TYPE |
SIMULTANEOUS SAMPLING
16 ANALOG INPUTS & 32 DIGITAL INPUTS/OUTPUTS
WITH 8 ANALOG OUTPUTS |
ANALOG INPUTS |
|
- Number of channels |
16 differential |
INSTRUMENTATION AMPLIFIER |
|
| - Software programmable gain per channel |
1 ; 2 ; 5 ; 10 |
| - Input impedance |
1MΩ diff / 500kΩ SE |
- Signal range |
± 10V FS |
- Over voltage protection |
± 40V (with or without supplies) |
| - Input current |
± 30nA |
| - Input offset voltage |
≤ ± 200+ 600/GµV |
| - Offset drift |
≤ ± 1,7µV/°C (G = 10) |
| - Gain error |
≤ ± 0,04 % |
| - Gain drift |
≤ 10ppm/°C |
| - Non linearity |
≤ ± 0,003 % FS |
| - CMRR |
≥ 70dB (DC to 100kHz) |
| - Slew rate |
20V / µs |
| - Attenuation at 100kHz (10Vpp) |
< 100ndB |
| - Noise |
2,5µVpp (0,1Hz to 10Hz) |
ADCs |
|
- Type |
16-bit SAR with SH |
| - Speed |
200K Samples/S (5µs) |
| - INL |
± 2 LSB max |
| - DNL |
± 1 LSB max
16-bit no missing codes |
| - SFDR |
90dB min |
| - SNR (20kHz) |
88dB typical |
| - Interchannel skew |
5ns |
| NUMERICAL FILTERING |
|
| - Type |
FIR (Finite Impulse Response) |
| - Order |
127 |
| - Selection |
With or without filter by software |
| - Cut off frequency |
Programmable from Fd/50 to Fd/2,5 |
| - Attenuation at twice cut frequency |
≥ 60dB |
| - Transition slope |
≥ 160dB/octave |
| - Bandwith ripple |
≤ 0,02dB of DC at 0,7 Fc |
| ANALOG OUTPUTS |
|
| - Number of channels |
8 |
| DACs |
|
| - Resolution |
14 bits |
| - Output level |
± 10V FS |
| - Accuracy |
± 0.02% |
| - Linearity |
± 0.02% |
| - Protection |
Short circuit to ground |
| - Noise |
200µVRms DC to 1MHz |
| - Temperature drift |
≤ 20ppm / °C |
| - Coding |
Binary offset |
| - Power up |
Known status 0V |
| - Setting time |
< 31µs |
| - Slew Rate |
0,7V/µs |
| - Channel isochronism |
Yes (All) |
- Synchro trigger |
Yes (By Register or internal timers) |
DIGITAL I/O |
|
- Number of channels |
32 TTL / CMOS Compatibility
2 x 16-bit I/O selection |
| - Number of interrupt inputs |
8 with Anti-bounce software switchable adjustable frequencies of 30kHz, 300kHz, 3MHz |
- Timing |
Synchro inputs with analog sampling or asynchronous R / W |
DATING |
|
- Type
- Coupling
- High time resolution
- Acquisition frequency
- Number of internal timers
- Timers Resolution
- RTSI |
Analog IRIG B composite input or TTL external start trigger
Master / Slave boards with synchro via trigger
PLL with IRIG synchro for 1µs resolution time stamping
200kHz max
2
16 bits
1 TRIGGER lines
|
MEMORIES |
|
- Scanning table |
|
|
1008 channels
64K patterns |
| - Memories measurement |
|
|
FLIP-FLOP or ONE SHOT
2 x 256Ksamples |
PCI INTERFACE |
|
- PCI
- Coupler
- Data transmission |
Master / Slave 32 bits/33MHz
AMCC 5335
66Mo/s (max.) |
POWER SUPPLY |
|
- Voltage |
+ 5V / 1,5A ; + 3,3V / 0,5A |
PHYSICAL CHARACTERISTICS |
|
- Format |
3U / 4Te PCI FORM FACTOR |
- Front panel connectors |
2µD 68pts Female |
| |
- One with Analog Inputs + Digital I/O
- One with Analog Outputs
|
| |
1 x LEMO for IRIG B or TRIGGER (Input / Output)
1 x LEMO for TRIGGER 0 |
| - LEDS |
1 x Acquisition
1 x active Master
1 x Access board |
ENVIRONMENT |
|
- Range
- Operating temperature
- Storage temperature
- Relative humidity
- Vibrations
- Chocs |
Industrial
- 20°C / + 70°C
- 25°C / + 85°C
90 % (without condensation)
20 Hz - 2000Hz - 4g
25g - 6ms |
| EUROPEAN NORMS |
|
|
EMC - EN 61326 - EN 55011 Class A
CE Compliance
ROHS - 2002/95/EC |