mikromedia for PSoC 5LP

Name: mikromedia for PSoC 5LP
SKU: MIKROE-1448
Price: 2550.00 ZAR
Availability: BackOrder

R2,550.00 ex. VAT

Stock: Lead-time applicable.

R2,422.50

10+

R2,295.00

15+

R2,167.50

20+

R2,085.90

SKU: MIKROE-1448 Categories: MikroElektronika, mikromedia, mikromedia 2.8"

Description
Additional information

Main features

Multimedia modules

Large 320×240 TFT Color Display with Touch Screen, Stereo MP3 Codec, and Accelerometer give you true power to build full multimedial applications.

It’s really compact

Board is carefully designed and is very compact and handy. We have used the highest quality components and 4-layer PCB to achieve maximum efficiency.

Just plug-in the USB cable

Charge your batteries directly from USB port. No additional electronics, or expensive adapters. Just plug-in the cable, and this little board will handle the rest.

Many more megabytes

You can save pictures, sounds and other media files on microSD memory card and 8Mbit Serial Flash Memory and use it in your application.

What’s on Board

Click on the desired thumbnail to view full image.

TFT with Touch Panel

320×240 TFT Color Display with Touch Panel can display vivid and clear color images or advanced graphic content.

Frontal Reset Button

If you place battery shield or integrate your board so that only front TFT is accessible, this reset button can be very handy.

Audio connector

Plug-in your headphones and listen to audio output from mp3 decoder circuit.

Power LED

We have added power indicator LED, so you can be sure whether your board has stable power supply.

Battery Charger circuit

MCP73832 Battery Charger circuit enables you to charge your Li-Polymer battery directly from USB port.

Battery connector

Li-Polymer battery connector allows you easier connection with your battery. Autonomous power supply will give your mikromedia the wings it deserves.

miniUSB connector

Microcontroler supports Full Speed and USB 2.0 OTG, so this connector allows you to communicate with a PC or other USB devices using USB connection.

Power regulator

On-Board power regulator ensures that each part of the board get the right voltages.

RTCC Crystal Oscillator

Board contains 32.768kHz Crystal oscillator (X2) which provides external clock for internal RTCC module.

Stereo Audio codec

VS1053 MPEG audio decoder with SPI interface for fast reproduction of Ogg Vorbis / MP3 / AAC / WMA / FLAC / MIDI audio files.

Connection pads

Every unsused microcontroller pin is available through connection pads. They can be used to connect your mikromedia board with additional shields or accessory boards.

Crystal Oscillator

16Mhz crystal oscillator circuit that provides external clock is connected to microcontroller osc pins.

Accelerometer

On-board ADXL345 Digital Accelerometer allows you to measure acceleration.

Microcontroller

Powerful CY8C5868AXI-LP035 microcontroller with the ARM Cortex-M3 core, operating at 67 MHz with 256 KB of Flash memory and up to 64kb of RAM.

FRAM

Store 2 Mbit of data in FM25H20 Ferromagnetic RAM with up to 40 MHz SPI interface. It suports over 100 trillion Reads/Writes and has over 10 Year Data Retention.

microSD card slot

microSD Card slot allows you to store large ammounts of data externally on microSD card using fast SPI communication.

mikroProg connector

Pads for connecting and programming the board with mikroProg for PSoC® 5LP programmer.

Cortex Debug connector

The Cortex Debug Connector supports JTAG debug, Serial Wire debug and Serial Wire Viewer operations (via SWD connection when Serial Wire debug mode is used).

Why choose mikromedia

Programming

On-board CY8C5868AXI-LP035 microcontroller is preprogrammed with fast USB HID bootloader, so it’s ready to work right out of the box. You don’t have to spend a dollar more on programmers. For those who need it, board can also be programmed and debugged using mikroProg™ for PSoC® 5LP debugger.

Compilers

Mikromedia for PSoC® 5LP is fully supported by PSoC® Creator™, the free Windows-based IDE from Cypress which allows concurrent hardware and application firmware design.