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DRTM-PZT4

RTM 4 channel Piezo driver

The 4-channel Piezo Driver is a general purpose Rear Transition Module (RTM) board compliant to the MTCA.4 standard. The module supports simultaneous driving and sensing of 4 piezo elements that can be used as actuators and sensors. The actuator and sensor functionality can be exchanged remotely using relayswitches. Driving signal is grounded whenever interlock signal is active. Small signal bandwidth of the piezo driver is in ragne of 80 kHz when driving pure capacitance load of order of 1 μF with output voltage signal level of order of 0.5 Vpp. Piezoelectric elements can be powered using unipolar or bipolar power supply provided internal or externally.

RTM-μPZT4 module offers sampling rate of driving and sensing circuits up to 200 kSPS per channel. The most critical circuits are monitored using general purpose ADCs and temperature sensors. The rear transition management is compliant to the latest recommendation MMC V1.0.

Main Features

– Double width MTCA.4, Rear-Transition Module (RTM), Class D1.[0..2] compatible
– Supports 4-channel Piezo Drivers and Piezo Sensors
– SSBW ~ 80 kHz, CL=1 μF, Vo=0.5 Vpp
– Digital monitoring of input, output voltage and output current
– Remotely switchable actuator and sensor functionality
– Unipolar: (0 to +100) V and bipolar: (±100) V piezo power supplies
– Interlock signal support
– RoHS compliant
– Options:
* Stand alone or AMC operation
* Low pass frequency range (1 kHz, 50 kHz,100 kHz, 150 kHz)
* Laser oscillator or Piezo tuner
* External or internal piezo power supply

The DRTM-PZT4 is commercially available at:

Piezotechnics GmbH
Lindenstraße 29
85521 Ottobrunn
Germany
www.piezotechnics.com

DAMC-FMC20

The DAMC-FMC20 is a cost-efficient FPGA mezzanine card (FMC) carrier designed according to MTCA.4. It is equipped with two Spartan-6 FPGAs. The carrier simultaneously supports one low pin count and one high pin count FMC module. One FPGA allows serial high-speed communication (PCIe, RTM, Backplane, FMCs). The other FPGA allows implementing large signal processing algorithms. The carrier supports one serial link (GTP)
for each FMC module and in addition an extra 12V power connector for high current FMC applications. It provides one PCIe link that is AMC.1 type 1 compliant. The carrier is software-reconfigurable over PCIe and MMC. The AMC ports 12-15 are connected via cross-point switch to the FPGA. The carrier management is compliant to the latest recommendation MMC V1.0. The carrier Zone 3 is compliant to the Class D1.0.

Main Features

Double width, mid-size MTCA.4 form factor
– Advanced Mezzanine Card (AMC)
– Dual-FPGA processing
– XC6SLX45T for serial communication including PCIe
– XC6SLX150 for signal processing and connectivity to RTM and FMCs
– Rear IO connected to FPGA, Class D1.0 compatible
– Supports 2 FMCs: One HPC module and one LPC module
– ANSI/VITA 57.1 compliant
– Extra power connector for FMCs
– IPMI 1.1 compliant MMC
– RoHS compliant

The board is commercially available at:

CAENels s.r.l.
c/o AREA Science Park – S.S.14 km 163,5
34149 Basovizza, Trieste
Italy
www.caenels.com

AM 90x/x1x – AMC SBC: 3rd generation Intel® Core Processor

The AM 90x/x1x is a double-width, full or mid-height, AdvancedMC processor module supporting the 3rd generation Intel® Core processor and the Mobile Intel® QM77 Express Chipset with up to 16 Gbytes of DDR3-1600 ECC DRAM. The AM 90x/x1x is designed in compliance to AMC.0, AMC.1 Type 8 (x8 PCI Express®, Gen 1, Gen 2 or Gen 3), AMC.2 Type E2 (2 x Gigabit Ethernet) and AMC.3 Type S2 (2 x SATA ports). The board features a range of interfaces including serial ports, USB ports, Gigabit Ethernet interfaces, DVI-D and a DisplayPort interfaces. Flexible on-board storage options are supported. The board interfaces can be configured to be SCOPE Alliance compliant and MTCA.4 compatible. Supporting full hot swap and IPMI capabilities with a range of industry standard operating systems, the AM 90x/x1x is designed for use in AdvancedTCA®, MicroTCA or MicroTCA for Physics applications in the telecommunications, scientific, and physics research markets. Applications include media-servers or blade-servers.