automatic expansion deck detection.。Mechanical specification：Weight：3.8g。Size(WxHxD)：36x40x5mm。M3 mounting holes placed 30.5mm square.。Designed for mounting above or under the Crazyflie 2.0。Package contents：1×BigQuad deck。4×M2x4 nylon screw。2×M2x6 hex spacer

。A big sister to our EL tape、the EL panel is a similar item that comes in a 10 cm square format. You'll notice when working with it that it shares some of the same features as the EL tape：flexibility、portability、and a beautiful soft glow. It can be used as backlight for an illuminated device、or a platform for paper-cutting artwork. Post it on a flat surface or wrap it around a curved surface. Use it in a project as a lighting element or attach it to a shirt. The options are amazing.。You need an inverter to drive the EL light、to control it、please pick up an EL Shield.。Features。No heat loss。Great backlight material。High efficiency(97%)。Does not emit UV light。Soft light that is not harsh on the eyes。Waterproof、except the connecter。The higher voltage EL USB inverter is recommended because it produces a stronger light。Able to be cut into other shape。Specifications。Dimension：10 cm×10 cm。Thickness：0.4 mm - 1.0 mm。Operating Voltage：100 V～ 220 V Optimum：120 V。Operating Frequency：50 Hz～ 5000 Hz Optimum：1500 Hz - 2000 Hz。Static Capacitance：6 nf/m(20 ° C、the RH <80%)。Brightness：30 cd/m2 ～ 126 cd/m2(at 120 V、200 Hz ～ 2000 Hz)。Power：108 mw m ～ 1032 mw/m(at 120 V、200 Hz ～ 2000 Hz)。Life：approximately 8000 hours。Operating Temperature/Humidity：-10 ℃ ～ + 60 ℃/RH < 90%。Storage Temperature/Humidity：-10 ℃ ～ + 60 ℃/RH < 65%

A big sister to our EL tape、the EL panel is a similar item that comes in a 10 cm square format. You'll notice when working with it that it shares some of the same features as the EL tape：flexibility、portability、and a beautiful soft glow. It can be used as backlight for an illuminated device、or a platform for paper-cutting artwork. Post it on a flat surface or wrap it around a curved surface. Use it in a project as a lighting element or attach it to a shirt. The options are amazing.。You need an inverter to drive the EL light、to control it、please pick up an EL Shield.。Features。No heat loss。Great backlight material。High efficiency(97%)。Does not emit UV light。Soft light that is not harsh on the eyes。Waterproof、except the connecter。The higher voltage EL USB inverter is recommended because it produces a stronger light。Able to be cut into other shape。Specifications。Dimension：10 cm×10 cm。Thickness：0.4 mm - 1.0 mm。Operating Voltage：100 V～ 220 V Optimum：120 V。Operating Frequency：50 Hz～ 5000 Hz Optimum：1500 Hz - 2000 Hz。Static Capacitance：6 nf/m(20 ° C、the RH <80%)。Brightness：30 cd/m2 ～ 126 cd/m2(at 120 V、200 Hz ～ 2000 Hz)。Power：108 mw m ～ 1032 mw/m(at 120 V、200 Hz ～ 2000 Hz)。Life：approximately 8000 hours。Operating Temperature/Humidity：-10 ℃ ～ + 60 ℃/RH < 90%。Storage Temperature/Humidity：-10 ℃ ～ + 60 ℃/RH < 65%

It's interesting to hack one of your appliances or lighting projects into a whistle controlled intelligent one. The whistled allows you to do so by simply whistling two musical notes. To set it up、you just need to connect your 5.5/2.1mm DC connector on one end and your load on the other.。Specifications。ESD protected PCB、covered in transparent heat shrinkable tubing。Voltage must be between 4.5 and 18V at the input(barrel connector)。Reversed polarity protection。Max current of 5A。16 bits PWM output。SWD pads for programming。Listening range of 15m / 50feet。Cortex M4 microcontroller performing 80 FFTs / sec。Maximum voltage on the screw terminals is 25 Volts(don't forget the flyback diode!)

Espruino is a small computer that anyone can use to control things around them. Its JavaScript interpreter gives you instant feedback so that you can experiment and develop whatever your level of experience. Even if you've never written code before、you can still use the graphical code editor to write programs without typing a single word!。Features：Works on Windows、Linux、MacOS and Android(via Bluetooth or USB OTG)。Less than half the size of a business card just 54mm×41mm。Using the popular JavaScript language、Espruino supports Strings、Maps、Objects、and Dynamic Arrays right out of the box!。72Mhz ARM microcontroller with 256KB of Flash memory and 48KB of RAM。Micro USB connector、Micro SD card connector、and a JST Battery connector with a wide input voltage range of 3.6v to 15v。Red、Green and Blue LEDs、with 2 pushbuttons(one of which is reset by default)。Solder an HC-05 Bluetooth module(not included)directly onto the board and program and debug Espruino wirelessly!。44 GPIO pins on a 0.1''pin spacing、with 26 PWM pins、16 ADC pins、5 USARTs、3 SPI、2 I2C and 2 DACs。Power Consumption：35mA run、12mA sleep、<0.05mA in deep sleep。Prototype area which can be used for servo headers、wireless modules and SOIC surface mount parts such as motor drivers。Built in drivers for the TI CC3000 WiFi and WIZnet W5500 Ethernet modules(not included)、as well as a graphics library with vector font Open Source software and hardware。Espruino Website with full documentation、many tutorials、and an active forum。CE and RoHS Compliant。On-chip RTC with external 32kHz Oscillato

Dual Bee type socket。3 indicator LED(ON/Sleep， RSSI， ASSOC)for each Xbee。Full size with free drills。Reset button for each Xbee。Reset button for base board。Provide maximal 500mA under 3.3V。Full break out for each Bee。Switchable of communication with FTDI-USB /Base board。Bees shield will make interfacing multiple Bee-style(XBee、GPS Bee、Bluetooth Bee and etc)easier than ever before. Aside from dual Bee style 20p 2.0 pitch socket、it also has large proto area、customizable software、serial、port for easier prototyping.

The new USB Tester Backback 2.0 brings many new features to the already very useful tool. We have worked hard over the recent months to bring most of the many requested features.。The USB Tester makes it easy to monitor the current and voltage of any USB device. It is inserted inline between your USB device and your power source or computer. This allows you to make sure you are getting a true 5V and to read how much power your projectdevice is using. For example、you can check which charger/cable allows your phone to charge the fastest. The base can be used with a Digital Multi Meter or with the Backpack、you can see the readout directly on the display. The default mode shows a graph of current usage、with the button cycling through the different modes.。The OLED Backpack can connect to a computer either using the Java app or the wizkers.io Chrome app. Both can graph and log the data which can be export as a CSV file. Wizkers is easier to setup and can handle firmware updates.。Features：Micro USB。Button Location on the front left。128x64 OLED Display。Voltage monitoring of the USB Data lines。Easier access to almost all the extra GPIO's。Separated voltage test points(Easier to attach test clips and avoid misplacing jumper)。Standard Dual Banana spacing 0.75in。Standard test probe sized test points。Firmware Features：Peaks。mWh and mAh tracking。Bar Graph of volts、watts and current。JSON for serial communications。Java App：Uses JSON over serial。Save as CSV。View max、min、avg on each graph。Specification：OLED。.96in。128x64。SPI。Supply：4.5v-5.5v。I/O：3.2v-5.5。8 Pin。PCB：26.7mm×25.4mm。Monochrome(WHITE)。Display Mode：Passive Matrix。Drive Duty：1/64 Duty。Active Area：21.744×10.864(mm)。Pixel Size：0.154×0.154(mm)。Pixel Pitch：0.17×0.17(mm)。2.0mm pitch(Might be breadboardable if you bend the pins out)(same pitch as Xbee)

Strictly speaking、Booster-B24V2A5 is a dual H-bridge power driver、which integrates 24 N-Channel MOSFETs(with low Drain-Source On-Resistance、RDS(ON)<3mΩ)and various protections(reliable and flexible). It can be used for controlling the brushed DC motor、high-power LED and so on. In addition、it integrates RS485 and I2C into one connector、and they share the same user register、so it can be used via any one of the two interfaces at any time. All functions can be performed by reading or writing the user register、except for a few special operations(please refer to the corresponding communication protocols for details)、which is similar to the MCU operation.。Features：It integrates various protections(Under-Voltage、Over-Voltage、Over-Temperature、Over-Current、Out-Of-Control and Power-Reverse). The response-time of the Over-Current protection can be flexibly set and performed by hardware(comparator)、which makes the protection more timely and reliable.。There are 18 control modes for different applications(see below).。It integrates a stable and high-efficiency RS485、and the baud rate can be detected automatically. There is no instruction packet loss when the baud rate is not higher than 28800bps、otherwise the first instruction packet will be discarded. Furthermore、it is recommended to send the sync bytes(0xff 0xff 0xff 0xff)first when the baud rate is higher than 28800bps.。It integrates a stable and high-efficiency I2C.。Specification：Supply Voltage：DC 6 ～ 24V。Continuous Current：2 5A / 1 10A(Just limited by D-Sub connector、210A / 115A for mosfets and sampling resistors.)。Baudrate Range：1200 ～ 115200bps。I2C Speed：100KHz。Size：54.5mm 50mm 30.5mm(LWH)。We have adapters for this controller：GDA-HLB1，GDA-HLU1 and GDD-FAN.

The Audio Hacker shield for Arduino allows you to perform realtime digital signal processing. Record audio samples into memory and play them back. Mix samples、manipulate audio、build audio effects、or synthesize entirely new sounds. All with Arduino programming!。High quality 12-bit ADC and 12-bit DAC. Realtime ADC sampling and output to DAC at 44.1 kHz.。256K SRAM for recording/playback of audio samples. No SD card is needed! High-speed SRAM allows fast access to audio data for realtime processing and mixing.。Record about 9 seconds of high quality audio at 22 kHz with 12-bit resolution to SRAM. Much longer samples can be recorded at lower frequency and/or resolution. See memory capacity below.。TS922IN op-amp provides high current output and up to 100X gain preamp for weak inputs.。Two onboard buttons for input、bypass switch、volume knob.。Connection for 3V battery backup to retain samples in memory.。Compatible with Arduino Uno、Duemilanove、Mega、and Leonardo. Uses digital pins 5-13.。Easy to assemble kit! Available assembled in limited quantities.。Features：Audio input and output 3.5mm stereo jacks and solder pads. The stereo input is converted to mono、and the output is always mono. Solder pads are provided for input and output in case you want to use different types of connectors。The bypass switch allows you to hear the input signal(after it has been converted to mono)on the output. This switch allows you to compare the original signal with the processed output of the Audio Hacker.。Small volume knob for the output level of the processed signal。Two buttons provided for user input. These are connected to digital pins 5 and 6.。Preamp gain allows you to amplify weak input signals. For inputs from an MP3 music player(e.g. iPod)or computer、this potentiometer should be set to its lowest level(no gain).。Battery connection allows you to keep your audio samples in non-volatile memory when power is disconnected. A simple 3V coin cell battery(e.g. CR2032)is sufficient to retain the memory contents. See this project for more details.