Breaking

Saturday 22 February 2020

February 22, 2020

NEW BUFFET IN TOWN

Introduction:

FoodZpah at the launch of the new  NOODLE OODLE  Non Veg 
 Buffet  at only Rs. 349 as well as the 99/- special menu.

Please watch the video to know more about Noodle Oodle and also subscribe our YouTube channel and please do click on the bell icon for notification.


Watch YouTube Video:

0
at No comments:

Wednesday 27 February 2019

February 27, 2019

light on timer circuit

Light on Timer Circuit:

When the circuit is connected with the power supply then we all know current will flow from the 1K resistor to the transistor's end now, a LED is connected parallelly so, at the first of the circuit the base has no voltage. If we push the Push switch what happens is that the capacitor started charging and stores some charge. Now when we release the push switch the capacitor started discharging through 100k Resistor.
           Here is a simple circuit for turning on a system after a certain time. Just with some simple components like resistors and capacitors and Transistors. You can buy any components from any local store also. For those who want to buy the components from online, I have given links to India as well as anywhere from Globe.

Indian link for Buying:


Amazon.in: 

  1.  LED: https://amzn.to/2SdNcdt
  2.  Buzzer: https://amzn.to/2S97954
  3.  Different values of resistor: https://amzn.to/2t7FxOF
  4.  9v Battery: https://amzn.to/2GcseVX
  5. 9v Battery Clip: https://amzn.to/2TwOvkj
  6. BC548B NPN Transistor: https://amzn.to/2SaC15i

International links for Buying:


  1.  LED: https://amzn.to/2MTAwSR
  2. Buzzer: https://amzn.to/2t9SszE
  3.  Different values of resistor: https://amzn.to/2t9CO7w
  4.  9v Battery: https://amzn.to/2TvDCip
  5. 9v Battery Clip: https://amzn.to/2t7OV4Q
  6. BC548B n-p-n Transistor: https://amzn.to/2GrRkza

Watch this YouTube Video for more information:

Loading...

Here are the schematics for the project:


How the circuit works?

The circuit is very easy to understand. This is based on a simple transistor's circuit.

  1. When the circuit is connected with the power supply then we all know current will flow from the 1K resistor to the transistor's end now, a LED is connected parallelly so, at the first of the circuit the base has no voltage. So it means that transistor will not be conductive so it means that transistor's collector and the emitter pin have no dynamic connections so it means that Transistor's collector and the emitter pin acts as an open circuit. As we know the LED connected parallelly so it means that at the first of the circuit the current will flow from the 1k resistor the LED and to the GND.
  2. If we push the Push switch what happens is that the capacitor started charging and stores some charge. Now when we release the push switch the capacitor started discharging through 100k Resistor. The voltage came to the transistor's base so it means that the transistor became conductive. So Current will flow from transistor's collector to emitter, in this case, the LED will not run because the current will always frow from the shortest path so If it goes from the LED the. It will be a resistive path so it will only flow from the Transistor, as a result, the voltage comes through a 1k resistor and came to virtual GND. The current flows from the resistor now dissipate through heat.  This process will work until the capacitor's charge fully discharges.
  3. When the capacitor is fully discharged then no current will flow from the transistor si it means that the Transistor Will not more be conductive as a result the Transistor became off as result the process will be repeated once more the LED will run because of 1K resistor.
  4. This process will be followed repeatedly. In this Circuit, we don't have utilized any type of microcontroller, as a result, the making cost of this circuit will be very low.



You can also read our other articles on another topic
Here is the link: https://bit.ly/2MTxVbJ

0
at No comments:
Labels:

Wednesday 6 February 2019

February 06, 2019

Emergency Buzzer alarm!

Emergency Buzzer alarm!

Hello, Everyone today in this article I want to discuss simple emergency Buzzer alarm Circuit. The circuit consists of some basic components like resistors,  Transistors, Buzzer alarm, and a LED. You can run the circuit between 9v to 12v of voltage. If you cut the loop wire then the buzzer and the LED will be On condition.




Needed components:
  1. Red LED
  2. Buzzer 5v
  3. 680 Ohm resistor
  4. 2.2k Ohm resistor
  5. BC548B NPN Transistor
  6. 9v Battery
  7. 9V Battery Clip

Indian link for Buying:

Amazon.in: 
LED: https://amzn.to/2SdNcdt

 Buzzer: https://amzn.to/2S97954

 Different values of resistor: https://amzn.to/2t7FxOF

 9v Battery: https://amzn.to/2GcseVX

 9v Battery Clip: https://amzn.to/2TwOvkj

 BC548B NPN Transistor: https://amzn.to/2SaC15i



International links for Buying:

Bangood.com:
 LED: https://www.banggood.in/custlink/3mDvySETET

 Buzzer: https://www.banggood.in/custlink/Gv3GRIhuJr

 Different values of resistor: https://www.banggood.in/custlink/KDvGYIdTJt

 9v Battery: https://www.banggood.in/custlink/DKDvyZh1FJ

 9v Battery Clip: https://www.banggood.in/custlink/Km33E8h7JI

 BC548B NPN Transistor: https://www.banggood.in/custlink/mKmvh8ywVK

Amazon.com:

  LED: https://amzn.to/2MTAwSR

 Buzzer: https://amzn.to/2t9SszE

 Different values of resistor: https://amzn.to/2t9CO7w

 9v Battery: https://amzn.to/2TvDCip

 9v Battery Clip: https://amzn.to/2t7OV4Q

 BC548B n-p-n Transistor: https://amzn.to/2GrRkza

YouTube Video:

Watch the YouTube video from Creative Creator for more information about Emergency Buzzer alarm.


Circuit Schematics:


How the circuit works?

This is a basic NPN Transistor Circuit which is used in the circuit.  The basic principles NPN  transistor is that if you give voltage into the transistor's base then the transistor became conductive and current flows from transistor's collector to Emitter. If you connect any series load then the circuit will run the load.
  1. At first, the loop wire is connected. so it means that the Base and the Emitter point is short-circuited. So, for this reason, the current goes to the shortest path as possible. So current will flow from Vcc to GND through 2.2k Resistor. So, no current will flow into the transistor's base and for this reason, the transistor will not be conductive. As a result, the current will flow from collector to Emitter. And for this, the LED and the Buzzer will not work.
  2. Now let's say I have cut the wire which is short-circuited before. (I mean  Base and Emitter Connected wire). Now if we turn on the power supply then the current flows from Vcc to transistor's Base through 2.2k Resistor. For this reason, the transistor became conductive and the current flows from the Transistor's collector to Emitter and the load which is connected in series will be on for this reason. (Here the load is parallelly connected RED LED and the Buzzer).  For this reason, the buzzer gives beep sound. And the circuit will work. 

Note: 

Always check the Transistor number before using it. Otherwise, it may be a PNP transistor.
Check out all the data sheet and pinouts. A different transistor has different pin numbering.



        That is all about his topic hope you guys enjoy. You can also read our previous topic of the video: http://bit.ly/2WdEjPs

1
at 1 comment:
Labels:

Wednesday 30 January 2019

January 30, 2019

How to Flash 220V Light Bulb ?

Hello Everyone, Today in this article I will discuss Simple 220V Light Bulb Flashing Circuit. For this project, I will use a Fluorescent Lamp Starter It will be used as a 220V Light Bulb Flasher. You don't need any additional components for this project. There is a filament inside of the starter It works with any type of  Fluorescent lamp starter. There is a simple logic is that when the terminal of the stater is heated then the thermostats plate increases and became short-circuited. So it means that current flows from the light became turned on. After that, the thermostats cooled and then starter acts like an open circuit. And then the light became off. I have used 100W LED Bulb as a load you can use this as well. This is a very simple circuit which is made up of fluorescent lamp starter. 

Needed Components:


  1. A Fluorescent Lamp Starter.
  2. 100W Bulb
  3. Some Connecting Wires
  4. A  2 Pin Plug

Watch the Youtube Video:

First Watch the youtube video then It will be easier to Understand.





How Does the Circuit Works?

There is a filament inside of the starter It works with any type of  Fluorescent lamp starter. There is a simple logic is that when the terminal of the stater is heated then the thermostats plate increases and became short-circuited. So it means that current flows from the light became turned on. After that, the thermostats cooled and then starter acts like an open circuit. And then the light became off. I have used 100W LED Bulb as a load you can use this as well. This is a very simple circuit which is made up of fluorescent lamp starter. 

Loading...


2
at 2 comments:
Labels:

Monday 14 January 2019

January 14, 2019

LED Dimmer Circuit with LM317





Today in this article we will discuss LED Dimmer Circuit or simple adjustable Voltage regular Circuit with LM317. LM317 was first introduced in 1970 from then until now the I.C is used for small Transformer Based Variable Power supply.

Things needed for the Circuit:


  1. 330 Ohm resistor
  2. LM317
  3. One 12v LED as a Load
    (We will use this LED for LED Dimming Observation.)
  4. A 12V Power Supply.

Circuit Diagram:


Watch The Youtube Video:




Loading...

How Does it work?

This is a simple circuit with LM317. We use a Potentiometer/ Trimmer for varying the voltage of adjusting pin. It is connected in such a way that if the residence of the potentiometer is increased then the LM317 output voltage decreases. And in a similar way if the resistance decreases then the output voltage from LM317 increases.

 Note: I have used a 10k linear potentiometer. If you want to get more accurate output then I will suggest you go for multiturn trimmer or potentiometer. It will give you a great experience.

You May Also like our another Article about LED Dimmer with 555 Timer
6
at 6 comments:
Labels:

Sunday 6 January 2019

January 06, 2019

Simple Touch Sensor



Today in the article I will discuss Simple touch sensor/ Transistor Touch sensitive circuits. Here I will discuss n channel MOSFET touch-sensitive circuits. MOSFET has 3 pins gate drain and source. The point gate is used for turning on and turning off the MOSFET. Basically, we use a PWM signal for controlling the MOSFETs. But here we are using our Hand as a resister which can activate or deactivate the MOSFET.

Needed components for Simple touch sensor:

  1. N-channel enhancement type MOSFET IRFZ44N
  2. 1K resistor Click Here
  3. 1 LED Click Here
  4. 9v Battery Clip Click Here
  5. 9v Battery  




Watch the YouTube video:

Here is the YouTube video from Creative Creator, This will help you with more clarification.


Schematics of the Circuit for Simple touch sensor:


How the simple touch sensor circuit works?


  1. MOSFET has 3 pins gate drain and source. The point gate is used for turning on and turning off the MOSFET. Basically, we use a PWM signal for controlling the MOSFETs. But here we are using our Hand as a resister which can activate or deactivate the MOSFET.
  2.  If we touch the gate Pin and the Vcc then the current flows from our hand to the gate pin. There it suddenly activates the MOSFET. And the current flows from drain to source.
  3. In the MOSFET there is an inbuilt capacitor this took the charge and stores the energy. The current will flow from drain to source as long as capacitor stores energy.
  4.  Now if you touch the gate Pin and the GND Pin then the stored capacitor discharges and the current flow become lower. There will be higher resistance between drain and source.
  5. So, there will be no flow between drain and source.





Loading...
  
That is how the circuit works.

You can also like our another article about Simple LED Blinking Circuit 🤗

0
at No comments:
Labels:

Monday 31 December 2018

December 31, 2018

Simple LED Blinking Circuit

Let's talk about the LED Blinking Circuit. LED Blinking Circuit is an easy Circuit consists of 3 basic components like 1 Transistor, 3 RGB (Multi-color) LEDs. This is a Basic transistor Circuit. The LEDs are connected in series with the Base of the transistor. When the 12v Vcc is on then the RGB LEDs connected in series changes their color in a systematic way. The changing color triggers the transistors Base. As the Transistor Base Voltage is changing the amplified signal from the transistor also changing. I have connected 12v load LED at the transistor Output section. So it also blinks in a systematic way.


Needed Components:


  1. BC547 n-p-n Transistor.
  2. 2.2k Resistor.
  3. RGB (Multi-color) LEDs (3)
  4. Load LED 12v
  5. 12v Power supply (I used CPU SMPS)
  6. PCB Board (Optional)
  7. Breadboard (Optional)


Loading...

Circuit Schematics Of LED Blinking Circuit:

Here is the schematics of the LED Blinking Circuit. I have used Basic Components for making the Circuit. You can use a breadboard for testing purposes.



Watch the YouTube video:



How the Circuit works?


  1. This is a Basic transistor Circuit. The LEDs are connected in series with the Base of the transistor.
  2. When the 12v Vcc is on then the RGB LEDs connected in series changes their color in a systematic way.
  3. The changing color triggers the transistors Base. As the Transistor Base Voltage is changing the amplified signal from the transistor also changing.
  4. I have connected 12v load LED at the transistor Output section. So it also blinks in a systematic way.


Note:


  1. I have used BC547 for the demonstration purpose. If you want to run bigger loads like RGB LED strips then I will highly suggest you to use High Power Output rated Transistor.
  2. As a power transistor, you can use N-Channel MOSFETs like IRFZ44N N-Channel enhancement type MOSFET.
  3. You can use Heatsink for Thermal Cases.
  4. You can also go one step ahead and try to improve the Blinking Depth by Changing the values of the Resistor Between 50Ohm and its above.
  5. As you are working with a transistor you might know that transistor is a semiconductor device. So it has some resistive characteristics. So the transistor 0.7v for international Characteristics.
  6. If you want to run 12V LED strips then I will suggest you go for 13v Power supply. For this case, the LEDs will Blink with its maximum brightness.


Pros of the Circuit:


  1. The Blinking LED circuit is easy. It requires fewer Components. Great for Hobby Projects.
  2. No I.C. required for Generating PWM.
  3. The circuit will Give You many blinking effects as 3 LEDs are in series, they all LED combines and gives Great blinking effects.


Cons of the Circuit:


  1. The circuit is great for Hobby Projects but there are some problems with the Circuit. If the circuit runs with one RGB LED then the circuit will be effective.
  2. We used some simple components like LEDs for the Blinking. This will not give you as blinking Depth Compared with PWM signal from the NE555 timer.

                Those are the only corns I found in the Circuit. I will suggest you to make make the Circuit yourself and you should try to modify the circuit and send me your Schematics through Social media.
If you have any doubt then feel free to write in the comments section. I read each and every from you guys. This motivates me a lot for writing articles for you Guys.

 You may also like our another article about LED Dimmer Circuit with NE555 Timer 😀
1
at 1 comment:

mgid

Loading...