PXI

CPCI 1150

32 differential analog inputs

32

12, 14, 16

yes

Multip

200 Ks global

1, 2, 4, 8

PXI

CPCI 1228

16 isochronous differential analog inputs,
32 TTL I/O, IRIG B time stamping, digital filters

16

16

yes

Isochr

200 Ks/channel

digital filters

1, 2, 5, 10

PXI

CPCI 412

4 high speed analog inputs

4

12

No

Isochr

25 Ms/channel

PCI

PCI 150

32 analog inputs 12/14/16 bits

32

12, 14, 16

option

Multip

200 Ks global

1, 2, 4, 8

PCI

PCI 160

16 analog inputs 12/14/16 bits, +8 analog ouputs+ 32 TTL I/O + IRIG B time stamping

16

12, 14, 16

no

Isochr

200 Ks global

1, 2, 5, 10

PCI

PCI 228

16 analog inputs 16 bits,

16

16

Yes

Isochr

200 Ks global

1, 2, 4, 8

PCI

PCI 238

8 analog inputs 16 bits,

8

16

Yes

Isochr

200 Ks global

1, 2, 4, 8

VME

ICV 150

32 analog inputs 12/14/16 bits,

32

12, 14, 16

option

Multip

200 Ks global

1, 2, 4, 8

VME

ICV 128-e

16 isochronous differential analog inputs

16

16

yes

Isochr

200 Ks/channel

1, 2, 4, 8

VME

ICV 132

32 analog inputs differential isochronous

32

16

no

Isochr

200 Ks/channel

1, 2, 5, 10

VME

ICV 138-e

8 isochronous differential analog inputs filtered

8

16

no

Isochr

200 Ks/channel

Butter. 8 th o.

1,2, 4, 8

VME

ICV 140-e

4 isochronous differential analog inputs, isolated, filtered

4

16

Yes

Isochr

200 Ks
/channel

Butter. Bessel

¼ .. 800

VME

ICV 178

8 differential analog inputs isochronous, filtered , sigma delta

8

16

no

Isochr

1 Ms to 19.2 Ms
/channel

Butter. Bessel

VME

ICV 608

8 LVDT or RVDT inputs. Analog output

8

16

no

Isochr

20 KHz
/channel

PXI

CPCI 1786

8 very high accuracy 16-bit analog outputs

8

16

yes

PXI

CPCI 744

16 analog outputs 14-bits

16

14

yes

PCI

PCI 160

16 analog inputs 12/14/16 bits, +8 analog outputs, 32 TTL I/O + IRIG B time stamping

8

16

no

PCI

PCI 744

16 analog outputs 14 bits

16

14

no

PCI

PCI 786

8 analog outputs 16 bits

8

16

yes

VME

ICV 701

1 high precision output isolation/VME

1

19

yes

100µs – 5ms

VME

ICV 714

16 analog outputs, 12 bits, isolated

16

12

yes

10-15µs

VME

ICV 716

8 analog outputs, 16 bits, isolated

8

16

yes

20 µs

VME

ICV 726

24 analog outputs, isolated

24

12/14/16

yes

30 µs

PXI

CPCI 307

4 isolated counter inputs, 5 MHz

4 Inputs

5, 12, 24, 48 V

yes

PCI

PCI 307

4 isolated counter inputs, 5 MHz

4 Inputs

5, 12, 24, 48 V

yes

VME

ICV 307

6 32 bits isolated counter inputs,

4 Inputs

5, 12, 24, 48 V

yes

Mmodule

MM-GSQ

Wheel simulator

8+ 1 In
8+1 Out

VME

ICV 107

20 M acquisitions per second

ICV118, ICV120, ICV122, ICV128-e, ICV132, ICV138-e, ICV140-e, ICV148, ICV296

VME

ICV 108

40 M acquisitions per second

ICV118, ICV120, ICV122, ICV128-e, ICV132, ICV138-e, ICV140-e, ICV148, ICV296

VME

PVV 900

VME-VME gateway

VME

CCV 04/07

4 or 7 slots VME Rack

VME

CCV

10/12/16 or 20 slots VME Rack

VME

RCV 20

20 slots VME Rack

PMC

PMC-G5

Programmable board equipped with Xilinx Spartan 3 FPGA,
20 RS485 I/Os,

IRIG B receiver/emitter,
May implement a variety of specific interface controllers or acquisition sequencers

PCI

PCIG6-ISO

Programmable board equipped with Xilinx Spartan 6 FPGA,
X ARINC or TTL I/Os, isolated

IRIG B receiver/emitter,
May implement specific ARINC429 interfaces with local data handling

PCIexpress

PCIe-G6

Programmable board equipped with Xilinx Spartan 6 FPGA, 44 RS485 or LVDS I/Os

IRIG B receiver/emitter,
May implement a variety of specific interface controllers or acquisition sequencers

Mmodule

MM-G6

Programmable board equipped with Xilinx Spartan 6 FPGA, 20 RS485 I/Os

PXI

CPCI SYN

Synchronization signal transmission between PXI chassis

PMC

PMC-DAT

IRIG B time stamping for multiple and fast external events

Event recording on a system RS422 interfaces

PMC

PMC-FREQ

Frequency/period measurement on 8 RS422 channels

BOX

AIRG

IRIG B signal generator synchronized with GPS receiver

VME

ICV 502

Synchronized DDS generator for isochronous clocks

PMC

PMC-DIGICOOL

1 DIGIBUS redundant channel, simultaneous bus controller, remote terminal and monitor.

The most popular DIGIBUS controller on the market. May be used on PCI, PXI or PCIe systems with carriers

PMC

PMC-DIGICOOL-S

1 DIGIBUS redundant channel monitor.

Dedicated to bus acquisition.

PMC

PMC-AR429

16 channels Tx/Rx ARINC 429

Isolated ARINC 429 channels

PMC

PMC-MAN6

6 manchester channel (Rx/Tx configurable)

Fully respects Dassault Aviation manchester specification

PCI

PCI-1553SPY

2 MIL STD 1553 redundant busse monitor

Full traffic acquisition. IRIG B time stamping, a low cost and efficient solution for bus monitoring

PCI

PCI-3910SPY

1 STANAG 3910 bus and 1 redundant MIL STD 1553 bus, monitor only

Simultaneous full traffic acquisition on a STANAG 3910 and a MIL STD 1553 busses. Local clock time stamping

BOX

1553-ETH

1 MIL STD 1553 redundant bus monitor, transmission to any host through Ethernet

Outdoor compatible, may be used in most severe environments, compatible with any laptop PC

PMC

PMC-PCM

Telemetry emitter / receiver

Frame synch. NRZL+clock or biphase manchester coding

BOX

PCM-ETH

1 telemetry receiver channel, transmission to any host through Ethernet

PCM-Ethernet gateway. Compatible with any host