Arduino accessories 48 components, detail applications.

01

http://www.ebay.com/itm/UNO-R3-Starter-Kit-LCD1602-Servo-Motor-Breadboard-For-Arduino-Technical-Support-/351053947742?pt=LH_DefaultDomain_0&hash=item51bc72235e

  1. 1x SainSmart UNO R3 board
  2. 1x Prototype Shield 
  3. 1x Mini Breadboard 
  4. 1x 1602LCD
  5. 1x USB Cable
  6. 2x Buzzer
  7. 6x Nixie Tube
  8. 1x 74HC595 Chip
  9. 1x Infrared Remote Control
  10. 1x Photoresistor
  11. 1x 5K Potentiometer
  12. 1x 10K Potentiometer
  13. 1x MAX7219 LED Display IC
  14. 5x Small Push-buttons
  15. 10x Big Push-buttons
  16. 10x Red LED
  17. 10x Green LED
  18. 10x Yellow LED
  19. 5X RGB LED
  20. 1xTilt sensor
  21. 1x940nm infrared LED
  22. 1x RGB Model
  23. 1x DC Motor
  24. 1x 5V stepper motor
  25. 1X stepper motor driver test model
  26. 1x water sensor model
  27. 1x Flame Sensor
  28. 1x LM35 temperature sensor
  29. 1x VS1838B Universal Infrared Receiving Head
  30. 1x 830 tie point Breadboard
  31. 1X Micro servo 9G SG90
  32. 1x HC-SR04 Ultrasonic Distance Sensor
  33. 1x Sainsmart opto-couple 1 channel relay
  34. 1x 4 x 4 Matrix Array 16 Key Membrane Switch Keypad
  35. 1x 2.54mm Straight 40 Pin Header
  36. 1x 2.54mm Elbow 40 Pin Header
  37. 10x Dupont Lines(Female to Female)
  38. 1x Arduino joystick
  39. 25x Jumper wires
  40. 5x 1K Resistors
  41. 20x 10K Resistors
  42. 20x 220 Resistors
  43. 1x DC 9v Battery Box including the cable
  44. 1 x 8*8 Dot Matrix Display
  45. 1x SainSmart RFID-RC522 module
  46. 1x The standard S50 blank IC card
  47. 1x S50 special-shaped card (as shown by the key ring shape)
  48. 1x Straight, curved rows of pin of the article
  49. 1x Cell Box   

 

1, Sainsmart UNO R3

SainSmart UNO R3 has been widely used in many filed like robots, zigbee, computers,and automation machines.The Arduino Uno has a number of facilities for communicating with a computer, another Arduino, or other microcontrollers.

2, sainsmart Prototype Shield

This is a design for an open-source prototyping shield for Arduino NG/Diecimila. It has tons of cool features, to make prototyping on your Arduino easy.

  • Compatible with NG, Diecimila, Duemilanove and any Arduino-clone in the ‘classic’ shape and pinout.
  • Reset button up top
  • ICSP header
  • Lots of GND and +5V rails.
  • DIP prototyping area makes it easy to add more chips.
  • SOIC prototyping area above USB jack for up to 14-pin SOIC chip, narrow medium or wide package.
  • Use ‘mini’ or ‘medium’ breadboard.
  • Two 3mm LEDs with matching resistors.
  • Extra 6mm button

3, mini breadboard

This is a cute half size breadboard, good for small projects. It’s 2.2″ x 3.4″ (5.5 cm x 8.5 cm) with a standard double-strip in the middle and two power rails on both sides. You can pull the power rails off easily to make the breadboard as thin as 1.4″ (3.5cm) and stick it onto an Arduino protoshield. You can also cut these in half with a saw to create 2 tiny breadboards, or “snap” these breadboards together either way to make longer and/or wider breadboards.

4, LCD1602 For Arduino

The display has an LED backlight and can display two rows with up to 16 characters on each row. You can see the rectangles for each character on the display and the pixels that make up each character. The display is just white on blue and is intended for showing text.

5, USB cable

6, Buzzer For arduino

7,Nixie Tube For Arduino

8,74HC595 Chip

The shift register holds what can be thought of as eight memory locations, each of which can be a 1 or a 0.

To set each of these values on or off, we feed in the data using the ‘Data’ and ‘Clock’ pins of the chip.

The clock pin needs to receive eight pulses, at the time of each pulse, if the data pin is high, then a 1 gets pushed into the shift register, otherwise a 0. When all eight pulses have been received, then enabling the ‘Latch’ pin copies those eight values to the latch register. This is necessary, otherwise the wrong LEDs would flicker as the data was being loaded into the shift register.

The chip also has an OE (output enable) pin, this is used to enable or disable the outputs all at once. You could attach this to a PWM capable Arduino pin and use ‘analogWrite’ to control the brightness of the LEDs. This pin is active low, so we tie it to GND.

9, Infrared Remote Control

10,Photoresistor

Photocells are sensors that allow you to detect light. They are small, inexpensive, low-power, easy to use and don’t wear out. For that reason they often appear in toys, gadgets and appliances. They are often referred to as CdS cells (they are made of Cadmium-Sulfide), light-dependent resistors (LDR), and photoresistors.

11, Potentiometer

12,MAX7219 LED Display IC

When you need some help driving a lot of LEDs, the MAX7219 is the best friend you could hope for. Many of us know that if you want to control a lot of LEDs, you’ll want to use multiplexing, a technique that lets you control 64 LEDs (say) with only 16 pins (8×8). The annoying thing about ‘plexing is that you need to use 8 power transistors (or a power register/latch, that can supply over 100mA per pin) AND you have to constantly refresh the display to keep the image stable. If you need to get something together quickly, or don’t want to bother with writing all that code, and especially if you want clean wiring, this chip is the one-stop-solution!

The MAX7219 does all the control and refresh work for you in driving either an 8×8 matrix display or 8 x 7-segment displays (usually these also have a dot so its really an 8-segment display) – 64 LEDs total. All you have to do is send it serial commands via the 4-pin SPI interface and it will auto-magically take care of the rest. Wiring is simplified as well, you only need to set the current level for all LEDs with a single resistor instead of 8 and you can also dim the entire display digitally. It’s a thru-hole chip so you can use it in any breadboard, perfboard or other project, although if you’re soldering it in, we suggest using a socket.

13,Push-buttons

Switches are really simple components. When you press a button or flip a lever, they connect two contacts together so that electricity can flow through them.

The little tactile switches that are used in this lesson have four connections, which can be a little confusing.

14, LED for Arduino

LEDs make great indicator lights. They use very little electricity and they pretty much last forever.You cannot directly connect an LED to a battery or voltage source. Firstly, because the LED has a positive and a negative lead and will not light if they are the wrong way around and secondly, an LED must be used with a resistor to limit or ‘choke’ the amount of current flowing through the LED – otherwise the LED could burn out!

15, Tilt sensor For Arduino

Tilt sensors allow you to detect orientation or inclination. They are small, inexpensive, low-power and easy-to-use. If used properly, they will not wear out. Their simplicitiy makes them popular for toys, gadgets and appliances. Sometimes they are referred to as “mercury switches”, “tilt switches” or “rolling ball sensors” for obvious reasons.

16,940nm infrared LED

17, RGB Model for Arduino

18,DC Motor For Arduino

In this lesson, you will learn how to control both the direction and speed of a small DC motor using an Arduino and the L293D motor driver chip. The project uses a pot to control the speed of the motor and a push button to control the direction.

19, 5V stepper motor For Arduino

Stepper motors fall somewhere in between a regular DC motor and a servo motor. They have the advantage that they can be positioned accurately, moved forward or backwards one ‘step’ at a time, but they can also rotate continuously.

20, stepper motor driver Model

21,water sensor model

This is a simple arduino project for a soil moisture sensor that will light up a LED at a certain moisture level. This variable resistor is connected in a voltage divider configuration, and Arduino collects a voltage proportional to resistance between the wires.

22, Flame Sensor For arduino

In this video, the yellow led brights up when you press a button on the remote and point it at the sensor:

 

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