Search Results for 53744-7

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

Thermal Hysteresis of Zero 0.25 %FSO 3,7 1. 0 KPaG for differential or gage sensors. 2. Best fit straight line. 3. Typical value between 0°C and 70°C (32°F and 158°F). 4. Typical value over one year. 5. All values measured at 25°C (77°F) and 1mA excitation, unless otherwise noted. 6. 51445 TCS -.25% FSO / °C. 7. 0.5% FSO for 1psi range.

Thermal Hysteresis of Zero 0.25 %FSO 3,7 1. 0 KPaG for differential or gage sensors. 2. Best fit straight line. 3. Typical value between 0°C and 70°C (32°F and 158°F). 4. Typical value over one year. 5. All values measured at 25°C (77°F) and 1mA excitation, unless otherwise noted. 6. 51445 TCS -.25% FSO / °C. 7. 0.5% FSO for 1psi range.

Thermal Hysteresis of Zero 0.25 %FSO 3,7 1. 0 KPaG for differential or gage sensors. 2. Best fit straight line. 3. Typical value between 0°C and 70°C (32°F and 158°F). 4. Typical value over one year. 5. All values measured at 25°C (77°F) and 1mA excitation, unless otherwise noted. 6. 51445 TCS -.25% FSO / °C. 7. 0.5% FSO for 1psi range.

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

Thermal Hysteresis of Zero 0.25 %FSO 3,7 1. 0 KPaG for differential or gage sensors. 2. Best fit straight line. 3. Typical value between 0°C and 70°C (32°F and 158°F). 4. Typical value over one year. 5. All values measured at 25°C (77°F) and 1mA excitation, unless otherwise noted. 6. 51445 TCS -.25% FSO / °C. 7. 0.5% FSO for 1psi range.

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

(7.62 mm) maximum 0.07 in (1.8 mm) Thermopile + Thermistor + Thermistor GND (long lead) Thermopile GND 4 places Ø 0.01 in (0.3 mm) PCD Ø 0.07 in (1.8 mm) TOP VIEW Ø 0.13 in (3.45 mm) ±0.1 A A Ø 0.08 in (2.1 mm) ±0.1 Ø 0.16 in (4.25 mm) ±0.15 BOTTOM VIEW AAS-920-157B-03/2014 www.amphenol-sensors.com

From：Amphenol Author：Admin Clicks：22007 times PubDate：2013/7/5 On July 5th, 2013, the AST internal training course with the theme of the Enneagram was released successfully, which was led by AST internal trainer Ms. Zhu in a pleasant atmosphere.The course was showed around common personality research theories include Humoralism , Color ...

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

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NovaSensor’s P111 piezoresistive pressure sensors are offered in a miniature 0.10 in x 0.12 in (2.7 mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed

Carbon Dioxide (CO2) Beverage Dispenser Monitoring and Alarming Application SpotlightApplication Spotlight Carbon Dioxide (CO2) gas occurs naturally in the earth’s atmosphere in concentrations of ~300-400 parts per million (ppm). At this level, CO2 is harmless since the gas is neither toxic, nor explosive. CO2 gas can pose a health hazard, however, in confined or poorly ventilated areas ...

Carbon Dioxide (CO2) Beverage Dispenser Monitoring and Alarming Application SpotlightApplication Spotlight Carbon Dioxide (CO2) gas occurs naturally in the earth’s atmosphere in concentrations of ~300-400 parts per million (ppm). At this level, CO2 is harmless since the gas is neither toxic, nor explosive. CO2 gas can pose a health hazard, however, in confined or poorly ventilated areas ...

51367 7 kPaD/G (93 mil glass) Minimum release quality: 2 wafers or approximately 400 dice (1 wafer) Schematic and wirebond diagram Description The NovaSensor P1300 piezoresistive pressure Sensor Die is offered in a miniature 2.7 mm x 3.2 mm die. When excited with 1.5 mA, the P1300 produces a

Full Scale Output (FSO) 240 ±35 mV 6, 7 Linearity ±0.25 %FSO 2, 7 Pressure Hysteresis ±0.05 %FSO 7 Temperature Coefficient ±30 mV/V/°C 3, 7 of Zero 3, 7 Temperature Coefficient of Resistance 0.27 % /°C 3, 7 Temperature Coefficient of Sensitivity-0.19 %/°C 3, 7 Thermal Hysteresis of Zero 0.2 %FSO 4, 7 Long Term Stability of FSO 0.2 %FSO 4

MH-Series Flexible MH Data Sheet Temposonics ® Magnetostrictive Linear Position Sensors Linear, absolute measurement K(DV\LQ HOGLQVWDOODWLRQDQGUHSODFHPHQW

Full Scale Output (FSO) 240 ±35 mV 6, 7 Linearity ±0.25 %FSO 2, 7 Pressure Hysteresis ±0.05 %FSO 7 Temperature Coefficient ±30 mV/V/°C 3, 7 of Zero 3, 7 Temperature Coefficient of Resistance 0.27 % /°C 3, 7 Temperature Coefficient of Sensitivity-0.19 %/°C 3, 7 Thermal Hysteresis of Zero 0.2 %FSO 4, 7 Long Term Stability of FSO 0.2 %FSO 4