MIKROE-2253

MIKROE-2253 Datasheet

From MikroElektonika Documentation

Part	Datasheet
MIKROE-2253	MIKROE-2253 (pdf)

PDF Datasheet Preview
Text To Speech click From MikroElektonika Documentation Text To Speech click carries an Epson S1V30120 speech synthesis IC. The IC is powered by the Fonix v5 speech synthesis engine that can make your robot or portable device talk in US English, Castilian Spanish or Latin American Spanish, in one of nine pre-defined voices. The DECtalk engine includes a parser that gives users fine control over the quality, pitch and intonation of the synthesized speech. The audio is reproduced at 11.025kHz sampling rate. Text To Speech click board communicates with the target board microcontroller through the mikroBUS SPI interface MISO, MOSI, SCK, CS with additional functionality provided by DRDY, NRST and MUTE pins in place of default mikroBUS INT, RST and AN pins It can use either a 3.3V or 5V power supply. Features and usage notes Text To Speech click Text To Speech click features a mm audio jack for connecting an external active speaker. To choose whether to use 3.3V or 5V logic, solder the I/O SEL jumpers into the appropriate position by default, it's at 3.3V The Fonix speech synthesis engine that powers TextToSpeech click has been in Schematic also available in PDF development since the eighties. A large number of projects are available online. Few of them are listed in the Resources section at the bottom of this page. Browsing these projects will help you get a better idea on how the parser markup works to create a more natural sounding speech synthesis. Text To Speech click IC/Module EPSON S1V30120 Speech Synthesis IC id=ID001634 Interface SPI, MISO, MOSI, SCK, CS , DRDY, NRST and MUTE Power supply 3.3V, 5V Website Note that Text To Speech click requires at least 6KB of RAM and 10KB of Flash memory from the target board microcontroller in order to function efficiently. The S1V30120 chip also has Audio reproduction capabilities ADPCM decoding . The audio reproduction bit rates available are 80kbps, 48kbps, 40kbps, 32kbps, 24kbps, with a sampling rate of 16,8 kHz. Programming The following code snippet shows the speech synthesis engine parser in action. This code results in a natural-sounding, melodic rendition of "Happy Birthday to you" 1 void main system_init ; tts_init ; tts_setup ; /* Singing the birthday song */ tts_speak "[hxae<300,10>piy<300,10> brr<600,12>th<100>dey<600,10> tuw<600,15> [hxae<300,10>piy<300,10> brr<600,12>th<100>dey<600,10> tuw<600,17> [hxae<300,20>piy<300,20> brr<600,19>th<100>dey<600,15> tuw<600,17> yu<1200,15>] " ; Code examples that demonstrate the usage of Text To Speech click with MikroElektronika hardware, written for mikroC, mikroBasic and mikroPascal for ARM, PIC32, and FT90x are on Libstock For a thorough tutorial on how the Text To Speech click library works, read the dedicated article on learn.mikroe.com Resources - EPSON S1V30120 Application Note - EPSON S1V30120 Hardware specification - EPSON S1V30120 Message Protocol Specification - Text To Speech click library on Libstock - Make Your Robot Speak - Text To Speech click tutorial on learn.mikroe.com - Repository of DECtalk popular songs - Deck Talk reader application useful for testing - mikroBUS standard specifications Retrieved from This page was last modified on 28 April 2016, at Content is available under Creative Commons Attribution unless otherwise noted. 6/15/2016

PDF Datasheet Preview

Text To Speech click

From MikroElektonika Documentation

Text To Speech click carries an Epson S1V30120 speech synthesis IC. The IC is powered by the Fonix v5 speech synthesis engine that can make your robot or portable device talk in US English, Castilian Spanish or Latin American Spanish, in one of nine pre-defined voices. The DECtalk engine includes a parser that gives users fine control over the quality, pitch and intonation of the synthesized speech. The audio is reproduced at 11.025kHz sampling rate. Text To Speech click board communicates with the target board microcontroller through the mikroBUS SPI interface MISO, MOSI, SCK, CS with additional functionality provided by DRDY, NRST and MUTE pins in place of default mikroBUS INT, RST and AN pins It can use either a 3.3V or 5V power supply.

Features and usage notes

Text To Speech click

Text To Speech click features a mm audio jack for connecting an external active speaker.

To choose whether to use 3.3V or 5V logic, solder the I/O SEL jumpers into the appropriate position by default, it's at 3.3V

The Fonix speech
synthesis engine that powers

TextToSpeech click has been in

Schematic also available in PDF
development since the eighties. A large number of projects are available online. Few of them are listed in the Resources section at
the bottom of this page. Browsing
these projects will help you get a better idea on how the parser markup works to create
a more natural sounding speech synthesis.

Text To Speech click

IC/Module EPSON S1V30120 Speech Synthesis IC id=ID001634

Interface SPI, MISO, MOSI, SCK, CS , DRDY, NRST and MUTE

Power supply
3.3V, 5V

Website

Note that Text To Speech click requires at least 6KB of RAM and 10KB of Flash memory from the target board microcontroller in order to function efficiently.

The S1V30120 chip also has Audio reproduction capabilities ADPCM decoding . The audio reproduction bit rates available are 80kbps, 48kbps, 40kbps, 32kbps, 24kbps, with a sampling rate of 16,8 kHz.

Programming

The following code snippet shows the speech synthesis engine parser in action. This code results in a natural-sounding, melodic rendition of "Happy Birthday to you"
1 void main
system_init ;
tts_init ;
tts_setup ;
/* Singing the birthday song */
tts_speak "[hxae<300,10>piy<300,10> brr<600,12>th<100>dey<600,10> tuw<600,15>
[hxae<300,10>piy<300,10> brr<600,12>th<100>dey<600,10> tuw<600,17>
[hxae<300,20>piy<300,20> brr<600,19>th<100>dey<600,15> tuw<600,17> yu<1200,15>] " ;

Code examples that demonstrate the usage of Text To Speech click with MikroElektronika hardware, written for mikroC, mikroBasic and mikroPascal for ARM, PIC32, and FT90x are on Libstock

For a thorough tutorial on how the Text To Speech click library works, read the dedicated article on learn.mikroe.com

Resources
- EPSON S1V30120 Application Note
- EPSON S1V30120 Hardware specification - EPSON S1V30120 Message Protocol Specification - Text To Speech click library on Libstock - Make Your Robot Speak - Text To Speech click tutorial on learn.mikroe.com - Repository of DECtalk popular songs - Deck Talk reader application useful for testing - mikroBUS standard specifications Retrieved from

This page was last modified on 28 April 2016, at Content is available under Creative Commons Attribution unless otherwise noted.
6/15/2016

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived MIKROE-2253 Datasheet file may be downloaded here without warranties.

Datasheet ID: MIKROE-2253 649493