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Curtiss-Wright Controls Embedded Computing - Edinburgh
Contact Support |
Pentland Systems is now part of Curtiss-Wright Controls Embedded Computing, a premier organization serving military and aerospace, industrial and medical imaging markets. We're excited to join a group of companies well known as leaders in their respective areas of expertise; Systran, Peritek, Primagraphics, Synergy Microsystems, and VISTA Controls. Together we bring well over 100 years of experience at delivering leading-edge technology products for a variety of embedded computing applications.
Read the Press Release
Leading Supplier of Signal Acquisition Solutions Broadens Curtiss-Wright Controls Embedded Computing’s Product Portfolio
>> learn more
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Analog & Digital I/O for the most challenging environments
Curtiss-Wright Controls Embedded Computing has over 20 years experience in the design and production of top quality signal acquisition hardware on VME and PMC platforms that can cope with the toughest operating environments. With an expanding product range spanning intelligent Analog I/O for frequency and time domain applications, Digital I/O, Synchro & Resolver technologies, we offer system solutions designed to operate in the extremes of temperature and vibration conditions.
Curtiss-Wright has great expertise in the art of analog design and providing reliable high performing products that are designed to operate in harsh environments offering key product features, as standard, to solve encountered data acquisition problems in radar, software radio and signal intelligence applications.
| Mezzanines |
| - |
XMC-E2201 |
MSPS Signal acquisition and digital receiver |
XMC and PMC |
2 simultaneous independent channels, 16-bit, up to 160 MSPS/channel |
- |
- |
- |
| LM1 |
PMC-E2000 |
Analog input/analog output |
PMC |
8 channels, 200 kSPS/Channel, 16-bit resolution, simultaneous sampling |
4 channels, 300 kSPS, 16-bit resolution, simultaneous sampling |
- |
- |
| LM7 |
PMC-E2001 |
Delta-Sigma Analog input/analog output |
PMC |
4 differential channels, 16-bits, up to 96 kHz |
16 single-ended or 8 pseudo-differential channels, 16-bits, up to 108 kSPS |
- |
VxWorks 6.x driver, Linux driver |
| RAD2 |
PMC-E2200 |
MSPS Signal acquisition and digital receiver |
PMC |
2 simultaneous independent channels, 14-bit, up to 105 MSPS/channel |
- |
Virtex II XC2V3000 |
VxWorks 6.x driver, Linux driver, Firmware developer kit |
| RAD-T2 |
PMC-E2600 |
MSPS digital transmitter |
PMC |
- |
2 simultaneous independent channels, 14-bit, up to 200 MHz |
Virtex II XC2V3000 |
VxWorks 6.x driver, Firmware developer kit |
| VME |
| MPX500 |
SVME-E2100 |
Resolver to digital converter |
VME |
- |
2 or 4 channels |
- |
- |
| MPX501 |
SVME-E2101 |
Synchro to digital converter |
VME |
- |
2 or 4 channels |
- |
- |
| VGS932 |
SVME-E2102 |
Programmable multi-channel digital I/O |
VME |
32 opto-isolated channels |
32 or 16 opto-isolated. Mechanical or solid-state relays |
- |
- |
| MPV925B |
SVME-E2103 |
I/O Engine |
VME |
32 single-ended/16 differential, 12 bits, 320 kSPS |
8 analog output channels |
- |
- |
| VGS912B |
SVME-E2104 |
Multi-channel Analog I/O |
VME |
32 single-ended or 16 differential, 16-bits |
4 single-ended, 16 bits |
- |
- |
|
MPV904 |
SVME-E2105 |
Multi-channel Analog Output |
VME |
- |
16 channels,
12-bits |
- |
- |
|
MPV955 |
SVME-E2106 |
Multi-channel Analog Output |
VME |
- |
8 channels,
16 bits
|
- |
- |
| MPV954 |
SVME-E2107 |
Multi-channel Analog Output |
VME |
- |
4 channels, 12-bits |
- |
- |
|
MPV956B |
SVME-E2108 |
Multi-channel Analog I/O |
VME |
32 single-ended, 16 differential, 12-bits, 320 KSPS |
8 channels,
12-bits |
- |
- |
|
MPV991 |
SVME-E2109 |
Timer-counter |
VME |
8 digital input channels |
- |
10 general purpose 16-bit timer/counters,
5 internal frequency sources |
- |
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