Summary of WAVE READER CIRCUIT AT89S52 FLASH MEMORY
### Summary This article describes a wave player circuit using the AT89S52 microcontroller, an 8051-based chip. The system reads WAV files from a Kingston 8GB flash memory drive and outputs audio through a TBA820 amplifier connected to powered speakers. Despite the rapid advancement of newer microcontrollers like PIC24 and MSP430, the author highlights the continued relevance and utility of the AT89S52 for this specific application.
Parts used in the Wave Reader Circuit:
- AT89S52 Microcontroller
- Kingston 8GB Flash Memory
- TBA820 Amplifier
- Powered Speakers
PIC24, 32, MSP430 is progressing rapidly but AT89S52 time, I still made sure that what is in use by 8051. In this project, kingston 8gb flash memory is read in the wav files (wav… Electronics Projects, Wave Reader Circuit AT89S52 Flash Memory “avr project, microcontroller projects, “
PIC24, 32, MSP430 is progressing rapidly but AT89S52 time, I still made sure that what is in use by 8051. In this project, kingston 8gb flash memory is read in the wav files (wav player circuit ) TBA820 AT89S52 output amplifier with integrated audio signal is given to powered speakers ..
Source: as.elte-s.com/zrob/cfplayer.htm alternative link: wave-reader-circuit-at89s52-flash-memory.rar
- Which microcontroller is used in this project?
The AT89S52 microcontroller is used in this project. - What type of storage device is utilized for reading files?
A Kingston 8GB flash memory is used to read the files. - What kind of audio files does the circuit support?
The circuit reads WAV files from the flash memory. - How is the audio signal amplified in this design?
The TBA820 integrated amplifier processes the audio signal. - What components are used as the final output devices?
Powered speakers are used to receive the amplified audio signal. - Why was the AT89S52 chosen over newer chips?
The author ensured the use of what is still in use by 8051 despite faster progress of other chips.
