Avian Uno Scout Starter Kit

Description

Arduino starter kit The best option to get started in electronics hardware and software. Paired with stepped learning materials similar to a college curriculum for beginners to learn and understand the fundamentals of electronics. Start with the basics — use the integrated chip circuits provided to assemble, learn about digital logic and start designing your own custom micro-electronic solutions! Features 100% compatible with Arduino software, sensors and codes. Provides an efficient sequential way to learn electronics and programming with Arduino. The modules are pre-soldered, so they are easy to wire up. Made in USA Technical Details Parts List UNO Scout Controller Board x 1 UNO Protoshield x 1 Breadboard Power Supply Multi-Tool x 1 Low Power 1 CH Relay x 1 LCD Backpack x 1 LCD1602 Module (with pin header) x 1 Joystick Module x 1 IR Receiver x 1 Servo Motor (SG90) x 1 Stepper Motor x 1 ULN2003 Stepper Motor Driver Board x 1 DC Motor with Fan x 1 Ultrasonic Range Sensor x 1 DHT11 Temperature and Humidity Module x 1 65 Jumper Wire x 1 140 Preformed Breadboard Wire kit x 1 USB Cable x 1 M-M 10mm JST-SH 1.0mm Crossover Cable x 1 Active Buzzer x 1 Passive Buzzer x 1 Rotary Encoder x 1 Breadboard 830 Tie Points x 1 Infrared slim Remote with receiver module x 1 Infrared Laser and Receiver Module x 1 Tactile button switch (small) x 5 1 digit 7-segment Display x 1 4 digit 7-segment Display x 1 White LED x 5 Yellow LED x 5 Blue LED x 5 Green LED x 5 Red LED x 5 Photoresistor x 2 NPN Transistor (PN2222) x 2 Resistor (100, 330) x 10 ea + (1K, 10K, 100K, 1M) x 5 ea = 40 Potentiometer x 1 Capacitor 0.1 uF x 1 Capacitor 10 uF x 1 Female-to-male Dupont Wire x 10 IC 8-bit Shift Register 74HC595 x 1 IC Dual Pos-Edge-Trig J-K Flip-Flop 74HC112N x 2 IC Single Precision Timer NE555P x 1 IC Quad NAND Gate 74AHCT00N x 2 IC 7 Segment Decoder SN74LS90N x 1 IC Dual Operational Amplifier LM358P x 1 IC Quad Half-H Drivers L293D x 1

Drivers

Downloads

Code Snippets

#include <Arduino.h>

#include "USB_STREAM.h"

/* Define the camera frame callback function implementation */

static void onCameraFrameCallback(uvc_frame *frame, void *user_ptr)

{

    Serial.printf("uvc callback! frame_format = %d, seq = %" PRIu32 ", width = %" PRIu32", height = %" PRIu32 ", length = %u, ptr = %d\n",

             frame->frame_format, frame->sequence, frame->width, frame->height, frame->data_bytes, (int)user_ptr);

}

void setup()

{

    Serial.begin(115200);

    // Instantiate an object

    USB_STREAM *usb = new USB_STREAM();

    // allocate memory

    uint8_t *_xferBufferA = (uint8_t *)malloc(55 * 1024);

    assert(_xferBufferA != NULL);

    uint8_t *_xferBufferB = (uint8_t *)malloc(55 * 1024);

    assert(_xferBufferB != NULL);

    uint8_t *_frameBuffer = (uint8_t *)malloc(55 * 1024);

    assert(_frameBuffer != NULL);

    // Config the parameter

    usb->uvcConfiguration(FRAME_RESOLUTION_ANY, FRAME_RESOLUTION_ANY, FRAME_INTERVAL_FPS_15, 55 * 1024, _xferBufferA, _xferBufferB, 55 * 1024, _frameBuffer);

    //Register the camera frame callback function

    usb->uvcCamRegisterCb(&onCameraFrameCallback, NULL);

    usb->start();

    usb->connectWait(1000);

    delay(5000);

    usb->uvcCamSuspend(NULL);

    delay(5000);

    usb->uvcCamResume(NULL);

    /*Dont forget to free the allocated memory*/

    // free(_xferBufferA);

    // free(_xferBufferB);

    // free(_frameBuffer);

}

void loop()

{

    vTaskDelay(100);

}

Schematic