Simulation in Proteus, Electrical Engineering

Assignment Help:

Hi,

I need help simulating my project in Proteus, problem is, I have never used it before.
This is what I have so far. However, feel free to suggest ideas that will make the circuit simpler and or more reliable.

This system will generate an alarm when a baby has been left unattended in the car.

There will be pressure sensors on both, the driver''s seat, and the baby''s car seat.

As soon as the driver is no longer making contact with the sensors two things will happen. First, a warning alarm will activate while, a counter will start counting. Once the counter reaches 60 secs (approximately) the warning alarm will turn itself off, and the main alarm will sound off.

Now, the remote part.
Once the driver is no longer making contact with the pressure sensors a link will be established between the two transceivers. One stationary say, car seat, and the other, a remote unit (key fob). Once the parent or guardian goes beyond a set range (approx. 10-15 feet?) the key fob will beep, along with the main alarm. The only way to reset the system is to remove the baby from the car seat, which will "kill" the link, or to seat back in the driver''s seat.
I can''t think of any more details that you could possibly need, but if you do, send me a message and I''ll answer within 5-10 minutes.

For this, I will use two Arduino UNO with ATMEGA328P-PU, each with its own transceiver "NRF24L01"
However the transceivers are not listed in the library, so any equivalent will do. Don''t know if a wireless transmission can be simulated in ISIS, if anything, just wire it

Related Discussions:- Simulation in Proteus

Energy stored in the coil, The term representing the energy stored in the c...

The term representing the energy stored in the coil may be written in terms of the inductance of the coil as... The energy stored in the coil increases with the square of t

TRIAC, what are the electrical characteristics of TRIAC?

what are the electrical characteristics of TRIAC?

Current flow through each resistor using mesh analysis, Find the current fl...

Find the current flow through each resistor using mesh analysis for the circuit below. Step : Determine the number of common nodes and reference node within the network

Core electron binding energies, Perform a Hartree-Fock geometry optimizatio...

Perform a Hartree-Fock geometry optimization calculation of butadiene using a minimal basis set. Repeat with the 6-311G(d,p) basis set, using the optimized minimal basis set geomet

Determine maximum length for cable, You have been asked to help on the desi...

You have been asked to help on the design of CDU's new electric vehicle. The vehicle is to be powered by a 96V, 300A battery pack and you need to decide on the maximum length you c

Working principle of a q meter, Q. Explain the working principle of a Q met...

Q. Explain the working principle of a Q meter. Also explain the factors that cause errors during a Q factor measurement. Ans.   Working Principle of Q Meter: the q meter is

Push instruction - stack operations , PUSH Instruction This  instructi...

PUSH Instruction This  instruction copies  the contents  of the specified  register  pair into the  stack. The  contents  of stack  pointer register  are decremented by two. Th

Speed control of dc motors, Q. Show Process of Speed Control of DC Motors? ...

Q. Show Process of Speed Control of DC Motors? Equation showed that the speed of a dc motor can be varied by control of the field flux, the armature resistance, and the armatur

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd