REINFOLD PHYSICAL INNOVATION LABS

 
   
 

RNFDB01

RNFDB02

RNFDB03

RNAFTB01-SPARTAN

RNAFCAPB01

RNAFCAPB02-DC

RNAFCAPB03-QC

RNAFSPTB01

RNAFCTB01

   
 

User Manual

Application Notes

More Documentation

   
 

Xilinx

Altera

Acrobat

Offers > University Package Scroll to the right for more products

   

RNCDB02- CRXLPA

RNCDB01-XC9500

RNFDB02 - XC200S/300S

RNFDB01 - XC50S/100S

RNMC256K

RNBSTPM-01 RNBCOM-01 RNBSGP-01
 

- Customer choice of Xilinx XC9572/ XC95144

- On board JTAG mapped to parallel port for easy programmability from the PC

-100 MHz low jitter programmable oscillator

- Simple 40 pin interface to connect to Reinfold Signal processing, Communication and IO modules through a standard IDE flat cable

- Header Ios.
5V/3.3V/2.5V power regulators based on the selected chip.

   

- Customer choice of Xilinx XC9572/ XC95144

- On board JTAG mapped to parallel port for easy programmability from the PC

- 100 MHz low jitter programmable oscillator

- Simple 40 pin interface to connect to Reinfold Signal processing, Communication and IO modules through a standard IDE flat cable

- Header Ios.
5V/3.3V/2.5V power regulators based on the selected chip.

   

- Customer choice of Xilinx XC200S/ XC300S SPARTAN-II device

- On board JTAG mapped to parallel port for easy programmability from the PC parallel port

- XC18V00 (512Kbits or 1MBits) Xilinx jtag Programmable ROM, mapped in master serial mode with JTAG connectivity for on board programming

- 100 Mhz oscillator,

- Header Ios

- 2x16 character LCD display,

- 5x4 scan matrix Keypad.

- 2 PS/2 Connectors
 - 8 input LED controlled by 8 DIP switches,

- 8 output LEDs
- 2 reset switches,

- 4 Seven segment displays

   

- Customer choice of Xilinx  XC50S/ XC100S SPARTAN-II device

- On board JTAG mapped to parallel port for easy programmability from the PC

- XC18V00 (512Kbits or 1MBits) Xilinx jtag Programmable ROM, mapped in master serial mode with JTAG connectivity for on board programming

-100 MHz oscillator,

- Header IOs

- 2 PS/2 Connectors,

- 8 input LED controlled by 8 DIP switches

- 8 output LEDs ,

- 4 Seven segment displays,

- 2 reset switches

   

-256 KiloBytes of Hyundai SRAM.

-Single 5V supply

-Completely Static SRAM: No clock or timing strobe required

-Equal access and cycle time

-Directly TTL compatible - all inputs and
Outputs

 

 

- Two sets of Dual PBL3717A chip Stepper Motor Driver

- Full step - half step - quarter step operating mode

-Bipolaroutput current up to 1A

-From 10 v up to 46 v motor supply voltage

-Low saturation voltage with inte-grated bootstrap

-Built in fast protection diodes

-Externally selectable current level

-Output current level digitally or analog controlled
 

 

 

- 2 RS232 ports

- 2 I2C ports

-16 byte FIFO's to reduce the number of interrrupts

-Independently controlled transmit, receive, line status,and data set interrupts

-Programmable baud generator

-MODEM control functions

- On board PCA9564 I2C controller

-Both master and slave functions

-Multi-master capability

-Internal oscillator reduces external components

-Operating supply voltage 2.3 V to 3.6 V

-5 V tolerant I/Os
 

 

- On board 8 Channel National Semiconductor ADC 0809

- Resolution 8 Bits

- Single Supply 5 V

- Conversion Time 100us

- 8-channel multiplexer with address logic

- Outputs meet TTL voltage level specifications

- Two on-board National Semiconductors DAC 0800

-High output compliance: .10V to +18V

-Interface directly with TTL, CMOS, PMOS and others

-Wide power supply range: +-4.5V to +-18V

- 8 Analog Input BNC connectors

- Voltage followers for every Analog Input and Output.

- 40 pin headers to connect direclty to FPGA boards.

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