PIC Microcontroller Insect Detector

PIC Microcontroller Insect Detector

Detect Insect Buzzing using A Microphone and Program PIC Microcontroller Timer and ADC to Filter Different Frequencies

What you’ll learn

  • How to detect different frequencies with PIC Microcontroller
  • Insect Detector Working Principle
  • Amplifying Sound with an Electret Microphone
  • PIC Microcontroller Digital to Analog Conversion
  • What are the things that you need regarding the hardware and what are the software that we are going to use, how to download and install each of them?
  • Hardware and Software Requirements
  • Circuit Connection
  • Coding your Insect detector
  • Practical Application Examples


  • Basic experience in Electronics
  • Basic experience in Programming
  • A Will to apply, not just watch


Detect Insect Buzzing using A Microphone and Program PIC Microcontroller Timer and ADC to Filter Different Frequencies

This course will give you a chance to Make an Insect Detector System using Tools that you simply already dealt with to make Your Life safer.

If you are thinking that we are going to use a module to detect Insect buzzing, then you are wrong. We are going to rely on a few electronic components such as a Microphone and Amplifier to detect the frequency of an Insect Buzz. And we are going to explain this in a step by step manner.

If you like, most people get irritated by flying insects or have a fear of being stung by one of them, then this circuit and this course are for you.

In this course, we will create a circuit that can detect flying bugs, you will learn new things about some of the electronic components, you learn how to use your microphone and how to amplify the signal that comes out of your microphone and read it using a microcontroller.

And in the end, you will have a fully functional device that can you that you can use at your own home.

What you learn in this course

  • Hardware and software requirements.
  • Detect different frequencies with PIC microcontrollers.
  • Insect detector working principle and the amplifying or how to amplify sound with an electric microphone.
  • PIC Microcontroller  digital to analog conversion
  • Connect a simple circuit and we will start coding our insect detector to detect the buzzing using the microphone.
  • Create a PCB design for your circuit
  • Practical application examples.

The course and the circuit design are provided with this source so that you can easily use them and start working on your own insect detector.

Who We Are?

We are an Educational Engineering Team and leading team in the microcontroller industry with more than 10 years of experience in teaching and doing practical projects, we have a team of skilled engineers seeking to deliver high-quality engineering content including courses articles lessons, and online support for all the engineering students from all around the world.

We also work as freelancer engineers helping many students in their graduation project give many courses about engineering topics.

Who this course is for:

  • Anyone Interested in Learning How to make PIC Microcontroller Insect Detector
  • Anyone Interested in Learning New Things about Amplifiers and Detected Different Frequencies
  • Anyone Interested in Learning how Insect Detectors work
  • Anyone Interested in Learning New Things about PIC Microcontroller
  • Anyone Interested in Learning How to make a PCB from scratch for a Product
  • Anyone Interested in Making Projects
  • Anyone Interested in Learning New Topics in Programming and Microcontroller

Course content

7 sections • 20 lectures • 2h 3m total length
  • Introduction & Getting Started
  • Working Principle
  • Hardware and Software Requirements
  • Operational Amplifiers
  • Circuit Design
  • Coding
  • Resources
Created by: Educational Engineering Team, Team of skilled Engineers Sharing Knowledge with the World
Last updated 10/2020
English [Auto]
Direct Download Available
(6 ratings)
5,963 students

Download link

Add a Comment

Your email address will not be published. Required fields are marked *