ATTINY88 Development Module NANO V3.0 Micro USB

The MH-ET LIVE Tiny88(16.0Mhz) based microcontroller development board similar  to the Arduino line, only cheaper, smaller, and a bit less powerful. With the ability to use the familiar  Arduino IDE the MH-ET LIVE Tiny88(16.0Mhz) is a great board to jump into electronics, or perfect for when an other board is too big or too much. The MH-ET LIVE Tiny88(16.0Mhz) is shipped fully assembled except for the headers (included) and easy to solder them by yourself.Note: Pin header are unsoldered**Features:Compatible with the Arduino IDE, making it easy for beginners to start usingPowered by an upgraded 16MHz microcontroller (ATTINY88)Smaller and cheaper than traditional Arduino boardsHas a variety of digital and analog I/O pins for connecting sensors and actuatorsOnboard power indicator LEDOnboard reset buttonGreat for projects where size and cost are a concernPerfect for beginners to jump into electronicsSpecs:Support for the Arduino IDE 1.0 (OSX/Win/Linux)1. Power via USB or External Source – 5v or 7-35v (12v or less recommended,automatic selection)2. On-board 500ma 5V Regulator3. Built-in USB4.  26 I/O Pins (2 are used for USB only if your program actively communicates over USB, otherwise you can use all 6 even if you are programming via USB)5. 8k Flash Memory (about 6k after bootloader)6. I2C and SPI7. 26-PWM (26 pins with Software PWM,only two(D9,D10) with hardware PWM )8.  ADC on 8 pins9.  Power LED and Test/Status LED10. Size(mm):44.5×18.3x3mmApplications:IoT projects, such as building smart home devices or wireless sensor networksRobotics projects, such as building small robots or control systemsHome automation projects, such as building automated lighting or temperature control systemsDIY electronics projects, such as building a custom remote control or a simple gameEducational projects, such as teaching programming or electronics to students or beginnersHobby projects, such as building a model airplane or a miniature droneAutomotive projects, such as building an onboard data logger or a custom gauge clusterIndustrial control projects, such as building a temperature or humidity controllerMedical devices projects, such as building a heart rate monitor or a blood glucose meterWireless communication projects, such as building a low-power wireless sensor node or a radio transmitter/receiverPower-critical projects, where the small size and low power consumption of the board are importantCan be used as a controller in various electronic devices such as home appliances, industrial equipment, and scientific instruments.Directions For UseInstal lation and testing steps of deve lopment board based on AR:1. Download the installation package: Type in the box “File”, “Preferences” and “Add Board Manager URL” in the Arduino IDE: https://raw.githubusercontent.com/MHEtLive/arduino-boards-index/master/package_ mhetlive_index.json2. Go to the Tools menu, then select the Board sub-menu – select Board Manager, then select Contr ibute from the type drop-down menu: Select the “MH-ET Live Boards Board” package, then click the Install button;3. The USB drive is in the supporting file, which can also be downloaded. The connection is as follows: https://github.com/MHEtLive/MHEtLiveArduino/releases/download/1 .0.0/2.0a4.rar4. When downloading the program, do not connect the module first. When the prompt to insert the module appears after compilation, plug it in again and wait for the automatic download completion;5. Choose Arduino IDE with examples: select the development board in the toolbar as MH-ET Live Tiny88, in the file >;>The sample & gt;>Basic>>Blink open the program, change port 13 in the program to port 0, compile and download it into the Tiny88 development board according to the above method, it can be seen that the on-board LED light flashes according to the frequency specified by the program.