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- vc mems accelerometer - model 3711f1130g
- vc mems accelerometer - model 3711f1150g
- vc mems accelerometer - model 3711f11100g
- vc mems accelerometer - model 3711f11200g
- triaxial vc mems accelerometer - model 3713f112g
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- triaxial vc mems accelerometer - model 3713f1130g
- triaxial vc mems accelerometer - model 3713f1150g
- triaxial vc mems accelerometer - model 3713f11100g
- triaxial vc mems accelerometer - model 3713f11200g
- differential vc mems accelerometer - model 3741f122g
- differential vc mems accelerometer - model 3741f1210g
- differential vc mems accelerometer - model 3741f1230g
- differential vc mems accelerometer - model 3741f1250g
- differential vc mems accelerometer - model 3741f12100g
- differential vc mems accelerometer - model 3741f12200g
- triaxial vc mems accelerometer - model 3743g112g
- triaxial vc mems accelerometer - model 3743g115g
- triaxial vc mems accelerometer - model 3743g122g
- triaxial vc mems accelerometer - model 3743g125g
- triaxial vc mems accelerometer - model 3743g1110g
- triaxial vc mems accelerometer - model 3743g1130g
- triaxial vc mems accelerometer - model 3743g1150g
- triaxial vc mems accelerometer - model 3743g1210g
- triaxial vc mems accelerometer - model 3743g1230g
- triaxial vc mems accelerometer - model 3743g1250g
- triaxial vc mems accelerometer - model 3743g11100g
- triaxial vc mems accelerometer - model 3743g11200g
- triaxial vc mems accelerometer - model 3743g12100g
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- charge output accelerometer model 357b61
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- charge output accelerometer model ex357a94
- charge output accelerometer model ex357a90
- charge output accelerometer model ex357a91
- charge output accelerometer model ex357a92
- charge output accelerometer model ex357a93
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- triaxial charge output accelerometer model 356a70
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- charge output accelerometer model ex357a94
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- cryogenic accelerometer icp® model 351b11
- cryogenic accelerometer icp® model 351b14
- cryogenic accelerometer icp® model 351a15
- accelerometer icp® model 352a91
- accelerometer icp® model 352a92
- accelerometer icp® model 352c23
- accelerometer icp® model 352a21
- accelerometer icp® model 352c22
- accelerometer icp® model 352a24
- accelerometer icp® model 353b15
- accelerometer icp® model 352c65
- accelerometer icp® model 352b10
- accelerometer icp® model 352a74
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- accelerometer icp® model 352a72
- accelerometer icp® model 352a71
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- accelerometer icp® model 357a08
- accelerometer icp® model 357a09
- accelerometer icp® model 357b06
- accelerometer icp® model m353b17
- accelerometer icp® model m353b18
- triaxial icp® accelerometer model 356a03
- triaxial icp® accelerometer model 356a04
- triaxial icp® accelerometer model 356a05
- triaxial icp® accelerometer model 356b21
- triaxial icp® accelerometer model 356a33
- triaxial icp® accelerometer model 356a32
- accelerometer icp® model 352c04
- accelerometer icp® model 352c33
- accelerometer icp® model 353b03
- charge output accelerometer model 357b03
- accelerometer icp® model 352a60
- accelerometer icp® model 355b02
- accelerometer icp® model 355b03
- triaxial charge output accelerometer model 340a50
- triaxial icp® accelerometer model 354b04
- triaxial icp® accelerometer model 354b05
- triaxial icp® accelerometer model 354c02
- triaxial icp® accelerometer model 354c03
- triaxial icp® accelerometer model 356a01
- triaxial icp® accelerometer model 356a02
- triaxial icp® accelerometer model tld356a03
- triaxial icp® accelerometer model 356a09
- triaxial icp® accelerometer model 356a16
- triaxial icp® accelerometer model 356a17
- triaxial icp® accelerometer model 356a19
- triaxial icp® accelerometer model 356a25
- triaxial icp® accelerometer model 356a43
- triaxial icp® accelerometer model 356a44
- triaxial icp® accelerometer model 356a45
- triaxial charge output accelerometer model 356a70
- triaxial charge output accelerometer model 356a71
- triaxial icp® accelerometer model 356b18
- triaxial charge output accelerometer model 357a67
- shock accelerometer icp® model 350b01
- triaxial icp® accelerometer model 350b41
- triaxial icp® accelerometer model 350b42
- triaxial icp® accelerometer model 350b43
- triaxial icp® accelerometer model 350b44
- shock accelerometer icp® model 350c03
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Cryogenic ICP® Pressure Sensors Model 102M305
Cryogenic ICP® pressure sensor, 10 bar, 500 mV/bar, M10 mtg thd. Operating temperature range of -400 to +212F (-240 to + 100C).
- Measurement Range: 145 psi (1000 kPa)
- Sensitivity: (±15%) 34.5 mV/psi (5 mV/kPa)
- Resonant Frequency: >=250 kHz (>=250 kHz)
- Electrical Connector: 10-32 Coaxial Jack
- Weight: 0.81 oz (23 gm)
|
|
ENG |
SI |
|
Performance |
||
|
Measurement Range (for ±5V output) |
145 psi |
1000 kPa |
|
Useful Overrange (for ± 10V output) [4] |
290 psi |
2000 kPa |
|
Sensitivity (±15 %) |
34.5 mV/psi |
5 mV/kPa |
|
Maximum Pressure (total) [3] |
2900 psi |
20000 kPa |
|
Resolution [2] |
1 mpsi |
0.007 kPa |
|
Resonant Frequency |
≥250 kHz |
≥250 kHz |
|
Rise Time (reflected) |
≤2.0 µ sec |
≤2.0 µ sec |
|
Low Frequency Response (-5 %) |
|
|
|
Non-Linearity [1] |
≤1.0 % FS |
≤1.0 % FS |
|
Environmental |
||
|
Acceleration Sensitivity [2] |
0.002 psi/g |
0.0014 kPa/(m/s2) |
|
Temperature Range (Operating) |
-400 to +212 °F |
-240 to +100 °C |
|
Temperature Coefficient of Sensitivity |
≤0.06 %/°F |
≤0.108 %/°C |
|
Maximum Flash Temperature |
3000 °F |
1649 °C |
|
Maximum Vibration |
2000 g pk |
19600 m/s² pk |
|
Maximum Shock |
20000 g pk |
196000 m/s² pk |
|
Electrical |
||
|
Output Polarity (Positive Pressure) |
Positive |
Positive |
|
Discharge Time Constant (at room temp) |
≥2.0 sec |
≥2.0 sec |
|
Excitation Voltage |
20 to 30 VDC |
20 to 30 VDC |
|
Constant Current Excitation |
2 to 20 mA |
2 to 20 mA |
|
Output Impedance |
<100 Ohm |
<100 Ohm |
|
Output Bias Voltage |
8 to 14 VDC |
8 to 14 VDC |
|
Physical |
||
|
Sensing Element |
Quartz |
Quartz |
|
Housing Material |
Stainless Steel 304L/316L |
Stainless Steel 304L/316L |
|
Thread Adaptor Material |
Stainless Steel 316L |
Stainless Steel 316L |
|
Diaphragm |
Stainless Steel 316L |
Stainless Steel 316L |
|
Sealing |
Welded Hermetic |
Welded Hermetic |
|
Electrical Connector |
10-32 Coaxial Jack |
10-32 Coaxial Jack |
|
Weight (with clamp nut) |
|
23 gm |
* All specifications are at room temperature unless otherwise specified.
Specification Notes
[1] Zero-based, least-squares, straight line method.
[2] Typical.
[3] Due to high sensitivity, the static pressure should be applied and removed very slowly. Rate should prevent more than 10 Volt change in output until Output Bias Voltage returns to normal (approximately 15 times discharge time constant).
[4] Excitation voltage >=28 volts required.
[5] See PCB Declaration of Conformance PS023 for details.
Accessories
|
Supplied |
||
|
PCS-10AA |
|
0 |
|
PCS-1AZ |
|
0 |