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Cell Phone Jamming Circuit Diagram, Schematic, and Report for Final Year Project

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Best answers LABEL_AI_GENERATED

How can I start a final-year project on a cell phone jammer, including the schematic, operating bands, range, and report content?

Start by researching the target frequency bands, the jamming power/range you want, and the purpose of the project before you draw any circuit. If you are building a GSM jammer, study the GSM 900 and GSM 1800 bands and spend some time learning RF transmission, because these bands are in MHz [#21659222] Decide whether you want a constantly running jammer or a detect-then-block design; for a beginner, the free-running type was suggested as the simpler choice [#21659222] The basic system was described as a power supply, an IF section, and an RF section, so you can structure your block diagram and report around those parts [#21659222] One reply also pointed to Adafruit’s Wave Bubble project as an example to study for inspiration [#21659219] Keep in mind that jamming mobile phones is illegal in most jurisdictions [#21659221]
AI summary based on the discussion. May contain errors.
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  • #1 21659218
    Uche Kelvin
    Anonymous  
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  • #3 21659220
    Dorin Dragan
    Anonymous  
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  • #4 21659221
    Olin Lathrop
    Anonymous  
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  • Define jammer frequency, power, and project scope

    #5 21659222
    Khaba Bulu
    Anonymous  
  • #6 21659223
    Purnendu Kumar
    Anonymous  
  • #7 21659224
    Hinach Hamdi
    Anonymous  
  • #8 21659225
    Hinach Hamdi
    Anonymous  
  • Asking whether a jammer can be built from research

    #10 21659227
    Gonalo Seruca
    Anonymous  

Topic summary

LABEL_AI_GENERATED
The discussion centers on the request for a cell phone jamming circuit diagram, schematic, and project report for a final year academic project. Contributors emphasize the importance of understanding the technical fundamentals before attempting design, including researching GSM frequency bands (GSM 900 and GSM 1800 MHz), RF transmission principles, and jammer characteristics such as power output and operational mode (constant or detect-and-block). Legal restrictions on jamming devices are noted. A referenced project by Limor Fried from Adafruit, called "Wave Bubble," is suggested as inspiration, though its schematics are not publicly available. Participants encourage independent research and iterative learning to develop a functional and original design. The need to justify the project's relevance and practical application in the report is also highlighted.
AI summary based on the discussion. May contain errors.
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