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System for 1 USD * - TV remote control by piotr_go

piotr_go 9846 68
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  • #61 20134710
    Anonymous
    Level 1  
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  • #62 20134747
    Mlody_Zdolny
    Level 30  
    spec220 wrote:
    It depends what root. In Samsung, it is so that when you rummage deeper, it irreversibly sets the rim in the prock

    Root to root. A rooted Samsung S10 works and you can make transfers.
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  • #63 20134820
    Anonymous
    Level 1  
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  • #64 20152329
    Sentymentalny
    Level 14  
    If you would like to make such a pilot:
    1. Where can such microcontrollers be bought inexpensively?
    2. How to upload the presented program simulating the LG remote control to such a prock?
  • #65 20152367
    piotr_go
    DIY electronics designer
    1. LCSC ...
    2. ... they also have programmers ... Hmmmmm, I do not know if the programmer from the manufacturer can be loaded with ordinary hex / bin. They used some of their own format from what I remember.
    There was some programmer design on the arduino. This is probably the cheapest option.
  • #66 20152391
    Sentymentalny
    Level 14  
    Thanks for the quick reply.
    It seems they are currently unavailable from the LCSC.
    How did you program this slinger yourself?
  • #67 20152405
    piotr_go
    DIY electronics designer
    Own programmer:
    System for 1 USD * - TV remote control by piotr_go
    Dark terminal screen in a text editor.
    I was supposed to describe it and I can't decide.
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  • #68 20152939
    SylwekK
    Level 32  
    piotr_go wrote:
    I was supposed to describe it and I can't decide

    If doping is needed ... give me a description :) I like your inventions there :)

Topic summary

The discussion revolves around the development of an IR remote control for LG TVs using a microcontroller (PFS154) sourced from Taiwan. The remote can perform basic functions such as power on/off, channel changing, and volume control, although its capabilities are limited due to the microcontroller's I/O constraints. The participants analyze the current limitations of the IR LED, discussing the importance of not exceeding 20 mA to avoid damage. They also explore the microcontroller's programmable I/O current settings and the implications of using different voltage levels. The conversation includes technical details about the signal transmission protocol, current measurements, and the potential for using alternative microcontrollers like PMS150C. Additionally, there are inquiries about sourcing microcontrollers and programming methods for the project.
Summary generated by the language model.
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