WINAMP IR CONTROL CIRCUIT VISUALBASIC PIC16F627 RS232

Summary of WINAMP IR CONTROL CIRCUIT VISUALBASIC PIC16F627 RS232


Winamp IR control circuit uses a PIC16F627 microcontroller to send IR commands and a receiver circuit built around MAX232 and IRM8061, with a 6-button interface and minimal passive components. C firmware and Visual Basic control software are provided; the design connects to Winamp via RS232 and can be adapted for other projects.

Parts used in the WINAMP IR CONTROL CIRCUIT:

  • PIC16F627 microcontroller
  • IRM8061 IR receiver
  • MAX232 level shifter
  • IR transmitter (IR LED and driver)
  • RS232 interface components
  • Passive components (resistors, capacitors)
  • 6-button control input hardware (buttons/switches)
  • Power supply components
  • PCB or wiring connectors

WINAMP IR CONTROL CIRCUIT VISUALBASIC PIC16F627 RS232

Winamp can be used to control a variety of programs with some ready-made controls, but these controls are difficult to find compatible IR control circuit and control the problem disappears.

IR transmitter circuit 16f627 microcontroller is based on the 6 button control receiver circuit MAX232 and IRM8061 doing eye catching and consists of a few passive components. The eye catching enough to connect the different models used in the right leg

Prepared by the C language source code of the circuit and control software source code in Visual Basic are prepared. Winamp outside the control circuit can be useful in different projects.

WINAMP IR CONTROL CIRCUIT

WINAMP IR CONTROL CIRCUIT

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Source: WINAMP IR CONTROL CIRCUIT VISUALBASIC PIC16F627 RS232

Quick Solutions to Questions related to WINAMP IR CONTROL CIRCUIT:

  • What microcontroller is used in the circuit?
    The circuit uses a PIC16F627 microcontroller.
  • Which IR receiver is used in the project?
    The project uses an IRM8061 IR receiver.
  • How does the circuit interface with Winamp?
    The circuit connects to Winamp via an RS232 interface.
  • What software sources are provided?
    C source code for the PIC firmware and Visual Basic source code for the control software are provided.
  • How many control buttons does the design support?
    The design is based on a 6-button control interface.
  • Is a MAX232 used in the design and why?
    Yes, a MAX232 is used as a level shifter for the RS232 interface.
  • Can the Winamp control circuit be used in other projects?
    Yes, the article states the control circuit can be useful in different projects outside Winamp.

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