1599059620image28.jpg

This board is a compact PCI based 6U board. This is a very high density, high speed multi-layer board consisting of the state of the art components such as high speed ADCs, DACs, high density, high speed FPGA, memories etc. with following interfaces:-

Analog to Digital Converters

  • 14 bit, Octal ADC – 1 Nos.
  • Sampling Speed – at least 70MHz with transformer ckt. for ADC drive with LVDS o/p

Digital to Analog Converters

  • High speed 14 bit, dual channel Digital-to-Analog Converter – 2 Nos.
  • Output update rate – at least 100MHz with transformer coupled output
  • Supporting interleaved or non-interleaved modes using internal PLL
  • Low speed 10 bit, dual channel Digital-to-Analog Converter – 3 Nos.
  • DAC clock ~40MSPS (max) – from Clock generator

FPGA

  • High speed, high density FPGA with at least 1,11,900 LAB
  • JTAG Mode and Active Serial Mode – Using serial configuration device PROM for FPGA

CPCI 32 bit interface with burst transfer mode and interrupt capability.

Clock generation & distribution

  • On board oscillator with around 80MHz LVCMOS oscillator
  • ADC sampling clock of desired frequency (programmable with max. value of 100MHz) to be generated on board from external RF reference (sinusoidal) of 352MHz.
  • CDCE62005 Clock generator devices may be used to provide clock inputs to the High speed ADCs, High speed DAC, Low speed (Debug) DAC, FPGA and Ref Out. – 2 Nos.
  • Primary and secondary input selection for on board oscillator (80 MHz) or external RF Ref to generate ADC clock
  • Supports LVPECL, LVDS or LVCMOS inputs and programmable output

SRAM interface:-

  • 512Kx32bit Async SRAMS – 6 Nos.
  • To be interfaced to the FPGA for Read/Write.

RF reference distribution:-

  • Incoming RF Reference of 352MHz attenuated and fed to the clock generation and Reference ADC channel through transformer based drive circuit

Other interfaces:-

  • Input connectors : Free in, Fault, Interlock, JTAG connection to be brought out on the front panel, one spare connector
  • Output connectors : Sync_out, Free_out, Dbg_Out1, Dbg_out_2
  • Front Panel : System reset (PB switch), SPDT switch, 32 Free IOs (2x20 Headers 0.1”), LEDs for important power supplies
  • On PCB : 4 DIP switches, LEDs for other important signals on PCBs, LED for Configuration Done
  • All connectors - Gold plated SMB
 
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1599059620unnamed (1).jpg
1601984937image24.jpg
Features

This board is a compact PCI based 6U board. This is a very high density, high speed multi-layer board consisting of the state of the art components such as high speed ADCs, DACs, high density, high speed FPGA, memories etc. with following interfaces:-

Analog to Digital Converters

  • 14 bit, Octal ADC – 1 Nos.
  • Sampling Speed – at least 70MHz with transformer ckt. for ADC drive with LVDS o/p

Digital to Analog Converters

  • High speed 14 bit, dual channel Digital-to-Analog Converter – 2 Nos.
  • Output update rate – at least 100MHz with transformer coupled output
  • Supporting interleaved or non-interleaved modes using internal PLL
  • Low speed 10 bit, dual channel Digital-to-Analog Converter – 3 Nos.
  • DAC clock ~40MSPS (max) – from Clock generator
1601984937image28.jpg
Features

FPGA

  • High speed, high density FPGA with at least 1,11,900 LAB
  • JTAG Mode and Active Serial Mode – Using serial configuration device PROM for FPGA

CPCI 32 bit interface with burst transfer mode and interrupt capability.

Clock generation & distribution

  • On board oscillator with around 80MHz LVCMOS oscillator
  • ADC sampling clock of desired frequency (programmable with max. value of 100MHz) to be generated on board from external RF reference (sinusoidal) of 352MHz.
  • CDCE62005 Clock generator devices may be used to provide clock inputs to the High speed ADCs, High speed DAC, Low speed (Debug) DAC, FPGA and Ref Out. – 2 Nos.
  • Primary and secondary input selection for on board oscillator (80 MHz) or external RF Ref to generate ADC clock
  • Supports LVPECL, LVDS or LVCMOS inputs and programmable output

SRAM interface:-

  • 512Kx32bit Async SRAMS – 6 Nos.
  • To be interfaced to the FPGA for Read/Write.
1601984937unnamed (1).jpg
Features

RF reference distribution:-

  • Incoming RF Reference of 352MHz attenuated and fed to the clock generation and Reference ADC channel through transformer based drive circuit

Other interfaces:-

  • Input connectors : Free in, Fault, Interlock, JTAG connection to be brought out on the front panel, one spare connector
  • Output connectors : Sync_out, Free_out, Dbg_Out1, Dbg_out_2
  • Front Panel : System reset (PB switch), SPDT switch, 32 Free IOs (2x20 Headers 0.1”), LEDs for important power supplies
  • On PCB : 4 DIP switches, LEDs for other important signals on PCBs, LED for Configuration Done
  • All connectors - Gold plated SMB
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