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eicSys GmbH Embedded Integrated Control Systems

Mezzanine boards

FMC´s All eicSys FMC boards are compatible to VITA/ANSI 57.1 EFMC-D081 - octal channel A/D, 12-bit, 40MHz sampling rate.  
ATCA mezzanines beside of custom boards for ATCA standard, eicSys provides mezzanines with different functionalities
*FMC is a Trademark of VITAgroup
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EFMC-D081
EAD-M1
Datasheets EAD-M2 EAD-M3 on request
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EFMC-D082
Datasheet Datasheet Datasheet Datasheet eicSys GmbH Impressum   AGB Copyright 2015 ATCA advancedtca MTCA microtca PXI pxie pxi express vpx open vpx compactpci compact pci fmc ComExpress network based electronic systems
The EFMC-D081 is an octal channel A/D FMC daughter card. The card is equipped with eight 12 bit A/D channels, which can be clocked either by an externally supplied sample clock or FMC clock. In addition there is one trigger input for customized sampling control. The EFMC-D081 daughter card is mechanically and electrically compliant to FMC standard  (ANSI/VITA 57.1).It has a low-pin-count (LPC) connector and  front panel I/Os. The design is based on Texas Instruments' ADS5292 - octal channel 12bit 80MSPS ADC. The analog signals are DC coupled connecting to MMCX (SSMC is an option) coax connectors on the front panel. The EFMC-D081 allows flexible control over clock source, analog input gain, and offset correction through serial communication interface. Furthermore the card is equipped with power supply and temperature monitoring
The EFMC-D082 an octal channel A/D FMC daughter card. The card provides eight 14 or 12bit A/D channels which can be clocked by an externally supplied sample clock. In addition there is one trigger input for customized sampling control. The EFMC-D082 daughter card is mechanically and electrically compliant to FMC Standard (ANSI/VITA 57.1). The EFMC-D082 has a lowpin count (LPC) connector and front panel I/O. The design is based on Linear Technology' LTC2175 quad channel 14(12)bit 80/105/125 MSPS ADC. The analog signals are DC coupled connecting to MMCX (SSMC is an option) coax connectors on the front panel. The EFMC-D082 allows flexible control on clock source, analog input gain, and offset correction through serial communication interface. Furthermore the card is equipped with power supply and temperature monitoring.
EAD-M1 EAD-M1 - 24-channel A/D, 12-bit, 40MHz sampling rate The EAD-M1 mezzanine is a specialized digitizer board designed to acquired data from  front-end hybrids modules installed directly on a detector. The mezzanine is a part of an ATCA data acquisition system. The board accommodates 3 ADC chips (ADS5282), each has 8 analog inputs and a serial interface for fast data readout. The functionality of the ADC mezzanine is controlled via serial interface connected to the carrier board via QSE connectors. This includes test modes, output data format and standard, gain, power management, etc. EAD-M2 40-channel A/D, 12-bit, 40MHz sampling rate. The EAD-M2 mezzanine is a specialized digitizer board designed to acquire data from  different forms of detector. The mezzanine is compatiblle to eicSys ATCA data acquisition system. The board accommodates 5 ADC chips (ADS5282), each has 8 analog inputs and a serial interface for fast data readout. The functionality of the ADC mezzanine is controlled via serial interface connected to the carrier board via QSE connectors. This includes test modes, output data format and standard, gain, power management. The output Interfaces are realized in SMC connectors. The pinout for carrier is compatible to EATCA-100/EATCA-101 EAD-M3 36-channel optical, 12-bit, 40MHz sampling rate. The EAD-M2 mezzanine is a specialized digitizer board designed to acquire data from  VMM chip based detectors. The mezzanine is compatiblle to eicSys ATCA SRS system. The board accommodates one FPGA Kintex 7 for managing all 36 channels.The functionality of the mezzanine is to control via firefly fiberlines the ADCs in radhard environment. This includes test modes, output data format and standard, gain, power management. The output Interfaces are realized in Firefly connectors for 10GB datatransfer. The next Size is 6x12 pos. Firefly connectors on board with two Kintex 7 for management of detector channels. The pinout for carrier is compatible to EATCA-101
fpga module