How to add Bluetooth module to Proteus 8 Professional ?

Hello friends, hope you all are fine. Today, I am going to share a new Bluetooth Library for Proteus. Using this Library, now you can quite easily use Bluetooth modules in Proteus ISIS. I have designed two Bluetooth modules which are HC-05 and HC-06. We all know about these modules. We use these modules for sending data through Bluetooth. Till now, there’s no such Bluetooth Library designed for Proteus and we are the first developers of this awesome Bluetooth Library for Proteus. I hope you guys are gonna like it. I have also posted a tutorial in which I have done Arduino Bluetooth Communication using HC05 in hardware. I hope that one will also be interesting to read, if you have planned to start working on Bluetooth Module.

Other bloggers are welcome to share this Bluetooth Library for Proteus on their blogs but do mention our link as a respect to our efforts. These Bluetooth modules are not gonna accept AT Commands rite now as we haven’t added much functionality in it but we are gonna add more soon. I will also add more Bluetooth modules in this library and will update it with time. Rite now, it just has two Bluetooth modules in it, which are:

• Bluetooth Module HC-05
• Bluetooth Module HC-06

You can do serial communication with these modules quite easily. So, let’s get started with Bluetooth Library for Proteus an see How to install it and how to use it in Proteus.

                          

Download Bluetooth Library for Proteus

• In this rar file, you will find two files which are named as:
• • BluetoothTEP.IDX
  • BluetoothTEP.LIB
• So, download these two files and place them in the library folder of your Proteus ISIS software.
• 

सुविचार

विक्रम संवत...........२०७५
मास..............पौष
पक्ष..............कृष्ण
तिथि............द्वित्तीय
वार..............सोमवार
दिनांक...........२४-१२-२०१८

🙏🏽 🌸 हर हर महादेव 🌸

सुविचार:↔ " दुख जीवन में इसलिए आते है ताकि हम दुख का महत्व समझ सके।"

process of simulate Arduino with Proteus.

Simulation is a very powerful tool to understand how the device will work after implementing in real.Before start any project, it is a good practice to simulate it and virtually verify that works. Proteus is a simulation base software.By using this software Arduino can be simulate.Today we are going to simulate arduino in Proteus. We will test arduino Blink program with Proteus.Lets do it...

Before start simulation need to make sure that in File>>Preferences, compilation is marked. Because "compilation" compile the code and generate .hex file.This .hex file is needed for running the Proteus simulation.

Proteus is the software where we run our simulation.First make sure that you have Proteus installed in your operating system.If not, then download and install Proteus.After run the Proteus software, If you don't find arduino in the library.Then, there is a .rar file download it and copy/cut the file.After that paste it into the Proteus library.I am using windows 7 operating system.In my case the location of the Proteus library is, C drive>Program Files>Labcenter Electronics>Proteus 8 Professional>LIBRARY.After that you will find arduino in your library.

Run Arduino IDE and go to File>Examples>01.Basics>Blink and open it.Click on "Verify" button.Then copy(Ctrl+C) the .hex file.

Run the Proteus and draw the circuit like the picture.You can directly connect Led with pin 13.But it is a good practice to add a 220 ohm resistor with led in series.Resistor limits the current flow.Double click on arduino and paste the .hex file in "Program File:".Run the simulation by clicking "Run the simulation" button. LED is Blinking if everything is okay. Congratulation!!!!

This video will show you the process of simulate Arduino with Proteus..

सुविचार

विक्रम संवत...........२०७५
मास..............मार्गशीर्ष{अगहन}
पक्ष..............शुक्ल
तिथि............पूर्णिमा
वार..............शनिवार
दिनांक...........२२-१२-२०१८

🙏🏽 🌺 सुप्रभातम् 🌺

सुविचार:👉 " माफ़ करने जैसा पूर्ण कोई बदला नहीं है।"

How To: Add Arduino Library in Proteus 8.7 Professional

I show you, how you can install Arduino Libraries in Proteus 8.7 Pro

Download Link:
https://mega.nz/#!4khh1bhB!HKbAuY24idy58sD3vKFD5_2i0bvX6lbdhpVNP-IJ5VA How To: Install Proteus 8.7 FULL VERSION :
https://vishalnagarcool.blogspot.com/2018/12/how-to-proteous-download-in-window-7-8.html

https://www.youtube.com/watch?v=tBwbiP_cffs&t=184s

सुविचार

विक्रम संवत...........२०७५
मास..............मार्गशीर्ष{अगहन}
पक्ष..............शुक्ल
तिथि............चतुर्दशी
वार..............शुक्रवार
दिनांक...........२१-१२-२०१८

🙏🏽 🍁 शुभम मंगल 🍁

           सुविचार
             👇

" कल्पना की शक्ति हमें अनंत बनाती है।"

How to make 555 timer circuit & 555 timer led flasher?

In an astable circuit, the output voltage alternates between VCC and 0 volts on a continuous basis.

555 Timer Calculator Overview

The 555 timer shown above is configured as an astable circuit. This means that the output voltage is a periodic pulse that alternates between the VCC value and 0 volts.

How to Calculate Output Voltage Frequency

The frequency is the number of pulses per second. The formula to calculate the frequency of the output voltage is:

f=1.44(R1+2R2)C

$$$$The period is the time covered for one pulse. This is just the reciprocal of the frequency:$$\mathrm{<br>}$$$$f=\frac{1.44}{(R_1+2R_2)C}$$$$\frac{\mathrm{<br>}}{}$$

The period is the time covered for one pulse. This is just the reciprocal of the frequency:

                                         T=1f=0.694(R1+2R2)C

$$\frac{\mathrm{<br>}}{}$$ $$\frac{\mathrm{<br>}}{}$$ The high time (T1) and low time (T0) can be calculated using the formulas below. Note that the period is the sum of the high time and the low time.

T1=0.694(R1+R2)C
T0=0.694R2C

The mark space ratio is the ratio between the high time and the low time or:

                                         Mark Space Ratio=T1/T0

The duty cycle is more commonly used than the mark space ratio. 

The formula for the duty cycle is:

                                   Duty Cycle=T1/T x 100

$$\frac{}{}$$

A 50% duty cycle means the high time is equal to the low time.

If an LED is placed at the output of this astable circuit, 

it will turn on at the same span of time as it is turned off. 

Note that getting an exact 50% duty cycle is impossible with this circuit.

Notes :

Increase C to increase the period (reduce the frequency).

Increase R1 to increase High Time (T1), without affecting the Low Time (T0).

Increase R2 to increase High Time (T1), increase Low Time (T0) and decrease the duty cycle.

Applications Synchronous Circuit Timer:

A synchronous circuit is a digital circuit in which the changes in the state of memory elements, 

commonly flip-flops, are synchronized by a clock signal. Because of their availability and ease of use, 

the 555 astable circuit is the common source of clock signal in many synchronous circuits.

A shift register--an example of a synchronous circuit--is shown below. 

Normally you would connect the output of the 555 astable circuit to the clock pin of this shift register. 

LED Flasher

Although you can build a simpler LED flasher using a single transistor, some resistors, and a capacitor, most people would rather use a 555 astable circuit. See circuit below:

How fast would the LED blink? Of course, you can use our calculator to find that out.  

Tone Generator

The circuit above produces an audible tone and is just one of the many sound-generating circuits that employ the 555 astable circuits. A 150kΩ potentiometer is used to adjust the frequency of the tone. It is possible to preset the output's upper and lower limits to predefined values by adding resistors or trimmers in series with the potentiometer.