BREADBOARD

-

BREADBOARD


Friends today we are going to learn about the bread board 
 as the name only suggests bread board is like a piece of bread having many holes in it but the special thing is that it is a board used in circuit implementation.
Because the solder less breadboard does not require soldering, it is reusable. This makes it easy to use for creating temporary prototypes and experimenting with circuit design.
the holes in the bread board are interconnected in a particular way like in the above bread board
the upper two tows (i.e holes in the x direction) are connected to each other they all are at the same potential.
the third to 7th rowsn (ie. rows marked as a b c d e ) are connected vertically internally so they are at the same potential vertically.
similarly the rows 8th to 12th (ie f g h i j ) are sorted internally vertically so are at the same potential.
and again the lower two rows are connected horizontally to each other and are at the same potential.

NO IT COMES HOW TO USE IT

It is used to apply your circutics practically. You can mostly apply the power supply to the two horizontal rows provided at the upper and the lower ends.
The other components of the circuit can be connected to each other using the other available holes.


as in the upper case the led will glow when switch is passed and the circuit completes

MORE EXAMPLES

Many other types of the bread boards are also available in the market like the below

these are the bread boards which are used for permanent mountings of the components these are not reusable i will tell about it later that how to use them and implement circuits permanently.

Comments

Post a Comment

Popular posts from this blog

Arduino with Speakers Project #01 a

-
Image
Arduino with Speakers Project #01 a Introduction In this project the speaker will make sound whenever the infra red (IR) sensor connected to the Arduino detects any obstacle. Elements Required  Arduino Speakers Infra Red (IR) Sensors Breadboard Connecting Wires Infra Red (IR) Sensors  IR Sensors work by using a specific light sensor to detect a select light wavelength in the Infra-Red (IR) spectrum. By using an LED which produces light at the same wavelength as what the sensor is looking for, you can look at the intensity of the received light. When an object is close to the sensor, the light from the LED bounces off the object and into the light sensor. This results in a large jump in the intensity, which we already know can be detected using a threshold. IR Sensor Connection With Arduino Connections of IR Sensor The IR Sensor have three pins: Vcc : connect to 5V of Arduino GND: connect to Ground of Arduino O/P : Output connect to I/O p...
Read more

Speakers with Arduino

-
Image
SPEAKERS ARDUINO INTERFACE Arduino Speaker Setup INTRODUCTION  This Arduino project is one of the most simplest Arduino projects which you can build in minutes. The main thing which makes this project super simple is that this project requires only one extra component. If you are new to Arduino, this tutorial will help you get familiar with Arduino and learn the basics of Arduino programming. This musical project has a speaker which plays out a song. If you ever wanted to add some sound to your existing project, you can do it easily with this Arduino speaker tutorial. You can even make a musical car reverse horn and make it play the latest songs always. You can change it easily by uploading a new program. If you still remember how you made ringtones on those old Nokia cell phones, you pretty much have all the knowledge required to make any song with this project. Let’s get started. What are the stuff required to do this? An Arduino A speaker or a ...
Read more

QUADRATURE ENCODER

-
Image
Rotary encoder is a sensor attached to a rotating object (such as a shaft or motor) to measure rotation. By measuring rotation your robot can do things such as determine any displacement, velocity, acceleration, or the angle of a rotating sensor. 1.0 Introduction A typical rotary incremental encoder consists of a light-emitting diode (LED), a disk, and a light detector on the opposite side of the disk (see next figure). The disk, which is mounted on the rotating shaft, has patterns of opaque and transparent sectors coded into the disk. As the disk rotates, the opaque segments block the light and, where the glass is clear, light is allowed to pass. This generates square-wave pulses, which can then be interpreted into position or motion. These pulses can be read by microcontroller as part of a PID feedback cont System to determine translation to distance, rotational velocity, and/or angle of a moving robot or robot part. For instance, if you have a wheel rotatin...
Read more