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Supplier: Merit Sensor Systems
Description: The K Series is ideal for high-volume, high-pressure OEM applications. Features Pressure 1,000 to 10,000 psi (68.9 to 690 bar; 6,895 to 68,948 KPa) Temperature -40 to 150 °C Configuration Absolute Media Clean, dry air and non-corrosive gases Shipping Wafers on tape Flexibility
- Working Pressure Range: 1,000 to 10,000 psi
- Operating Temperature: -40 to 302 F
- Measurement Type: Absolute
- Media: Gas
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Supplier: Merit Sensor Systems
Description: The 5000 Series is ideal for high-volume, high-pressure OEM applications Features Pressure 1,000 to 10,000 psi (68.9 to 689 bar; 6,895 to 68,948 KPa) Temperature -40 to 150 °C Configuration Absolute Media Clean, dry air and non-corrosive gases Shipping Wafers on tape Flexibility
- Working Pressure Range: 1,000 to 10,000 psi
- Operating Temperature: -40 to 302 F
- Measurement Type: Absolute
- Media: Gas
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Supplier: Merit Sensor Systems
Description: The L Series is an ultra-sensitive and stable MEMS die that is ideal for low-pressure applications, such as CPAP and air handlers. Features Pressure 0.15 to 1 psi (10 to 68.95 mbar; 1 to 6.89 KPa) Temperature -40 to 150 °C Configuration Gage or differential Media Clean,
- Working Pressure Range: 0.15 to 1 psi
- Operating Temperature: -40 to 302 F
- Measurement Type: Differential, Gauge
- Media: Gas
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Supplier: Merit Sensor Systems
Description: The J Series is ideal for high-volume, low-pressure applications. Features Pressure 1 to 300 psi (0.07 to 21 bar; 7 to 2100 KPa) Temperature -40 to 150 °C Configuration Absolute, gage, differential or vacuum Media Clean, dry air and non-corrosive gases Shipping Wafers on tape, waffle
- Working Pressure Range: 1 to 300 psi
- Operating Temperature: -40 to 302 F
- Measurement Type: Absolute, Differential, Gauge, Vacuum
- Media: Gas
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Supplier: ES Systems S.A.
Description: ES Systems has developed a series of pressure sensor modules targeting a variety of markets. Each module integrates an oil filled pressure capsule equipped with a medium isolation diaphragm that protects the MEMS capacitive pressure sensor die. The capsule housing
- Working Pressure Range: 0 to 435.1131 psi
- Accuracy: 0.5 ±% FS
- Operating Temperature: -4 to 122 F
- Measurement Type: Absolute
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Supplier: ES Systems S.A.
Description: The MEMS pressure sensor dies are underpinned by ES Systems’ innovative microfabrication process for silicon capacitive sensors. The capacitive pressure sensor dies integrated into the medium isolated pressure systems provide state-of-the-art accuracy and
- Working Pressure Range: 145.04 to 5,076.32 psi
- Accuracy: 0.25 ±% FS
- Operating Temperature: -40 to 257 F
- Measurement Type: Absolute
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Supplier: ES Systems S.A.
Description: conditioning. The MEMS pressure sensor dies are underpinned by ES's innovative microfabrication process for silicon capacitive sensors. The ESCP-MIT1 of capacitive pressure sensor dies integrated into the medium isolated pressure systems provide
- Working Pressure Range: 29.00754 to 5,801.508 psi
- Accuracy: 0.25 ±% FS
- Operating Temperature: -4 to 185 F
- Pressure Measurement: Absolute, Gauge
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Supplier: ES Systems S.A.
Description: ES Systems has developed a series of board mountable pressure sensors targeting a variety of markets requiring high resolution and accuracy for absolute, gauge or differential pressure measurements. The ESCP-BMS1 is a MEMS capacitive pressure sensor with state-of-the-art
- Working Pressure Range: 1 to 160 psi
- Accuracy: 0.15 ±% FS
- Operating Temperature: -4 to 185 F
- Measurement Type: Absolute, Differential, Gauge
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Supplier: Palomar Technologies, Inc
Description: and pressurized inert gas. The 518 benefits include: Precise control of soldering process profile Consistent, highly reliable solder interface Accurate control of thermal cycles Ease of use and flexibility of operation Processes Void-Free Die Soldering. Void-free die and substrate
- Temperature Range: 212 to 932 F
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Supplier: Palomar Technologies, Inc
Description: he SST 3130 is a vacuum and pressure furnace that provides precise automatic control of heating to 500°C (1000°C optional) and cooling in an inert gas environment from vacuum levels of below 50 millitorr to pressures exceeding 50 psig. Process profiles are easily created, and the
- Temperature Range: 212 to 932 F
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The 8MPP2 low-pressure sensor utilizes Sensata’s field-proven automotive Micro-Electro-Mechanical-Systems (MEMS) technology that outputs fully conditioned pressure values via the digital I²C bus. The 8MPP2 features best-in-class performance including high accuracy, low power (read more)
Browse Pressure Sensors Datasheets for Sensata Technologies -
Sense the (EVS-GTR) pressure? Churod Sensing’s Gen II Battery Pressure Sensor combines the accuracy of its Gen I sensor with a cost-driven design. The Gen II is a MEMS-based, PCB-mounted solution (read more)
Browse Pressure Sensor Chips Datasheets for Churod Americas, Inc. -
Economic air pressure sensors is especially designed for racing car and track gas brake systems, it sets a new performance standard for low cost, high volume, commercial and industrial applications. Benefits (read more)
Browse Pressure Sensors Datasheets for Holykell Technology Company Limited -
The Series 89 is a miniature and robust pressure transducer with calibrated and temperature compensated output . It incorporates MEMS sensing chip which is oil-filled and SS (read more)
Browse Pressure Sensors Datasheets for Angst+Pfister Sensors and Power -
microelectromechanical system (MEMS) pressure sensors are all common within medical and healthcare settings. Importance: As stated before, sensors are used to uphold accurate pressure measurements to promote patient safety and equipment functionality. 5 (read more)
Browse Pressure Sensors Datasheets for ASAP Semiconductor LLC -
The PTE7100 pressure sensor is the ideal solution for customers with challenging measuring requirements for general industrial applications in the mid and high-pressure ranges. Utilizing Sensata's automotive leading Microfused Strain Gauge (MSG) with best-in-class accuracy, the PTE7100 features (read more)
Browse Pressure Sensors Datasheets for Sensata Technologies -
traffic. Providing an aerial platform on the back of a truck poses engineering challenges for the equipment. Sensors are needed to constantly assess the balance of the machine and provide feedback to the actuators to maintain safety. Learn more about Sensata's Pressure and Position Sensors for Vehicle-Mounted Aerial Platforms. (read more)
Browse Pressure Sensors Datasheets for Sensata Technologies -
traffic. Providing an aerial platform on the back of a truck poses engineering challenges for the equipment. Sensors are needed to constantly assess the balance of the machine and provide feedback to the actuators to maintain safety. Learn more about our Pressure and Position Sensors for Vehicle-Mounted Aerial Platforms. (read more)
Browse Pressure Sensors Datasheets for Sensata Technologies -
The shift towards electric vehicles presents both challenges and opportunities for Automotive Original Equipment Manufacturers (OEMs) and their suppliers. In the Tire segment, the rise of Intelligent Tire Solutions offers a promising solution to address crucial issues, from extending driving range to addressing environmental concerns about particulate emissions. These solutions provide a...
(read more)
Browse Pressure Sensors Datasheets for Sensata Technologies -
with glycol) pressure. If the pressure is too high, there is a risk of damage or leakage to the hydronic system. If the pressure is too low, there is a risk of damaging the heat exchanger inside the boiler. An unreliable system will lead to higher costs (efficiency loss and maintenance (read more)
Browse Pressure Sensors Datasheets for Sensata Technologies
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Dual Die Compensation for MEMS Pressure Sensors
Several pressure sensor manufactures promote product incorporating "dual die compensation." This compensation technique is employed for very low pressure sensors where common mode errors cannot be compensated by any other means for either gage or differential pressure measurements. There are two
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Understanding Common Specifications for MEMS Silicon Dies
The primary thing to understand about MEMS dies is that when they are exposed to either pressure or temperature, they will produce a corresponding output, which will be in millivolts, provided that an input voltage, or excitation voltage, has been supplied.
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Four Characteristics of Our Newest MEMS Sensing Element
Merit Sensor has owned and operated a wafer fab from its beginnings. Fabricating our own MEMS (micro-electro-mechanical systems) sensing elements, or die, is something that sets us apart from other pressure sensor manufacturers, many of whom source their MEMS die from foundries or suppliers
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Three Common Types of Pressure-Sensor Packages
At the heart of every MEMS pressure sensor is a MEMS silicon die. Merit Sensor owns and operates a wafer fab, where it produces all of its own MEMS die. Packaging a MEMS die requires specialized equipment and skills to handle the small and sensitive die and to perform delicate wire bonding
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CR4 - Thread: Pressure in a Door During Side Impact Event...
I'm hoping my cheap-ass MEMS pressure die will work for this application.
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An energy-efficient capacitance-controlled oscillator-based sensor interface for MEMS sensors
Measured period and cycle-to-cycle jitter of the CCO as a function of the applied pressure for a capacitive MEMS pressure sensor die wirebonded to the sensor interface die.
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Holed packaging for mems sensors
To do this the Mems pressure sensor die attach is made using a low young’s modulus Silicon Material with with a controlled bondline thickness ina range of 50-70 um.
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Chemical Engineering and Material Properties II
[3] MEYYAPPAN K.MCCLUSKEY P.CHEN L Y Thermo-mechanical analysis of MEMS pressure sensor die -attach for high temperature applications 2004 .
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Optically interrogated MEMS pressure sensor array
The two most important components of the new system are the surface-mounted passive MEMS pressure sensor dies and a highly sensitive active-pixel CMOS lock-in detector, enabling wireless interrogation of many sensors in parallel.
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Implantable MEMS compressive stress sensors: Design, fabrication and calibration with application to the disc annulus.
A commercial microelectromechanical systems ( MEMS ) pressure sensor die was selected as the active element for a custom stress sensor.
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Studies on thermally induced packaging effects of surface acoustic wave devices: Simulation and experiment verification
[6] K. Meyyappan, P. McCluskey and L. Y. Chen, “Thermo-Mechanical Analysis of MEMS Pressure Sensor Die -attach for High Temperature Applications”, IEEE Aerospace Conference Proceedings, pp. 2556- 2561, 2004.
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A 2.3μW wireless intraocular pressure/temperature monitor
A capacitive MEMS pressure sensor die (E1.3N, microFAB Bremen) is used for pressure sensing.
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Multi Chip Module (MCM) Design for Packaging of a MEMS Pressure Sensor
Ii The low profile MEMS pressure sensor die was fabricated .
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Table of contents
...............,2538 7.1006 Thermo-Mechanical Analysis of MEMS Pressure Sensor Die -attach for High TemperatureApplications.