Oppila

FPAA TRAINER KIT–REALGNA V2.0

Trainer Kit with two dpASPs (AN231E04) & 32bit PIC microcontroller with 40MHz clock, 512KB flash, 32KB data memory.
Standard USB serial interface & 5 pin header for programming microcontroller.
Two audio jacks for performing Audio Signal Processing.
On-board three 10K Ohm Potentiometer.
On-board ambient light sensor with the light source.
Set of Terminal blocks to access the dpASP I/Os.
1 number of general purposes IO, 1 number of general-purpose input, 3 numbers of general-purpose outputs. And all general-purpose IOs, Input pins, Output pins accessed through terminal blocks from the board edge.
Provision to configure 1 or 2 dpASP chains, store configuration in Flash & also to electrically isolate Analog and Digital section.
Board size 180 x 120mm.
Supply requirement- single supply +5V to +7V.

FOUR AN231E04 dpASP with header pins and user-selectable inter FPAA connections.
Serial (USB) interface that allows ”plug and play” connectivity using a standard serial cable between the development board and a PC running AnadigmDesigner®2 software.
SPI (or host processor) interface, allowing you to interface the dpASP directly to your digital board
Includes pre-laid out options to add a "Rauch Filter" to FPAA Input's and smoothing filters to FPAA outputs
A large breadboard area for building your specific interface circuitry PCB is pre-built with the provision of the addition resistor and capacitor which can be used for a Rauch filter at the input or output.
Easy choice of 1, 2, 3 or 4 FPAA's to be configured, to enable multi-chip system evaluation.
On-board 16-MHz or 40MHz clock source for FPAA Analog clock input.
Ideally suited to the development of the embedded system, the board contains a 32bit 80Mhz (3rd Party) microcontroller, 5 pin access to re-program this uC, the board is prepared and wired for a standard 16x2 LCD (Not supplied).
The development board is supplied with four AN231E04 FPAA's you can use the board with AnadigmDesigner®2 software Version 2.8.0.1 or later to implement designs for any dpASP or FPAA in the 3.3volt family.

TWO AN231E04 dpASP with header pins and user-selectable inter FPAA connections.
Serial (USB) interface that allows ”plug and play” connectivity using a standard serial cable between the development board and a PC running AnadigmDesigner®2 software.
SPI (or host processor) interface, allowing you to interface the dpASP directly to your digital board.
Includes pre-laid out options to add a "Rauch Filter" to FPAA Inputs and smoothing filters to FPAA outputs.
A large breadboard area for building your specific interface circuitry PCB is pre-built with the provision of the addition resistor and capacitor which can be used for a Rauch filter at the input or output.
Easy choice of 1 or 2 FPAA's to be configured, to enable multi-chip system evaluation.
On-board 16-MHz or 40MHz clock source for FPAA Analog clock input.
Ideally suited to the development of the embedded system, the board contains a 32bit 80Mhz (3rd Party) microcontroller, 5 pin access to re-program this uC, the board is prepared and wired for a standard 16x2 LCD (Not supplied).
The development board is supplied with two AN231E04 FPAA’s you can use the board with AnadigmDesigner®2 software Version 2.8.0.1 or later to implement designs for any dpASP or FPAA in the 3.3volt family.

AN231E04 dpASP with header pins.
Optional Rauch filter to level shift and prepare input signal includes single-ended to differential conversion where needed.
Serial (USB) interface that allows ”plug and play” connectivity using a standard serial cable between the development board and a PC running AnadigmDesigner®2 software.
SPI (or host processor) interface, allowing you to interface the dpASP directly to your digital board.
A large breadboard area for building your specific interface circuitry PCB is pre-built with provision the addition resistor and capacitor which can for a Rauch filter at the input or output.
Daisy chain capability – allowing multiple boards to be connected to evaluate multi-chip systems.
On-board 16-MHz or 40MHz clock source for FPAA Analog clock input.
Ideally suited to the development of the embedded system, the board contains a 32bit 80Mhz (3rd Party) microcontroller, 5 pin access to re-program this uC, the board is prepared and wired for a standard 16x2 LCD (Not supplied).
The development board is supplied with one AN231E04 FPAA’s you can use the board with AnadigmDesigner®2 software Version 2.8.0.2 or later to implement designs for any dpASP or FPAA in the 3.3volt family.