- hight temperature charge pressure sensors model 176a31
- hight temperature charge pressure sensors model 176a03
- hight temperature charge pressure sensors model 176a05
- hight temperature charge pressure sensors model 176a07
- hight temperature charge pressure sensors model 176a33
- cryogenic charge pressure sensors model 112b05
- wide temperature charge pressure sensors model 112a06
- wide temperature pressure sensors model 116a05
- wide temperature pressure sensors model 116b
- acoustic icp® pressure sensor model 103b01
- acoustic icp® pressure sensor model 103b12
- high resolution icp® pressure sensor model 112a22
- high resolution icp® pressure sensor model 112a21
- icp® microphone, acuostic pressure sensor model 106b51
- icp® microphone, acuostic pressure sensor model 106b52
- icp® microphone, acuostic pressure sensor model 106b50
- icp® microphone, acuostic pressure sensor model 106b
- high frequency icp pressure sensor model 113b28
- high frequency icp pressure sensor model 113b27
- high frequency icp pressure sensor model 113b26
- high frequency icp pressure sensor model 113b24
- high frequency icp pressure sensor model 113b22
- high frequency icp pressure sensor model 113b23
- high frequency charge pressure sensor model 113b03
- cryogenic icp® pressure sensors model 102m80a
- cryogenic icp® pressure sensors model 102m81a
- cryogenic icp® pressure sensors model 102m295
- cryogenic icp® pressure sensors model 102m305
- wide temperature charge pressure sensors model 112a06
- cryogenic charge pressure sensors model 112b05
- wide temperature pressure sensors model 116a05
- wide temperature pressure sensors model 116b
- vc mems accelerometer - model 3711f112g
- vc mems accelerometer - model 3711f1110g
- 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
- triaxial vc mems accelerometer - model 3713f1110g
- 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
- accelerometer icp® model 320c03
- accelerometer icp® model 320c33
- accelerometer icp® model 320c15
- accelerometer icp® model 320c04
- accelerometer icp® model 320c52
- accelerometer icp® model 320c53
- triaxial icp® accelerometer model ht356a43
- triaxial icp® accelerometer model ht356a44
- triaxial icp® accelerometer model ht356b01
- triaxial icp® accelerometer model ht356a15
- triaxial icp® accelerometer model 339a30
- triaxial icp® accelerometer model tld339a34
- triaxial icp® accelerometer model tld339a36
- triaxial icp® accelerometer model tld339a37
- triaxial icp® accelerometer model ht356a25
- triaxial icp® accelerometer model 339b32
- triaxial icp® accelerometer model ht339c31
- charge output accelerometer model 357a63
- charge output accelerometer model 357a64
- accelerometer icp® model 357b06
- charge output accelerometer model 357b03
- charge output accelerometer model 357b53
- charge output accelerometer model 357b61
- charge output accelerometer model 357b69
- charge output accelerometer model 357c73
- charge output accelerometer model 357a100
- triaxial charge output accelerometer model ex356a73
- charge output accelerometer model 357m168
- 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
- triaxial charge output accelerometer model 340a50
- triaxial charge output accelerometer model 357a67
- triaxial charge output accelerometer model 356a70
- triaxial charge output accelerometer model 356a71
- charge output accelerometer model ex357a94
- charge output accelerometer model 6222s-100a
- charge output accelerometer model 6222s-20a
- charge output accelerometer model 6222s-50a
- charge output accelerometer model 7240c
- triaxial cryogenic icp® accelerometer model 354a14
- cryogenic accelerometer icp® model 351b03
- cryogenic accelerometer icp® model 351b04
- cryogenic accelerometer icp® model 351b31
- cryogenic accelerometer icp® model 351b41
- 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
- accelerometer icp® model 352a73
- accelerometer icp® model 352a72
- accelerometer icp® model 352a71
- accelerometer icp® model 357a07
- 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
- shock accelerometer icp® model 350c04
- shock accelerometer icp® model 350c23
- shock accelerometer icp® model 350c24
- shock accelerometer icp® model 350d02
- компактные системы сбора данных sirius r2/r4
- система сбора данных sirius modular
- высокоскоростная система сбора данных sirius® xhs
- 2-канальный анализатор мощности sirius® xhs
- портативный 4-канальный измеритель вибрации sirius® mini
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- 8-канальная универсальная система сбора данных minitaurs
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- cистема сбора данных с шиной ethercat в реальном времени sirius® rt
- портативные системы сбора данных sirius® r1db/r2db
- портативная универсальная система сбора данных (daq) с большим количеством каналов sirius® r8db
Charge Output Accelerometer Model 357B53
Charge output accel., 100 pC/g, 150g, 3kHz, 10-32 side conn., high temp. +550 F (+288 C), Radiation Hardened.
- Sensitivity: (±15%) 100 pC/g (10.2 pC/(m/s²))
- Measurement Range: ±150 g pk (±1470 m/s² pk)
- Frequency Range: (+5%) 3000 Hz
- Weight: 51 gm
|
|
ENG |
SI |
|
Performance |
|
|
|
Sensitivity (±15 %) |
100 pC/g |
10.2 pC /(m/s²) |
|
Measurement Range |
±150 g pk |
±1470 m/s² pk |
|
Frequency Range (±5 %) [2] |
3000 Hz |
3000 Hz |
|
Frequency Range (±10 %) [2] |
3500 Hz |
3500 Hz |
|
Frequency Range (±3 dB) [2] |
5500 Hz |
5500 Hz |
|
Resonant Frequency |
≥12 kHz |
≥12 kHz |
|
Non-Linearity [1] |
≤1 % |
≤1 % |
|
Transverse Sensitivity |
≤5 % |
≤5 % |
|
Environmental |
|
|
|
Overload Limit (Shock) |
±2000 g pk |
±19600 m/s² pk |
|
Temperature Range (Operating) |
-95 to +550 °F |
-71 to +288 °C |
|
Temperature Response [3] |
See Graph %/°F |
See Graph %/°F |
|
Base Strain Sensitivity [3] |
0.0002 g/µε |
0.002 (m/s²)/µε |
|
Radiation Exposure Limit (Integrated Gamma Flux) |
≤100000000 rad |
≤100000000 rad |
|
Radiation Exposure Limit (Integrated Gamma Flux) |
≤10000000000 N/cm² |
≤10000000000 N/cm² |
|
Electrical |
|
|
|
Capacitance [3] |
930 pF |
930 pF |
|
Insulation Resistance (at 550°F) [3] |
≥100000000 Ohm |
≥100000000 Ohm |
|
Insulation Resistance (at 70° F [21°C]) |
≥1000000000000 Ohm |
≥1000000000000 Ohm |
|
Output Polarity |
Negative |
Negative |
|
Electrical Isolation (Base) |
≥100000000 Ohm |
≥100000000 Ohm |
|
Physical |
|
|
|
Sensing Element |
Ceramic |
Ceramic |
|
Sensing Geometry |
Shear |
Shear |
|
Housing Material |
Titanium |
Titanium |
|
Sealing |
Hermetic |
Hermetic |
|
Size - Hex |
3/4 in |
3/4 in |
|
Size - Height |
1.13 in |
|
|
Weight [3] |
1.8 oz |
51 gm |
|
Electrical Connector |
10-32 Coaxial Jack |
10-32 Coaxial Jack |
|
Electrical Connection Position |
Side |
Side |
|
Mounting Thread |
10-32 Female |
10-32 Female |
* All specifications are at room temperature unless otherwise specified.
Specification Notes
[1] Zero-based, least-squares, straight line method.
[2] Low frequency response is determined by external signal conditioning electronics.
[3] Typical.
[4] See PCB Declaration of Conformance PS081 for details.
Accessories
|
Supplied |
||
|
ACS-1 |
Single axis amplitude response calibration from 10 Hz to upper 5% frequency, NIST traceable |
1 |
|
081B05 |
Mounting stud, 10-32 to 10-32, 0.275" long, BeCu w/shoulder |
1 |
|
M081B05 |
Mounting stud, 10-32 to M6x0.75-6g, 0.275" long, BeCu |
1 |