絶対デジタル圧力センサ（20～110 kPa）

MPL3115A2 アクティブ

画像にカーソルを合わせると拡大表示されます。

MPL3115A2は、I²Cインターフェースを備えた小型のピエゾ抵抗型絶対圧センサです。
MPL3115は20 kPa～110 kPaの広い動作範囲に対応し、地球上のすべての表面標高をカバーしています。
完全な内部温度補償型のMEMSと内蔵の高分解能24ビット等価ADコンバータ (ADC) により、圧力（パスカル）、高度（メートル）、温度（摂氏温度）のデータを正確に計測します。MPL3115A2がデータ処理を実行できるため、マイクロコントローラにかかる補償負荷や単位換算負荷が解消され、システムの設計が簡素化されます。

また高度なASICにより、省電力設定や割込み設定、自動データ取得（データ取得の周期は可変）またはポーリングでのデータ取得など、プログラム可能な複数のモードに対応します。動作時の標準供給電流は、10 cmの出力分解能に対しODR 1 Hz時で40 uAです。

ブロック図

MPL3115A2のブロック図

MPL3115A2 Block Diagram
図を取得する PDF

特長

主な特長

  • 較正範囲：50～110 kPa（絶対圧）
  • 動作範囲：20～110 kPa（絶対圧）
  • I²Cデジタル出力インターフェース（最大400 kHz）
  • 温度補償機能内蔵
  • プログラム可能な割込み機能
  • 供給電圧：1.95～3.6 V（レギュレータ内蔵）
  • デジタル・インターフェース供給電圧：1.6～3.6 V
  • 動作温度：-40°C～+85°C
  • 5 mm x 3 mm x 1.1 mm LGAパッケージ（1.25 mmリード・ピッチ）
  • MSL 1準拠

直読式

  • 圧力計測：20ビット（パスカル）
  • 高度計測：20ビット（メートル）
  • 温度計測：12ビット（摂氏温度）

自動データ取得機能

  • 32サンプル分のFIFOを内蔵
  • FIFOを使用して最大12日分のデータを記録可能
  • データ取得レートは1秒間から9時間まで設定可能

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N true 0 PSPMPL3115A2ja 29 アプリケーション・ノート Application Note t789 13 アプリケーション・ノート・ソフトウェア Application Note Software t783 1 カタログ Brochure t518 1 サポート情報 Supporting Information t531 3 セレクタ・ガイド Selector Guide t528 1 データ・シート Data Sheet t520 4 ファクト・シート Fact Sheet t523 1 ホワイト・ペーパ White Paper t530 3 ユーザ・ガイド User Guide t792 2 ja ja ja データ・シート Data Sheet 4 1 1.6 English The MPL3115A2S is a compact, piezoresistive, absolute pressure sensor with an I²C digital interface. MPL3115A2S has a wide operating range of 20 kPa to 110 kPa, a range that covers all surface elevations on earth. 1654724966965711208802 PSP 722.3 KB None None documents None 1654724966965711208802 /docs/en/data-sheet/MPL3115A2S.pdf 722264 /docs/en/data-sheet/MPL3115A2S.pdf MPL3115A2S documents N N 2022-06-08 MPL3115A2S, I²C Precision Pressure Sensor with Altimetry Data Sheet /docs/en/data-sheet/MPL3115A2S.pdf /docs/en/data-sheet/MPL3115A2S.pdf Data Sheet N 980000996212993340 2024-06-04 pdf N en May 17, 2024 980000996212993340 Data Sheet Y N MPL3115A2S, I²C Precision Pressure Sensor with Altimetry Data Sheet 2 1.5 English The MPL3150A2S is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3150A2S has a wide operating range of 50 kPa to 150 kPa. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The internal processing in MPL3150A2S removes compensation and unit conversion load from the system MCU, simplifying system design. 1654723654461721691730 PSP 677.4 KB None None documents None 1654723654461721691730 /docs/en/data-sheet/MPL3150A2S.pdf 677353 /docs/en/data-sheet/MPL3150A2S.pdf MPL3150A2S documents N N 2022-06-08 MPL3150A2S, I²C Precision Pressure Sensor Data Sheet /docs/en/data-sheet/MPL3150A2S.pdf /docs/en/data-sheet/MPL3150A2S.pdf Data Sheet N 980000996212993340 2024-05-21 pdf N en May 17, 2024 980000996212993340 Data Sheet Y N MPL3150A2S, I²C Precision Pressure Sensor Data Sheet 3 4.2 English The MPL3150A2 is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3150A2 has a wide operating range of 50 kPa to 150 kPa. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The internal processing in MPL3150A2 removes compensation and unit conversion load from the system MCU, simplifying system design. 1580333970314724585399 PSP 683.5 KB None None documents None 1580333970314724585399 /docs/en/data-sheet/MPL3150A2.pdf 683483 /docs/en/data-sheet/MPL3150A2.pdf MPL3150A2 documents N N 2020-01-29 MPL3150A2, I²C Precision Pressure Sensor Data Sheet /docs/en/data-sheet/MPL3150A2.pdf /docs/en/data-sheet/MPL3150A2.pdf Data Sheet N 980000996212993340 2024-06-04 pdf N en May 17, 2024 980000996212993340 Data Sheet Y N MPL3150A2, I²C Precision Pressure Sensor Data Sheet 4 8.1 English The MPL3115A2 is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3115A2 has a wide operating range of 20 kPa to 110 kPa, a range that covers all surface elevations on earth. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The compensated pressure output can then be converted to altitude, utilizing the formula stated in Section 9.1.3 "Pressure/altitude" provided in meters. The internal processing in MPL3115A2 removes compensation and unit conversion load from the system MCU, simplifying system design. 1308319775885719433662 PSP 738.1 KB None None documents None 1308319775885719433662 /docs/en/data-sheet/MPL3115A2.pdf 738078 /docs/en/data-sheet/MPL3115A2.pdf MPL3115A2 documents N N 2017-05-23 MPL3115A2, I2C precision pressure sensor with altimetry - Data Sheet /docs/en/data-sheet/MPL3115A2.pdf /docs/en/data-sheet/MPL3115A2.pdf Data Sheet N 980000996212993340 2024-05-21 pdf N en May 17, 2024 980000996212993340 Data Sheet Y N MPL3115A2, I2C precision pressure sensor with altimetry - Data Sheet アプリケーション・ノート Application Note 13 5 1 English This application note discusses porting options for the FXPS7x series of pressure sensors. 1684346894341719202355 PSP 1.1 MB None None documents None 1684346894341719202355 /docs/en/application-note/AN13889.pdf 1075079 /docs/en/application-note/AN13889.pdf AN13889 documents N N 2023-05-17 AN13889, Porting Options for Pressure Sensors Application Note /docs/en/application-note/AN13889.pdf /docs/en/application-note/AN13889.pdf Application Note N 645036621402383989 2023-05-17 pdf N en May 12, 2023 645036621402383989 Application Note Y N AN13889, Porting Options for Pressure Sensors Application Note 6 0.1 English AN4519SW.zip /docs/en/application-note-software/AN4519SW.zip /docs/en/application-note-software/AN4519SW.zip AN4519: It is important to understand how to program the MPL3115A2 to extract pressure and temperature data. The MPL3115A2 has many different features which include 8 different sample rates, 16 different acquisition time steps (1 second to 9 hours), compensated direct reading of Pressure (20 bit in Pascals) or Altitude (20 bit in meters), compensated direct reading of temperature (12 bit in degrees Celsius) and programmable events. 1335897124495711093196 PSP 258.7 KB None None documents None 1335897124495711093196 /docs/en/application-note/AN4519.pdf 258715 /docs/en/application-note/AN4519.pdf AN4519 documents N N 2012-05-01 AN4519, Data Manipulation and Basic Settings of the MPL3115A2 Command Line Interface Driver Code - Application Notes /docs/en/application-note/AN4519.pdf /docs/en/application-note/AN4519.pdf Application Note N 645036621402383989 2022-12-07 pdf N en Aug 30, 2012 645036621402383989 Application Note Y N AN4519, Data Manipulation and Basic Settings of the MPL3115A2 Command Line Interface Driver Code - Application Notes 7 0.1 English This document outlines how an MCU interfaces with an NXP sensor using the I2C communication protocol. It is important to clearly understand the correct method for setting up the I2C for communication between an NXP sensor and the MCU. All programming of the NXP sensor registers is done through the I2C protocol as defined by the Philips I2C-Bus Specification version 2.1, target mode. This document assumes that the user is familiar with I2C protocol and discusses I2C setup for communication wit 1336422812700696834829 PSP 266.4 KB None None documents None 1336422812700696834829 /docs/en/application-note/AN4481.pdf 266414 /docs/en/application-note/AN4481.pdf AN4481 documents N N 2016-10-31 AN4481, Sensor I2C Setup and FAQ /docs/en/application-note/AN4481.pdf /docs/en/application-note/AN4481.pdf Application Note N 645036621402383989 2022-12-07 pdf N en Jul 17, 2012 645036621402383989 Application Note Y N AN4481, Sensor I2C Setup and FAQ 8 0 English AN4528: This application note answers some frequently asked questions in pressure-altimeter applications with the altitude under 11 km above sea level (the range of the MPL3115A2). Our Xtrinsic MPL3115A2 is a precision altimeter and employs a MEMS pressure sensor with an I2C interface to provide accurate pressure or altitude data. 1342116072703694119479 PSP 324.2 KB None None documents None 1342116072703694119479 /docs/en/application-note/AN4528.pdf 324239 /docs/en/application-note/AN4528.pdf AN4528 documents N N 2012-07-12 AN4528, Pressure Altimetry using the Xtrinsic MPL3115A2 - Application Notes /docs/en/application-note/AN4528.pdf /docs/en/application-note/AN4528.pdf Application Note N 645036621402383989 2022-12-07 pdf N en Jul 12, 2012 645036621402383989 Application Note Y N AN4528, Pressure Altimetry using the Xtrinsic MPL3115A2 - Application Notes 9 1 English AN3956: The DEMOAPEXSENSOR is an experimental sensor board focused on pressure with a variety of applications built into the demo. These include: Altimeter, Barometer, Barometer Alarm, Weather station, Waterlevel, Waterlevel Alarm, Tilt, Freefall, and Temperature Sensing. The board has been designed as a standalone board to be interfaced currently via an LCD display and menu buttons. 1257801617439725291247 PSP 486.8 KB Registration without Disclaimer None documents Extended 1257801617439725291247 /secured/assets/documents/en/application-note/AN3956.pdf 486812 /secured/assets/documents/en/application-note/AN3956.pdf AN3956 documents Y N 2016-10-31 AN3956, DEMOAPEXSENSOR Usage - Application Notes /webapp/Download?colCode=AN3956&lang_cd=ja /secured/assets/documents/en/application-note/AN3956.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en Sep 1, 2010 645036621402383989 Application Note Y N AN3956, DEMOAPEXSENSOR Usage - Application Notes 10 1 English What is the term Media Compatibility, and how does it affect Pressure Sensors? Media is any chemical compound, in liquid, solid or gas which interacts with the sensor where the sensing of pressure is done either directly through this chemical, or by measuring the pressure of a gas containing a certain amount of this chemical. Media Compatibility is presented here as the various media that our sensor can sense pressure with, either directly or through an air column. While this document will lay groundwork fo 1211917633286722474132 PSP 114.6 KB Registration without Disclaimer None documents Extended 1211917633286722474132 /secured/assets/documents/en/application-note/AN3728.pdf 114649 /secured/assets/documents/en/application-note/AN3728.pdf AN3728 documents Y N 2016-10-31 AN3728, Media Compatibility for IPS PRT Pressure Sensors /webapp/Download?colCode=AN3728&lang_cd=ja /secured/assets/documents/en/application-note/AN3728.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en Jul 16, 2008 645036621402383989 Application Note Y N AN3728, Media Compatibility for IPS PRT Pressure Sensors 11 3 English Smaller package outlines and higher board densities require the need for automated placement of components. These components are supplied in embossed carrier tape on plastic reels to meet the increased demand and facilitate ease of handling. This application note is intended to provide general information and understanding for handling Motorola's surface mount pressure sensors. 1075759277354726572627 PSP 594.5 KB Registration without Disclaimer None documents Extended 1075759277354726572627 /secured/assets/documents/en/application-note/AN1984.pdf 594546 /secured/assets/documents/en/application-note/AN1984.pdf AN1984 documents Y N 2016-10-31 AN1984 Handling Freescale Pressure Sensors /webapp/Download?colCode=AN1984&lang_cd=ja /secured/assets/documents/en/application-note/AN1984.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en Feb 2, 2007 645036621402383989 Application Note Y N AN1984 Handling Freescale Pressure Sensors 12 2 English A digital output is more desirable than an analog output in noisy environments (e.g., automotive, washing machines, etc.) and remote sensing applications (building controls, industrial applications, etc.) because a digital signal inherently has better noise immunity compared to analog signals. Additional applications requiring a sensor with a digital output include microcontroller-based systems that have no A/D in the system or that have no A/D channels available for the sensing function. For these applica E966580725660 PSP 232.0 KB Registration without Disclaimer None documents Extended E966580725660 /secured/assets/documents/en/application-note/AN1586.pdf 232022 /secured/assets/documents/en/application-note/AN1586.pdf AN1586 documents Y N 2016-10-31 AN1586, Designing a Homemade Digital Output for Analog Voltage Output Sensors /webapp/Download?colCode=AN1586&lang_cd=ja /secured/assets/documents/en/application-note/AN1586.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en Feb 2, 2007 645036621402383989 Application Note Y N AN1586, Designing a Homemade Digital Output for Analog Voltage Output Sensors 13 1.0 English AN3150: Pressure sensor devices require the internal cavity containing the silicon transducer to be exposed to ambient in order for the device to function. Exposed cavity packages require special considerations during board assembly to prevent damage to the device during soldering and subsequent cleaning operations. 1139865857339705906783 PSP 206.1 KB Registration without Disclaimer None documents Extended 1139865857339705906783 /secured/assets/documents/en/application-note/AN3150.pdf 206104 /secured/assets/documents/en/application-note/AN3150.pdf AN3150 documents Y N 2016-10-31 AN3150, Soldering Recommendations for Pressure Sensor Devices - Application Notes /webapp/Download?colCode=AN3150&lang_cd=ja /secured/assets/documents/en/application-note/AN3150.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en Feb 22, 2006 645036621402383989 Application Note Y N AN3150, Soldering Recommendations for Pressure Sensor Devices - Application Notes 14 2 English Bar Graph displays are noted for their ability to very quickly convey a relative sense of how much of something is present.They are particularly useful in process monitoring applications where quick communication of a relative value is more important than providing specific data. W966580668920 PSP 297.6 KB Registration without Disclaimer None documents Extended W966580668920 /secured/assets/documents/en/application-note/AN1322.pdf 297614 /secured/assets/documents/en/application-note/AN1322.pdf AN1322 documents Y N 2016-10-31 AN1322 Applying Semiconductor Sensors to Bar Graph Pressure Gauges /webapp/Download?colCode=AN1322&lang_cd=ja /secured/assets/documents/en/application-note/AN1322.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en May 16, 2005 645036621402383989 Application Note Y N AN1322 Applying Semiconductor Sensors to Bar Graph Pressure Gauges 15 2 English The popular silicon pressure sensors are piezoresistive bridges that produce a differential output voltage in response o pressure applied to a thin silicon diaphragm. Output voltage for these sensors is generally 25 to 50 mV full scale. W966580664994 PSP 354.6 KB Registration without Disclaimer None documents Extended W966580664994 /secured/assets/documents/en/application-note/AN1318.pdf 354591 /secured/assets/documents/en/application-note/AN1318.pdf AN1318 documents Y N 2016-10-31 AN1318 Interfacing Semiconductor Pressure Sensors to Microcomputers /webapp/Download?colCode=AN1318&lang_cd=ja /secured/assets/documents/en/application-note/AN1318.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en May 16, 2005 645036621402383989 Application Note Y N AN1318 Interfacing Semiconductor Pressure Sensors to Microcomputers 16 2 English Introduction PSPICE models for Uncompensated, MPX2000 series, and MPX5000 series pressure sensors are presented here. These models use compound coefficients to improve modeling of temperature dependent behavior. The discussion begins with an overview of how the models are structured, and is followed by an explanation of compound coefficients. The emphasis is on how to use these models to estimate sensor performance. They can be found electronically on a disk included in ASB200 Sensor Development Controller F966580790271 PSP 263.6 KB Registration without Disclaimer None documents Extended F966580790271 /secured/assets/documents/en/application-note/AN1660.pdf 263626 /secured/assets/documents/en/application-note/AN1660.pdf AN1660 documents Y N 2016-10-31 AN1660, Compound Coefficient Pressure Sensor PSPICE Models /webapp/Download?colCode=AN1660&lang_cd=ja /secured/assets/documents/en/application-note/AN1660.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en May 1, 2005 645036621402383989 Application Note Y N AN1660, Compound Coefficient Pressure Sensor PSPICE Models 17 2 English The Integrated Pressure Sensors (IPS) have trimmed outputs, built-in temperature compensation and an amplified single-ended output which make them compatible with Analog to Digital converters (A/Ds) on low cost micro-controllers. Although 8-bit A/Ds are common, higher resolution A/Ds are becoming increasingly available. With these higher resolution A/Ds, the noise that is inherent to piezo-resistive bridges becomes a design consideration. J966580770359 PSP 261.9 KB Registration without Disclaimer None documents Extended J966580770359 /secured/assets/documents/en/application-note/AN1646.pdf 261850 /secured/assets/documents/en/application-note/AN1646.pdf AN1646 documents Y N 2016-10-31 AN1646, Noise Considerations for Integrated Pressure Sensors /webapp/Download?colCode=AN1646&lang_cd=ja /secured/assets/documents/en/application-note/AN1646.pdf Application Note N 645036621402383989 2022-12-07 pdf Y en May 1, 2005 645036621402383989 Application Note Y N AN1646, Noise Considerations for Integrated Pressure Sensors ユーザ・ガイド User Guide 2 18 0 English The Xtrinsic Sensor Platform for Windows 8 extends sensor fusion in tablets, slates, laptops and other portable devices. This complete hardware and software solution fuses and accelerometer, magnetometer, and gyroscope data using the ColdFire<sup>&#174;</sup> + MCU. 1350334804067713089429 PSP 429.7 KB None None documents None 1350334804067713089429 /docs/en/user-guide/SPWIN8UG.pdf 429672 /docs/en/user-guide/SPWIN8UG.pdf SPWIN8UG documents N N 2016-10-31 Xtrinsic Sensor Platform for Windows 8 User's Guide /docs/en/user-guide/SPWIN8UG.pdf /docs/en/user-guide/SPWIN8UG.pdf User Guide N 132339537837198660 2023-06-18 pdf N en Oct 15, 2012 132339537837198660 User Guide Y N Xtrinsic Sensor Platform for Windows 8 User's Guide 19 0 English The NXP DEMOSTBMPL3115A2 Sensor Toolbox provides the hardware and software for demonstrating the capability of the MPL3115A2 pressure sensor. The kit includes the following: A daughter board KITSTBMPL3115A2 with the MPL3115A2 pressure sensor. The LFSTBEBMPL3115A2 evaluation board to which the daughter board is attached. The USB-interface board LFSTBUSB for connecting the evaluation board to a PC&#8217;s USB port. The DEMOSTBMPL3115A2 Quick Start Guide. 1335828537332707033347 PSP 975.1 KB None None documents None 1335828537332707033347 /docs/en/user-guide/MPL3115A2STUG.pdf 975098 /docs/en/user-guide/MPL3115A2STUG.pdf MPL3115A2STUG documents N N 2012-04-30 MPL3115A2 Sensor Toolbox - User&#8217;s Guide /docs/en/user-guide/MPL3115A2STUG.pdf /docs/en/user-guide/MPL3115A2STUG.pdf User Guide N 132339537837198660 2023-06-18 pdf N en Apr 30, 2012 132339537837198660 User Guide Y N MPL3115A2 Sensor Toolbox - User&#8217;s Guide アプリケーション・ノート・ソフトウェア Application Note Software 1 20 0 English Software Project in CodeWarrior 5.9 which programs the DEMOSTB MPL3115A2 kit via the BDM port. Once programmed the software allows the user to setup the sensor in Altimeter or Barometer mode and exercise interrupts and the FIFO. This code was written for the NXP MC9S08QE8 processor. 1335897723924710355423 PSP 133.5 KB None None documents None 1335897723924710355423 /docs/en/application-note-software/AN4519SW.zip 133501 /docs/en/application-note-software/AN4519SW.zip AN4519SW documents N N 2012-05-01 AN4519SW, Software files for AN4519 /docs/en/application-note-software/AN4519SW.zip /docs/en/application-note-software/AN4519SW.zip Application Note Software N 789425793691620447 2022-12-07 zip N en May 1, 2012 789425793691620447 Application Note Software D N AN4519SW, Software files for AN4519 カタログ Brochure 1 21 2 English NXP provides a broad portfolio of accelerometers, motion and Pressure sensors designed for high-functionality, accuracy and reliability for medical applications 1542831695480719843505 PSP 1.2 MB None None documents None 1542831695480719843505 /docs/en/brochure/MEDSENSORSA4BR.pdf 1243036 /docs/en/brochure/MEDSENSORSA4BR.pdf MEDSENSORSA4BR documents N N 2018-11-21 Motion and Pressure Sensors for Medical Applications - Brochure /docs/en/brochure/MEDSENSORSA4BR.pdf /docs/en/brochure/MEDSENSORSA4BR.pdf Brochure N 712453003803778552 2025-02-25 pdf N en Jan 11, 2019 712453003803778552 Brochure Y N Motion and Pressure Sensors for Medical Applications - Brochure ファクト・シート Fact Sheet 1 22 13 English Overview Over the past 25 years, NXP Semiconductors Sensor Products Division has supplied the world with more than 650 million micro-electromechanical systems (MEMS)-based sensors. 1092086607381736729272 PSP 2.2 MB None None documents None 1092086607381736729272 /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf 2216251 /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf SNSRSOLUTNTMFS documents N N 2016-10-31 Sensor Solutions /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf Fact Sheet N 736675474163315314 2025-02-25 pdf N en Feb 12, 2020 736675474163315314 Fact Sheet Y N Sensor Solutions セレクタ・ガイド Selector Guide 1 23 13 English For system designers who want to work with various sensor types such as accelerometers, pressure sensors and magnetic sensors for applications in automotive, industrial IoT and medical. 1424471489332715853854 PSP 253.0 KB None None documents None 1424471489332715853854 /docs/en/product-selector-guide/SENSSELECT.pdf 252964 /docs/en/product-selector-guide/SENSSELECT.pdf SENSSELECT documents N N 2016-10-31 Sensor Product Selector Guide /docs/en/product-selector-guide/SENSSELECT.pdf /docs/en/product-selector-guide/SENSSELECT.pdf Selector Guide N 553557935274807777 2025-02-25 pdf N en May 13, 2024 553557935274807777 Selector Guide Y N Sensor Product Selector Guide サポート情報 Supporting Information 3 24 1 English Quick Reference Card for FRDMKL25-P3115 1453477753766716531986 PSP 5.5 MB None None documents None 1453477753766716531986 /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf 5540925 /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf FRDMKL25-P3115-QRC documents N N 2016-02-23 Quick Reference Card for FRDMKL25-P3115 /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf Supporting Information N 371282830530968666 2022-12-07 pdf N en Jan 22, 2016 371282830530968666 Supporting Information Y N Quick Reference Card for FRDMKL25-P3115 25 1 English Quick Reference Card for FRDMSTBC-P3115 1453477763422706896962 PSP 5.5 MB None None documents None 1453477763422706896962 /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf 5536451 /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf FRDMSTBC-P3115-QRC documents N N 2016-02-23 Quick Reference Card for FRDMSTBC-P3115 /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf Supporting Information N 371282830530968666 2022-12-07 pdf N en Jan 22, 2016 371282830530968666 Supporting Information Y N Quick Reference Card for FRDMSTBC-P3115 26 1 English Quick Reference Card for BRKTSTBC-P3115 1453477744060727962588 PSP 4.2 MB None None documents None 1453477744060727962588 /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf 4230769 /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf BRKTSTBC-P3115-QRC documents N N 2016-02-23 Quick Reference Card for BRKTSTBC-P3115 /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf Supporting Information N 371282830530968666 2022-12-07 pdf N en Jan 22, 2016 371282830530968666 Supporting Information Y N Quick Reference Card for BRKTSTBC-P3115 ホワイト・ペーパ White Paper 3 27 2 English Low power sensors with the integrated capability to reduce power consumption play an important role in extending the battery life in portable systems. NXP has extensive capabilities in sensors, microcontrollers, power management, and RF technologies. 1365095391795722334999 PSP 381.7 KB None None documents None 1365095391795722334999 /docs/en/white-paper/LOWPOWERSENSWP.pdf 381651 /docs/en/white-paper/LOWPOWERSENSWP.pdf LOWPOWERSENSWP documents N N 2016-10-31 Low Power Sensing /docs/en/white-paper/LOWPOWERSENSWP.pdf /docs/en/white-paper/LOWPOWERSENSWP.pdf White Paper N 918633085541740938 2025-02-25 pdf N en May 20, 2015 918633085541740938 White Paper Y N Low Power Sensing 28 1 Chinese 1363970116444726555210zh PSP 3.6 MB None None documents None 1363970116444726555210 /docs/zh/white-paper/SENFEIOTLFWP.pdf 3621913 /docs/zh/white-paper/SENFEIOTLFWP.pdf SENFEIOTLFWP documents N N 2016-10-31 The Role of Sensor Fusion and Remote Emotive Computing (REC) in the Internet of Things (IoT) - White Paper /docs/zh/white-paper/SENFEIOTLFWP.pdf /docs/zh/white-paper/SENFEIOTLFWP.pdf White Paper N 918633085541740938 2025-02-24 zh Jul 9, 2013 918633085541740938 White Paper Y N 白皮书：传感器融合和远程情感计算(REC)在物联网(IoT)中的作用 1 English The age of sensor technology is upon us. These days, it&#8217;s unusual to experience an electronic consumer product that doesn&#8217;t use sensors to create new experiences for its users. Sensors are experiencing a renaissance of sorts as micro-electromechanical systems (MEMS) technology becomes less expensive and further miniaturized, in turn fueling penetration of sensors into new applications and creating new potential for the sensor market. 1363970116444726555210 PSP 3.6 MB None None documents None 1363970116444726555210 /docs/en/white-paper/SENFEIOTLFWP.pdf 3621913 /docs/en/white-paper/SENFEIOTLFWP.pdf SENFEIOTLFWP documents N N 2016-10-31 The Role of Sensor Fusion and Remote Emotive Computing (REC) in the Internet of Things (IoT) - White Paper /docs/en/white-paper/SENFEIOTLFWP.pdf /docs/en/white-paper/SENFEIOTLFWP.pdf White Paper N 918633085541740938 2025-02-24 pdf N en Jul 9, 2013 918633085541740938 White Paper Y N The Role of Sensor Fusion and Remote Emotive Computing (REC) in the Internet of Things (IoT) - White Paper 29 0 English Microsoft&#8217;s Windows Sensor and Location platform for the Windows 8 operating system provides a standardized approach to implementing sensor technology that users have come to expect in tablets, slates, laptops, and other mobile devices. 1365198568416712526634 PSP 709.4 KB None None documents None 1365198568416712526634 /docs/en/white-paper/WINDOWS8WP.pdf 709360 /docs/en/white-paper/WINDOWS8WP.pdf WINDOWS8WP documents N N 2016-10-31 Taking Advantage of a Certified Platform for Microsoft’s Windows® 8 Sensor Interface /docs/en/white-paper/WINDOWS8WP.pdf /docs/en/white-paper/WINDOWS8WP.pdf White Paper N 918633085541740938 2022-12-07 pdf N en Apr 5, 2013 918633085541740938 White Paper Y N Taking Advantage of a Certified Platform for Microsoft’s Windows® 8 Sensor Interface false 0 MPL3115A2 downloads ja true 1 Y PSP Y Y アプリケーション・ノート 13 /docs/en/application-note/AN13889.pdf 2023-05-17 1684346894341719202355 PSP 5 May 12, 2023 Application Note This application note discusses porting options for the FXPS7x series of pressure sensors. None /docs/en/application-note/AN13889.pdf English documents 1075079 None 645036621402383989 2023-05-17 N /docs/en/application-note/AN13889.pdf AN13889, Porting Options for Pressure Sensors Application Note /docs/en/application-note/AN13889.pdf documents 645036621402383989 Application Note N en None Y pdf 1 N N AN13889, Porting Options for Pressure Sensors Application Note 1.1 MB AN13889 N 1684346894341719202355 /docs/en/application-note/AN4519.pdf 2012-05-01 1335897124495711093196 PSP 6 Aug 30, 2012 Application Note AN4519: It is important to understand how to program the MPL3115A2 to extract pressure and temperature data. The MPL3115A2 has many different features which include 8 different sample rates, 16 different acquisition time steps (1 second to 9 hours), compensated direct reading of Pressure (20 bit in Pascals) or Altitude (20 bit in meters), compensated direct reading of temperature (12 bit in degrees Celsius) and programmable events. None /docs/en/application-note/AN4519.pdf English documents 258715 None 645036621402383989 2022-12-07 N /docs/en/application-note/AN4519.pdf AN4519, Data Manipulation and Basic Settings of the MPL3115A2 Command Line Interface Driver Code - Application Notes /docs/en/application-note/AN4519.pdf documents 645036621402383989 Application Note N en None Y pdf 0.1 N N AN4519, Data Manipulation and Basic Settings of the MPL3115A2 Command Line Interface Driver Code - Application Notes 258.7 KB AN4519 N 1335897124495711093196 /docs/en/application-note/AN4481.pdf 2016-10-31 1336422812700696834829 PSP 7 Jul 17, 2012 Application Note This document outlines how an MCU interfaces with an NXP sensor using the I2C communication protocol. It is important to clearly understand the correct method for setting up the I2C for communication between an NXP sensor and the MCU. All programming of the NXP sensor registers is done through the I2C protocol as defined by the Philips I2C-Bus Specification version 2.1, target mode. This document assumes that the user is familiar with I2C protocol and discusses I2C setup for communication wit None /docs/en/application-note/AN4481.pdf English documents 266414 None 645036621402383989 2022-12-07 N /docs/en/application-note/AN4481.pdf AN4481, Sensor I2C Setup and FAQ /docs/en/application-note/AN4481.pdf documents 645036621402383989 Application Note N en None Y pdf 0.1 N N AN4481, Sensor I2C Setup and FAQ 266.4 KB AN4481 N 1336422812700696834829 /docs/en/application-note/AN4528.pdf 2012-07-12 1342116072703694119479 PSP 8 Jul 12, 2012 Application Note AN4528: This application note answers some frequently asked questions in pressure-altimeter applications with the altitude under 11 km above sea level (the range of the MPL3115A2). Our Xtrinsic MPL3115A2 is a precision altimeter and employs a MEMS pressure sensor with an I2C interface to provide accurate pressure or altitude data. None /docs/en/application-note/AN4528.pdf English documents 324239 None 645036621402383989 2022-12-07 N /docs/en/application-note/AN4528.pdf AN4528, Pressure Altimetry using the Xtrinsic MPL3115A2 - Application Notes /docs/en/application-note/AN4528.pdf documents 645036621402383989 Application Note N en None Y pdf 0 N N AN4528, Pressure Altimetry using the Xtrinsic MPL3115A2 - Application Notes 324.2 KB AN4528 N 1342116072703694119479 /secured/assets/documents/en/application-note/AN3956.pdf 2016-10-31 1257801617439725291247 PSP 9 Sep 1, 2010 Application Note AN3956: The DEMOAPEXSENSOR is an experimental sensor board focused on pressure with a variety of applications built into the demo. These include: Altimeter, Barometer, Barometer Alarm, Weather station, Waterlevel, Waterlevel Alarm, Tilt, Freefall, and Temperature Sensing. The board has been designed as a standalone board to be interfaced currently via an LCD display and menu buttons. Registration without Disclaimer /secured/assets/documents/en/application-note/AN3956.pdf English documents 486812 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN3956&lang_cd=ja AN3956, DEMOAPEXSENSOR Usage - Application Notes /secured/assets/documents/en/application-note/AN3956.pdf documents 645036621402383989 Application Note N en Extended Y pdf 1 Y N AN3956, DEMOAPEXSENSOR Usage - Application Notes 486.8 KB AN3956 N 1257801617439725291247 /secured/assets/documents/en/application-note/AN3728.pdf 2016-10-31 1211917633286722474132 PSP 10 Jul 16, 2008 Application Note What is the term Media Compatibility, and how does it affect Pressure Sensors? Media is any chemical compound, in liquid, solid or gas which interacts with the sensor where the sensing of pressure is done either directly through this chemical, or by measuring the pressure of a gas containing a certain amount of this chemical. Media Compatibility is presented here as the various media that our sensor can sense pressure with, either directly or through an air column. While this document will lay groundwork fo Registration without Disclaimer /secured/assets/documents/en/application-note/AN3728.pdf English documents 114649 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN3728&lang_cd=ja AN3728, Media Compatibility for IPS PRT Pressure Sensors /secured/assets/documents/en/application-note/AN3728.pdf documents 645036621402383989 Application Note N en Extended Y pdf 1 Y N AN3728, Media Compatibility for IPS PRT Pressure Sensors 114.6 KB AN3728 N 1211917633286722474132 /secured/assets/documents/en/application-note/AN1984.pdf 2016-10-31 1075759277354726572627 PSP 11 Feb 2, 2007 Application Note Smaller package outlines and higher board densities require the need for automated placement of components. These components are supplied in embossed carrier tape on plastic reels to meet the increased demand and facilitate ease of handling. This application note is intended to provide general information and understanding for handling Motorola's surface mount pressure sensors. Registration without Disclaimer /secured/assets/documents/en/application-note/AN1984.pdf English documents 594546 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1984&lang_cd=ja AN1984 Handling Freescale Pressure Sensors /secured/assets/documents/en/application-note/AN1984.pdf documents 645036621402383989 Application Note N en Extended Y pdf 3 Y N AN1984 Handling Freescale Pressure Sensors 594.5 KB AN1984 N 1075759277354726572627 /secured/assets/documents/en/application-note/AN1586.pdf 2016-10-31 E966580725660 PSP 12 Feb 2, 2007 Application Note A digital output is more desirable than an analog output in noisy environments (e.g., automotive, washing machines, etc.) and remote sensing applications (building controls, industrial applications, etc.) because a digital signal inherently has better noise immunity compared to analog signals. Additional applications requiring a sensor with a digital output include microcontroller-based systems that have no A/D in the system or that have no A/D channels available for the sensing function. For these applica Registration without Disclaimer /secured/assets/documents/en/application-note/AN1586.pdf English documents 232022 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1586&lang_cd=ja AN1586, Designing a Homemade Digital Output for Analog Voltage Output Sensors /secured/assets/documents/en/application-note/AN1586.pdf documents 645036621402383989 Application Note N en Extended Y pdf 2 Y N AN1586, Designing a Homemade Digital Output for Analog Voltage Output Sensors 232.0 KB AN1586 N E966580725660 /secured/assets/documents/en/application-note/AN3150.pdf 2016-10-31 1139865857339705906783 PSP 13 Feb 22, 2006 Application Note AN3150: Pressure sensor devices require the internal cavity containing the silicon transducer to be exposed to ambient in order for the device to function. Exposed cavity packages require special considerations during board assembly to prevent damage to the device during soldering and subsequent cleaning operations. Registration without Disclaimer /secured/assets/documents/en/application-note/AN3150.pdf English documents 206104 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN3150&lang_cd=ja AN3150, Soldering Recommendations for Pressure Sensor Devices - Application Notes /secured/assets/documents/en/application-note/AN3150.pdf documents 645036621402383989 Application Note N en Extended Y pdf 1.0 Y N AN3150, Soldering Recommendations for Pressure Sensor Devices - Application Notes 206.1 KB AN3150 N 1139865857339705906783 /secured/assets/documents/en/application-note/AN1322.pdf 2016-10-31 W966580668920 PSP 14 May 16, 2005 Application Note Bar Graph displays are noted for their ability to very quickly convey a relative sense of how much of something is present.They are particularly useful in process monitoring applications where quick communication of a relative value is more important than providing specific data. Registration without Disclaimer /secured/assets/documents/en/application-note/AN1322.pdf English documents 297614 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1322&lang_cd=ja AN1322 Applying Semiconductor Sensors to Bar Graph Pressure Gauges /secured/assets/documents/en/application-note/AN1322.pdf documents 645036621402383989 Application Note N en Extended Y pdf 2 Y N AN1322 Applying Semiconductor Sensors to Bar Graph Pressure Gauges 297.6 KB AN1322 N W966580668920 /secured/assets/documents/en/application-note/AN1318.pdf 2016-10-31 W966580664994 PSP 15 May 16, 2005 Application Note The popular silicon pressure sensors are piezoresistive bridges that produce a differential output voltage in response o pressure applied to a thin silicon diaphragm. Output voltage for these sensors is generally 25 to 50 mV full scale. Registration without Disclaimer /secured/assets/documents/en/application-note/AN1318.pdf English documents 354591 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1318&lang_cd=ja AN1318 Interfacing Semiconductor Pressure Sensors to Microcomputers /secured/assets/documents/en/application-note/AN1318.pdf documents 645036621402383989 Application Note N en Extended Y pdf 2 Y N AN1318 Interfacing Semiconductor Pressure Sensors to Microcomputers 354.6 KB AN1318 N W966580664994 /secured/assets/documents/en/application-note/AN1660.pdf 2016-10-31 F966580790271 PSP 16 May 1, 2005 Application Note Introduction PSPICE models for Uncompensated, MPX2000 series, and MPX5000 series pressure sensors are presented here. These models use compound coefficients to improve modeling of temperature dependent behavior. The discussion begins with an overview of how the models are structured, and is followed by an explanation of compound coefficients. The emphasis is on how to use these models to estimate sensor performance. They can be found electronically on a disk included in ASB200 Sensor Development Controller Registration without Disclaimer /secured/assets/documents/en/application-note/AN1660.pdf English documents 263626 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1660&lang_cd=ja AN1660, Compound Coefficient Pressure Sensor PSPICE Models /secured/assets/documents/en/application-note/AN1660.pdf documents 645036621402383989 Application Note N en Extended Y pdf 2 Y N AN1660, Compound Coefficient Pressure Sensor PSPICE Models 263.6 KB AN1660 N F966580790271 /secured/assets/documents/en/application-note/AN1646.pdf 2016-10-31 J966580770359 PSP 17 May 1, 2005 Application Note The Integrated Pressure Sensors (IPS) have trimmed outputs, built-in temperature compensation and an amplified single-ended output which make them compatible with Analog to Digital converters (A/Ds) on low cost micro-controllers. Although 8-bit A/Ds are common, higher resolution A/Ds are becoming increasingly available. With these higher resolution A/Ds, the noise that is inherent to piezo-resistive bridges becomes a design consideration. Registration without Disclaimer /secured/assets/documents/en/application-note/AN1646.pdf English documents 261850 None 645036621402383989 2022-12-07 Y /webapp/Download?colCode=AN1646&lang_cd=ja AN1646, Noise Considerations for Integrated Pressure Sensors /secured/assets/documents/en/application-note/AN1646.pdf documents 645036621402383989 Application Note N en Extended Y pdf 2 Y N AN1646, Noise Considerations for Integrated Pressure Sensors 261.9 KB AN1646 N J966580770359 アプリケーション・ノート・ソフトウェア 1 /docs/en/application-note-software/AN4519SW.zip 2012-05-01 1335897723924710355423 PSP 20 May 1, 2012 Application Note Software Software Project in CodeWarrior 5.9 which programs the DEMOSTB MPL3115A2 kit via the BDM port. Once programmed the software allows the user to setup the sensor in Altimeter or Barometer mode and exercise interrupts and the FIFO. This code was written for the NXP MC9S08QE8 processor. None /docs/en/application-note-software/AN4519SW.zip English documents 133501 None 789425793691620447 2022-12-07 N /docs/en/application-note-software/AN4519SW.zip AN4519SW, Software files for AN4519 /docs/en/application-note-software/AN4519SW.zip documents 789425793691620447 Application Note Software N en None D zip 0 N N AN4519SW, Software files for AN4519 133.5 KB AN4519SW N 1335897723924710355423 カタログ 1 /docs/en/brochure/MEDSENSORSA4BR.pdf 2018-11-21 1542831695480719843505 PSP 21 Jan 11, 2019 Brochure NXP provides a broad portfolio of accelerometers, motion and Pressure sensors designed for high-functionality, accuracy and reliability for medical applications None /docs/en/brochure/MEDSENSORSA4BR.pdf English documents 1243036 None 712453003803778552 2025-02-25 N /docs/en/brochure/MEDSENSORSA4BR.pdf Motion and Pressure Sensors for Medical Applications - Brochure /docs/en/brochure/MEDSENSORSA4BR.pdf documents 712453003803778552 Brochure N en None Y pdf 2 N N Motion and Pressure Sensors for Medical Applications - Brochure 1.2 MB MEDSENSORSA4BR N 1542831695480719843505 サポート情報 3 /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf 2016-02-23 1453477753766716531986 PSP 24 Jan 22, 2016 Supporting Information Quick Reference Card for FRDMKL25-P3115 None /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf English documents 5540925 None 371282830530968666 2022-12-07 N /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf Quick Reference Card for FRDMKL25-P3115 /docs/en/supporting-information/FRDMKL25-P3115-QRC.pdf documents 371282830530968666 Supporting Information N en None Y pdf 1 N N Quick Reference Card for FRDMKL25-P3115 5.5 MB FRDMKL25-P3115-QRC N 1453477753766716531986 /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf 2016-02-23 1453477763422706896962 PSP 25 Jan 22, 2016 Supporting Information Quick Reference Card for FRDMSTBC-P3115 None /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf English documents 5536451 None 371282830530968666 2022-12-07 N /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf Quick Reference Card for FRDMSTBC-P3115 /docs/en/supporting-information/FRDMSTBC-P3115-QRC.pdf documents 371282830530968666 Supporting Information N en None Y pdf 1 N N Quick Reference Card for FRDMSTBC-P3115 5.5 MB FRDMSTBC-P3115-QRC N 1453477763422706896962 /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf 2016-02-23 1453477744060727962588 PSP 26 Jan 22, 2016 Supporting Information Quick Reference Card for BRKTSTBC-P3115 None /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf English documents 4230769 None 371282830530968666 2022-12-07 N /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf Quick Reference Card for BRKTSTBC-P3115 /docs/en/supporting-information/BRKTSTBC-P3115-QRC.pdf documents 371282830530968666 Supporting Information N en None Y pdf 1 N N Quick Reference Card for BRKTSTBC-P3115 4.2 MB BRKTSTBC-P3115-QRC N 1453477744060727962588 セレクタ・ガイド 1 /docs/en/product-selector-guide/SENSSELECT.pdf 2016-10-31 1424471489332715853854 PSP 23 May 13, 2024 Selector Guide For system designers who want to work with various sensor types such as accelerometers, pressure sensors and magnetic sensors for applications in automotive, industrial IoT and medical. None /docs/en/product-selector-guide/SENSSELECT.pdf English documents 252964 None 553557935274807777 2025-02-25 N /docs/en/product-selector-guide/SENSSELECT.pdf Sensor Product Selector Guide /docs/en/product-selector-guide/SENSSELECT.pdf documents 553557935274807777 Selector Guide N en None Y pdf 13 N N Sensor Product Selector Guide 253.0 KB SENSSELECT N 1424471489332715853854 データ・シート 4 /docs/en/data-sheet/MPL3115A2S.pdf 2022-06-08 1654724966965711208802 PSP 1 May 17, 2024 Data Sheet The MPL3115A2S is a compact, piezoresistive, absolute pressure sensor with an I²C digital interface. MPL3115A2S has a wide operating range of 20 kPa to 110 kPa, a range that covers all surface elevations on earth. None /docs/en/data-sheet/MPL3115A2S.pdf English documents 722264 None 980000996212993340 2024-06-04 N /docs/en/data-sheet/MPL3115A2S.pdf MPL3115A2S, I²C Precision Pressure Sensor with Altimetry Data Sheet /docs/en/data-sheet/MPL3115A2S.pdf documents 980000996212993340 Data Sheet N en None Y pdf 1.6 N N MPL3115A2S, I²C Precision Pressure Sensor with Altimetry Data Sheet 722.3 KB MPL3115A2S N 1654724966965711208802 /docs/en/data-sheet/MPL3150A2S.pdf 2022-06-08 1654723654461721691730 PSP 2 May 17, 2024 Data Sheet The MPL3150A2S is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3150A2S has a wide operating range of 50 kPa to 150 kPa. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The internal processing in MPL3150A2S removes compensation and unit conversion load from the system MCU, simplifying system design. None /docs/en/data-sheet/MPL3150A2S.pdf English documents 677353 None 980000996212993340 2024-05-21 N /docs/en/data-sheet/MPL3150A2S.pdf MPL3150A2S, I²C Precision Pressure Sensor Data Sheet /docs/en/data-sheet/MPL3150A2S.pdf documents 980000996212993340 Data Sheet N en None Y pdf 1.5 N N MPL3150A2S, I²C Precision Pressure Sensor Data Sheet 677.4 KB MPL3150A2S N 1654723654461721691730 /docs/en/data-sheet/MPL3150A2.pdf 2020-01-29 1580333970314724585399 PSP 3 May 17, 2024 Data Sheet The MPL3150A2 is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3150A2 has a wide operating range of 50 kPa to 150 kPa. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The internal processing in MPL3150A2 removes compensation and unit conversion load from the system MCU, simplifying system design. None /docs/en/data-sheet/MPL3150A2.pdf English documents 683483 None 980000996212993340 2024-06-04 N /docs/en/data-sheet/MPL3150A2.pdf MPL3150A2, I²C Precision Pressure Sensor Data Sheet /docs/en/data-sheet/MPL3150A2.pdf documents 980000996212993340 Data Sheet N en None Y pdf 4.2 N N MPL3150A2, I²C Precision Pressure Sensor Data Sheet 683.5 KB MPL3150A2 N 1580333970314724585399 /docs/en/data-sheet/MPL3115A2.pdf 2017-05-23 1308319775885719433662 PSP 4 May 17, 2024 Data Sheet The MPL3115A2 is a compact, piezoresistive, absolute pressure sensor with an I2C digital interface. MPL3115A2 has a wide operating range of 20 kPa to 110 kPa, a range that covers all surface elevations on earth. The MEMS is temperature compensated utilizing an on-chip temperature sensor. The pressure and temperature data is fed into a high-resolution ADC to provide fully compensated and digitized outputs for pressure in Pascals and temperature in °C. The compensated pressure output can then be converted to altitude, utilizing the formula stated in Section 9.1.3 "Pressure/altitude" provided in meters. The internal processing in MPL3115A2 removes compensation and unit conversion load from the system MCU, simplifying system design. None /docs/en/data-sheet/MPL3115A2.pdf English documents 738078 None 980000996212993340 2024-05-21 N /docs/en/data-sheet/MPL3115A2.pdf MPL3115A2, I2C precision pressure sensor with altimetry - Data Sheet /docs/en/data-sheet/MPL3115A2.pdf documents 980000996212993340 Data Sheet N en None Y pdf 8.1 N N MPL3115A2, I2C precision pressure sensor with altimetry - Data Sheet 738.1 KB MPL3115A2 N 1308319775885719433662 ファクト・シート 1 /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf 2016-10-31 1092086607381736729272 PSP 22 Feb 12, 2020 Fact Sheet Overview Over the past 25 years, NXP Semiconductors Sensor Products Division has supplied the world with more than 650 million micro-electromechanical systems (MEMS)-based sensors. None /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf English documents 2216251 None 736675474163315314 2025-02-25 N /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf Sensor Solutions /docs/en/fact-sheet/SNSRSOLUTNTMFS.pdf documents 736675474163315314 Fact Sheet N en None Y pdf 13 N N Sensor Solutions 2.2 MB SNSRSOLUTNTMFS N 1092086607381736729272 ホワイト・ペーパ 3 /docs/en/white-paper/LOWPOWERSENSWP.pdf 2016-10-31 1365095391795722334999 PSP 27 May 20, 2015 White Paper Low power sensors with the integrated capability to reduce power consumption play an important role in extending the battery life in portable systems. NXP has extensive capabilities in sensors, microcontrollers, power management, and RF technologies. None /docs/en/white-paper/LOWPOWERSENSWP.pdf English documents 381651 None 918633085541740938 2025-02-25 N /docs/en/white-paper/LOWPOWERSENSWP.pdf Low Power Sensing /docs/en/white-paper/LOWPOWERSENSWP.pdf documents 918633085541740938 White Paper N en None Y pdf 2 N N Low Power Sensing 381.7 KB LOWPOWERSENSWP N 1365095391795722334999 /docs/en/white-paper/SENFEIOTLFWP.pdf 2016-10-31 1363970116444726555210 PSP 28 Jul 9, 2013 White Paper The age of sensor technology is upon us. These days, it&#8217;s unusual to experience an electronic consumer product that doesn&#8217;t use sensors to create new experiences for its users. Sensors are experiencing a renaissance of sorts as micro-electromechanical systems (MEMS) technology becomes less expensive and further miniaturized, in turn fueling penetration of sensors into new applications and creating new potential for the sensor market. None /docs/en/white-paper/SENFEIOTLFWP.pdf English documents 3621913 None 918633085541740938 2025-02-24 N /docs/en/white-paper/SENFEIOTLFWP.pdf The Role of Sensor Fusion and Remote Emotive Computing (REC) in the Internet of Things (IoT) - White Paper /docs/en/white-paper/SENFEIOTLFWP.pdf documents 918633085541740938 White Paper N en None Y pdf 1 N N The Role of Sensor Fusion and Remote Emotive Computing (REC) in the Internet of Things (IoT) - White Paper 3.6 MB SENFEIOTLFWP N 1363970116444726555210 /docs/en/white-paper/WINDOWS8WP.pdf 2016-10-31 1365198568416712526634 PSP 29 Apr 5, 2013 White Paper Microsoft&#8217;s Windows Sensor and Location platform for the Windows 8 operating system provides a standardized approach to implementing sensor technology that users have come to expect in tablets, slates, laptops, and other mobile devices. None /docs/en/white-paper/WINDOWS8WP.pdf English documents 709360 None 918633085541740938 2022-12-07 N /docs/en/white-paper/WINDOWS8WP.pdf Taking Advantage of a Certified Platform for Microsoft’s Windows® 8 Sensor Interface /docs/en/white-paper/WINDOWS8WP.pdf documents 918633085541740938 White Paper N en None Y pdf 0 N N Taking Advantage of a Certified Platform for Microsoft’s Windows® 8 Sensor Interface 709.4 KB WINDOWS8WP N 1365198568416712526634 ユーザ・ガイド 2 /docs/en/user-guide/SPWIN8UG.pdf 2016-10-31 1350334804067713089429 PSP 18 Oct 15, 2012 User Guide The Xtrinsic Sensor Platform for Windows 8 extends sensor fusion in tablets, slates, laptops and other portable devices. This complete hardware and software solution fuses and accelerometer, magnetometer, and gyroscope data using the ColdFire<sup>&#174;</sup> + MCU. None /docs/en/user-guide/SPWIN8UG.pdf English documents 429672 None 132339537837198660 2023-06-18 N /docs/en/user-guide/SPWIN8UG.pdf Xtrinsic Sensor Platform for Windows 8 User's Guide /docs/en/user-guide/SPWIN8UG.pdf documents 132339537837198660 User Guide N en None Y pdf 0 N N Xtrinsic Sensor Platform for Windows 8 User's Guide 429.7 KB SPWIN8UG N 1350334804067713089429 /docs/en/user-guide/MPL3115A2STUG.pdf 2012-04-30 1335828537332707033347 PSP 19 Apr 30, 2012 User Guide The NXP DEMOSTBMPL3115A2 Sensor Toolbox provides the hardware and software for demonstrating the capability of the MPL3115A2 pressure sensor. The kit includes the following: A daughter board KITSTBMPL3115A2 with the MPL3115A2 pressure sensor. The LFSTBEBMPL3115A2 evaluation board to which the daughter board is attached. The USB-interface board LFSTBUSB for connecting the evaluation board to a PC&#8217;s USB port. The DEMOSTBMPL3115A2 Quick Start Guide. None /docs/en/user-guide/MPL3115A2STUG.pdf English documents 975098 None 132339537837198660 2023-06-18 N /docs/en/user-guide/MPL3115A2STUG.pdf MPL3115A2 Sensor Toolbox - User&#8217;s Guide /docs/en/user-guide/MPL3115A2STUG.pdf documents 132339537837198660 User Guide N en None Y pdf 0 N N MPL3115A2 Sensor Toolbox - User&#8217;s Guide 975.1 KB MPL3115A2STUG N 1335828537332707033347 true Y Products

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