Low Cost Arduino Jammer 433 Mhz

62,731

72

45

Introduction

In this project I will demonstrate the use of an arduino
as a jammer for the range of 433 Mhz using only 2 element´s

List of
materials:

-Arduino

-433 RF Module

Step 1: Project

For this project I use one breadboard but you can
simple connect the RF transmitter to the arduino, and also you can get the
power from the arduino board, I use 12 Volts.

The arduino will generate one square wave and it will
feed the RF module

I get the spectrum using one RTLSDR at the distance of
2 meters from the antenna

Step 2: Spectrum of the Arduino Jammer

Step 3: The Test

The test
was conducted using as an reference an CAR KEY, The typical spectrum of 433 Mhz
car Key is in figure A, the scale is in
db, the measures were taken using one RTLSDR Pen

Step 4: Where Is Wally ???

After I turn on the arduino and I press the car Key I get the spectrum of figure...

Where is the signal Key..

Step 5: Code

And now the best part .. the source code of arduino ;

--------------------------------------
void setup()

{
}
void loop()
{

tone(8, 15000); // generate square wave

}

------------------------------------------

design by Zerito.com (mail(at)zerito.com)

Share

    Recommendations

    • Paper Contest

      Paper Contest
    • Epilog X Contest

      Epilog X Contest
    • Faux-Real Contest

      Faux-Real Contest

    45 Discussions

    0
    None
    DaveB300

    3 months ago

    Great project! Could you email me the full code aswell please thankyou d bass

    0
    None
    SALMANK87

    5 months ago on Step 5

    plz tell me complete code of jammer.

    0
    None
    fprocyonasterix93

    Reply 3 years ago on Introduction

    Yes i could, but it was not the primary objective in this project, you can change the 433 RF module and use one TX-SAW433/S-Z with one amplifier stage using one BFG135 transistor..mail me and i will send to you the diagram

    0
    None
    UdaraS2fprocyon

    Reply 6 months ago

    please can you give me the diagram

    0
    None
    SuntA1fprocyon

    Reply 1 year ago

    Hello, Can you send me the diagram?

    0
    None
    Maliieroglu06fprocyon

    Reply 1 year ago

    Hi Brothers.i am from turkey.firstly, i need gsm jammer project with arduino diagram and programme code for final project. Share with me ? İ cant speak well english but understand. :)

    0
    None
    Mr_Dharma

    1 year ago

    How to jam 3g or 4g mobiles Sir ? Can u explain this following comment of yours

    triangle wave generator+noise generator-->vco max 2623-->rf power amplifer

    0
    None
    OrlandoC26

    1 year ago

    Dear Fprocyon:

    Could you please send me a e-mail with the RF amplifier diagram to increase the jammer range?

    Tks.

    OC

    0
    None
    dineshhnde

    1 year ago

    i need make GSM jammer for final year project. please send me arduino codes and RF module number.

    0
    None
    dineshhnde

    1 year ago

    can u send me 900+1800 jammer codes

    0
    None
    vamseeK5

    2 years ago

    Can it jam that signal of phone

    0
    None
    CarbinerA

    2 years ago

    how can i do somthing like 3g or 4g jammer ? can email me how to develop it ? email me sir aribiner.aa@gmail.com

    0
    None
    akshayav3

    2 years ago

    this is cool.but can u explain about 900mhz jammer?like can u give me the circuit for it? email id:akshayavl16@gmail.com

    0
    None
    manolis.kasos

    2 years ago

    can I replace 433 RF module with a module that will generate 900mhz signal and if yes can you give me a link of a shop that sells one (like e-bay)??

    2 replies
    0
    None
    fprocyonmanolis.kasos

    Reply 2 years ago

    No, you have to figure out another alternative for that frequency (GSM), i can suggest the following configuration: triangle wave generator + noise generator -> VCO Max2623 ->RF power Amplifier

    It´s a more complex circuit

    0
    None
    akshayav3fprocyon

    Reply 2 years ago

    can u plz give that circuit diagram? my email id:akshayavl16@gmail.com