1581586092image80.jpg

SPARTAN 6 FPGA based simple SPI Interface based Industrial grade 8 Channel Leak Detection IO Cards communicating to the CPU Cards via the Back Plane Card for Nuclear process instrumentation.

Following are the main features of the product :-

  • Channel to Channel isolation for all the 8 channels 
  • All the analog input channels are isolated from the FPGA using 5KV digital isolators.
  • Half of the analog inputs processed using 12 bit ADC – AD7091
  • Half of the remaining analog inputs processed using precision comparators – ADCMP396 and multiplexers - ADG1604BCPZ
  • All the analog input channels transient and over voltage protected.
  • On board Voltage monitoring and Temperature circuitry and hardware watchdog timer for fail safe operation under board failure condition.
  • Supervisory reset circuitry - MAX16060D
  • FPGA healthiness monitored.
  • Online diagnostics using voltage reference outputs
  • Level translator circuitry between FPGA and the backplane interface - 74ALVC164245DGG_11 
  • Simple Hot-Swap Controller based Design.
  • Fan-Less design.
  • SI, PI, Thermal Analysis done.

Subscribe Newsletter
A quick message to TECHNID
Client Speaks
1581586092image80.jpg
1581587019image87.jpg
Features

SPARTAN 6 FPGA based simple SPI Interface based Industrial grade 8 Channel Leak Detection IO Cards communicating to the CPU Cards via the Back Plane Card for Nuclear process instrumentation.

  • Channel to Channel isolation for all the 8 channels 
  • All the analog input channels are isolated from the FPGA using 5KV digital isolators.
  • Half of the analog inputs processed using 12 bit ADC – AD7091
1581587019image88.jpg
Features
  • Half of the remaining analog inputs processed using precision comparators – ADCMP396 and multiplexers - ADG1604BCPZ
  • All the analog input channels transient and over voltage protected.
  • On board Voltage monitoring and Temperature circuitry and hardware watchdog timer for fail safe operation under board failure condition.
  • Supervisory reset circuitry - MAX16060D
  • FPGA healthiness monitored.
1581587019image89.jpg
Features
  • FPGA healthiness monitored.
  • Online diagnostics using voltage reference outputs
  • Level translator circuitry between FPGA and the backplane interface - 74ALVC164245DGG_11 
  • Simple Hot-Swap Controller based Design.
  • Fan-Less design.
  • SI, PI, Thermal Analysis done.
1581587019image80.jpg
Features
  • FPGA healthiness monitored.
  • Online diagnostics using voltage reference outputs
  • Level translator circuitry between FPGA and the backplane interface - 74ALVC164245DGG_11 
  • Simple Hot-Swap Controller based Design.
  • Fan-Less design.
  • SI, PI, Thermal Analysis done.

THIS HAS BEEN DEVELOPED FOR IGCAR, KALPAKKAM FOR PROCESS INSTRUMENTATION APPLICATION

Click Here to Download PDF