AMSYS is a provider of advanced micromechanical sensors and sensor systems. With pressure measurement as its chief focus, the company supplies the entire spectrum of products in this field – from sensing elements to ready-to-use transmitters. Its largest range consists of OEM products which customers can use to configure their own sensors for all pressure measurement versions. Customized modifications are also possible above and beyond the standard product range.
Besides the pressure sensors AMSYS also supplies inclinometer, humidity sensors, temperature sensors and magnetic encoders
to complete the product range of micromechanical sensors.
For all pressure measuring methods (absolute pressure, relative pressure, differential pressure, bidirectional differential pressure und barometric pressure) AMSYS offers a wide range of pressure sensors* for different pressure ranges and in different variants (balanced / not balanced / amplified / ready-to-use) and with analog and / or digital output signal.
The sensors are available in a variety of forms as an OEM pressure sensor (for PCB mounting), as a PCB pressure sensor module (pre-mounted on a printed circuit board), or as a pressure transmitter (for immediate use).
Absolute pressure sensors are used for pressure measurement against a reference pressure of 0 bar (vacuum). This can be used e.g. to determine the pressure in a closed system independent of the atmospheric pressure. They are suitable for measuring the negative pressure relative to the external pressure. In particular, it is possible to measure the ambient pressure against the vacuum, which is used for the barometric pressure measurement.
The range of AMSYS absolute pressure sensors extends from simple OEM sensors without amplification to high-precision amplified transmitters with adjusted standard output values.
The MS5212 is part of the MS52XX series and is an analog OEM absolute pressure sensor that is neither compensated nor amplified. It has the characteristics of the measuring cell and outputs the differential bridge voltage in mV.
The sensor designed for PCB mounting is available for the pressure range0 – 12 bar．The sensor measures the applied pressure against the vacuum inside the measuring cell = absolute pressure.
The absolute pressure sensor of the MS5212 series is suitable for reflow mounting and consists of a solderable ceramic substrate on which a piezoresistive pressure measuring cell is mounted. The measuring cell is protected by a metal ring or by a cap. The dimensions of the ceramic carrier with metal protective cap or ring are:7.6 x 7.6 mm2．
It is suitable for applications in which the user wants to use hisown amplifier electronicsand if necessary can perform the compensation itself or does not make high demands on the accuracy.
TheMS54XXSMD pressure sensor series is designed for pressure sensor systems with highest demands on resolution and accuracy. The device consists of a silicon micro machined pressure sensor die mounted on a 6.2 x 6.4 mm ceramic carrier protected by a metal cap. The uncompensated sensor puts out the differential voltage of the measurement cell. This voltage has to be amplified by an adequate instrument amplifier.
TheMS54XX-AXimpresses with high sensitivity (240mV FS) and theMS54XX-BXimpresses with high linearity (±0.05%FS). The measuring cell of theMS54XX-XMis surrounded by a metal ring, which can be filled with silicon gel.
MS54XX-AM, high sensitivity, absolute
Pressure range 1, 7 and 12bar, metal cap and gel protection
MS54XX-BM, high linearity, absolute
Pressure range 1, 7 and 12bar, metal cap and gel protection
The SM5420E is a non-amplified OEM sensor* for absolute pressure measurement in the SOIC-8 package for SMD mounting. It has the properties of a measuring cell and outputs the differential bridge voltage in mV.
The series of SM5420E sensors cover a pressure range of 2 to 7 bar and is available with nozzle or with hole. The absolute pressure sensors consist of a piezoresistive pressure measuring cell, which in the standard version is provided with a protective gel for better media compatibility.
The operating temperature range is -40 to 125 ° C. The sensors are suitable for OEM applications for which another amplifier or microcontroller is provided, which further processes the 95 mV signal. The resolution of the sensors is not limited by any A/D conversion. Specifically, the pressure sensors can be used in rapid pressure measurements e.g. in pneumatics or as a pressure switch. They are suitable for high-volume projects.
AMS 6916 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6916are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The pressure sensors of this series are one-sided media resistant by underside pressurization* and have a ratiometric voltage output of 0.5 … 4.5 V.
The SM6844 is a analog OEM sensor* with a novel silicon measuring cell and modern electronic signal processing.
The integrated signal processor enables calibration and temperature compensation during manufacturing. The fully balanced SM6844 is offered in a standard SOIC16 package with a horizontal pressure port forSMD mounting．As output signal, the pressure-proportional information is available as a ratiometric signal 0.5 – 4.5 V. The 6844 is a self-contained sensor that does not require additional circuitry.
The SM11X1 series barometric absolute pressure sensors are compact OEM sensors* for measuring the barometric air pressure in the range of 150 – 1800 mbar (SM1111A: 150 – 1’150 mbar, SM1111B: 600 – 1’650 mbar, SM1131: 400 – 1’800 mbar, SM1171: 400 – 1’150 mbar). They offer a 16-bit signal processing and an accuracy of 1 mbar in the temperature range of 0 – 80 ° C.
The operating temperature range of -40 – 125 ° C is very broad and suitable for versatile use with a very good accuracy of 2 mbar.
The integrated ASIC enables calibration and temperature compensation during production. Alternatively, a ratiometric analog output or digital I²C or SPI outputs are available. The digital ones output not only the pressure but also the temperature information as a digital value.
The fully balanced SM11X1 are offered in a standardized SOIC8 package for automated SMD mounting. The SOIC pressure sensors are self-sufficient and do not require additional circuitry.
The barometric air pressure (BAP) sensors are available in three different types with different electrical outputs. The supply voltage is either 3.3 V or 5 V. The power consumption of the digital versions can be lowered by command from 5 mA to 10 μA in sleep mode.
The ME77X series pressure sensors are piezoceramic OEM sensors* with integrated signal processing. The sensors deliver a ratiometric* (ME770) or a non-ratiometric (ME772) voltage and a 4-20 mA (ME771) current signal for two-wire operation.
The ME77X series is available in relative pressure, absolute pressure and sealed gage * versions. The sensors are individually and fully calibrated and temperature compensated.
These OEM sensors consist of a ceramic body with an 18 mm diameter and an octagonal membrane flush on the front. The electronics are located on a circuit board that is mounted on the back of the ceramic body.
Thanks to the excellent chemical properties of the ceramic material, the pressure sensors of the ME77X series areresistant to almost all, including aggressive, media.
TheME78X seriespressure sensors are piezoceramic OEM sensors* with integrated signal processing. The sensors provide a ratiometric* 0.5 – 4.5V voltage signal(ME780)or a digital I2C signal (ME782).
ME78X系列可以在相对压力, absolute pressure and sealed gage* versions. The sensors are individually calibrated, temperature compensated and linearized.
The ME78X series consists of a 18 mm diameter ceramic body with an octagonal membrane mounted on it. The electronics are located directly on the back of the ceramic body. The sensors are available with different electrical connections.
Thanks to the excellent chemical properties of the ceramic, the pressure sensors of the ME78X series are resistant to almost all,including aggressive media.
The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two independent, logical switching outputs. They are qualified for absolute, relative and differential measurement.
The AMS 5105 are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
The AMS 5105 series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
USB-Starter Kit as accessory available for installation of the two binary outputs via I²C bus and USB-interface of a PC, also for programming an individual I²C bus address and adjusting the switching barriers, the hysteresis and switching type.
The86A是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing and is designed for o-ring mounting. The sensing package utilizes silicone oil to transfer pressure from the 316L stainless steel diaphragm to the sensing element. The86A是设计ed for high performance, low pressure applications. A custom ASIC is used for temperature compensation, offset correction, and provides an amplified output of 0.5 to 4.5V.
The86A是设计ed for applications such as: level controls, tank level measurement, OEM equipment, corrosive fluids and gas measurement systems, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring. Its gage type reference has a pressure range of 0-1 to 0-150psi while its absolute type reference ranges from 0-15 to 0-150psi.
TheME78X seriespressure sensors are piezoceramic OEM sensors* with integrated signal processing. The sensors provide a ratiometric* 0.5 – 4.5V voltage signal(ME780)or a digital I2C signal (ME782).
ME78X系列可以在相对压力, absolute pressure and sealed gage* versions. The sensors are individually calibrated, temperature compensated and linearized.
The ME78X series consists of a 18 mm diameter ceramic body with an octagonal membrane mounted on it. The electronics are located directly on the back of the ceramic body. The sensors are available with different electrical connections.
Thanks to the excellent chemical properties of the ceramic, the pressure sensors of the ME78X series are resistant to almost all,including aggressive media.
TheMS5534pressure measurement module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5534is a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
TheMS5535pressure measurement module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5535is a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software. The MS5535 is protected by a metal ring filled with silicon gel on a ceramic hybrid 9x9mm for a pressure range: 0 … 200 PSI abs. and working within an operating temperature: -40 … +125°C.
The MS5840-02BA is a digital OEM sensor* that measures high-resolution absolute pressure. The sensor is matched and outputs the measured values as digital output signals via an I2C interface.
The reflow-capable sensor is designed for the pressure range of 10 – 2,000 mbar and is media-protected with a gel coating. In addition to the pressure, the pressure sensor measures the temperature from -20 to 85 °C.
The pressure sensor MS5840-02BA consists of a piezoresistive pressure measuring cell and an amplifier A/D interface IC, which are built on a ceramic substrate (3.3 x 3.3 x 1.7 mm³). The metal attachment protects the electronic components, facilitates O-ring assembly and makes the sensor water-resistant. The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a 16bit data code. In addition, 6 individual coefficients are stored in the sensor, which allow the highly accurate software correction for pressure and temperature measurement by an external microprocessor. The I²C interface is used for serial communication with the microprocessor.
The sensor is designed for applications with a digital system environment. Since a processor already exists here at the system level, it can be used for the simple calculation of the current pressure and temperature values.
TheMS5540Cpressure measurement miniature module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5540Cis a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
MS5540-CM: protected by a metal ring filled with silicon gel on a ceramic hybrid 6.2×6.4qmm
Pressure range: 10…1100mbar (0.15 … 16 PSI) abs.; operating temperature: -40 … +85°C
The MS5540-C is fully software compatible to previous version MS5540-B.
TheMS5541pressure measurement miniature module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5541is a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise of refresh rate and average current consumption can individually be defined by the application software.
MS5541-CM: protected by a metal ring filled with silicon gel on a ceramic hybrid 6.2×6.4mm
Pressure range: 0 … 200 PSI abs.; operating temperature: -40 … +85°C
TheMS5803-xxBAis a new generation of high resolution sensors with SPI & I²C interface. The sensor module includes a high linearity pressure sensor with an ultra low power 24 bit ADC with internal factory calibrated coefficients. It provides precise digital 24 bit pressure and temperature values and different operation modes that allow the user to optimize for conversion speed and current consumption. A high resolution temperature output allows the implementation of an altimeter/thermometer function without an additional sensor. Gel protection and an antimagnetic stainless steel cap allow the use in 100m waterproof altimeter/compass watches.
TheMS5805-02BAis a new generation of high-resolution altimeter sensors from MEAS Switzerland with I²C bus interface. It is optimized for altimeters and variometers with an altitude resolution of 20 cm. The sensor module includes a high-linearity pressure sensor and an ultra low power 24 bit ΔΣ ADC with internal factory-calibrated coefficients. It provides a precise digital 24 Bit pressure and temperature value and different operation modes that allow the user to optimize for conversion speed and current consumption. A high-resolution temperature output allows the implementation of an altimeter/thermometer function without any additional sensor.
TheMS5805-02BAcan be interfaced to virtually any microcontroller. The communication protocol is simple, without the need of programming internal registers in the device. This new sensor module generation is based on leading MEMS technology and latest benefits from MEAS Switzerland proven experience and know-how in high volume manufacturing of altimeter modules, which have been widely used for over a decade. The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal.
TheMS5561Cpressure measurement miniature module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5561Cis a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
MS5561-C: protected by a metal cap filled with silicon gel on a ceramic hybrid 6.2×6.4mm2
Pressure range: 10…1100mbar (0.15 … 16 PSI) abs.; operating temperature: -40 … +85°C.
The MS5637 is a digital OEM sensor* that measures absolute pressure and ambient temperature with high resolution. The sensor is compensated and outputs the measured values as digital output signals via an I²C interface.
The reflowable sensorMS5637-02BA03是设计ed for the pressure range of10 – 2000 mbar, but optimized for the pressure range300 – 1200 mbar．The newer version of theMS5637-30BA是设计ed for the range0-30 barand optimized for the range0.3 – 14 bar．In addition to the pressure, the sensors measure the temperature from-40 to 85 ° C．
TheMS5637pressure sensors consist of a piezoresistive pressure cell and an amplifier A/D-interface-IC, housed in a QFN package (3.0 x 3.0 x 0.9 mm³). The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a16-bit data word．In addition, 6 individual coefficients are stored in the sensor, which allow the highly accurate software correction for the pressure and temperature measurement by an external microprocessor. The I²C interface is used for serial communication with the microprocessor.
The sensors are intended for applications with a digital system environment. Since there is already a processor at system level, this can be used to easily calculate the current pressure and temperature values.
TheMS5607is a high precision pressure sensor module* and includes a linear pressure measurement element (pressure die) and an ultra low power 24 bit ΣΔ- A/D-converter with internal factory calibrated coefficients. The main function is to convert the uncompensated analogue voltage from the pressure die to a 24bit digital value, as well as providing a 24 bit value for the temperature. These values can be calculated with the aid of the internal coefficients in any external processor to the real calibrated values. TheMS5607提供了不同的操作模式,允许选择imizing for speed and current consumption. A consumption of 0.9μA at one conversion per second (8bit) to 12.5μA (24bit) and resolution selection per conversion enables an optimum application specific power performance trade-offs to be realized.
模块通过一个或两个四线SPI通信-wire I²C interface. TheMS5607is mounted in a small QFN-package and allows the integration in miniaturized mobile devices without any additional components.The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal.
TheMS5611is a high precision pressure sensor module* and includes a linear pressure measurement element (pressure die) and an ultra low power 24 bit ΣΔ- A/D-converter with internal factory calibrated coefficients. The main function is to convert the uncompensated analogue voltage from the pressure die to a 24bit digital value, as well as providing a 24 bit value for the temperature. These values can be calculated with the aid of the internal coefficients in any external processor to the real calibrated values. TheMS5611提供了不同的操作模式,允许选择imizing for speed and current consumption. A consumption of 0.9μA at one conversion per second (8bit) to 12.5μA (24bit) and resolution selection per conversion enables an optimum application specific power performance trade-offs to be realized.
模块通过一个或两个四线SPI通信-wire I²C interface. TheMS5611is mounted in a small QFN-package and allows the integration in miniaturized mobile devices without any additional components. The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal.
The MS5837 are digital OEM sensors* that measure the absolute pressure* with high resolution. They are compensated and output the measured values as digital output signals via an I²C interface.
The reflowable sensors are designed for the pressure range of300 – 1200 mbar(MS5837-02BA03) and0 – 30 bar(MS5837-30BA) and are media-protected with a gel coating. In addition to the pressure, they measure the temperature from -40 to 85 ° C.
TheMS5837pressure sensors consist of a piezoresistive pressure cell and an amplifier A/D-interface-IC, housed in a QFN package (3.3 x 3.3 x 2.75 mm³). The metal top protects the electronic components and facilitates O-ring mounting. The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a24-bit data word．In addition, 6 individual coefficients are stored in the sensor, which allow the highly accurate software correction for the pressure and temperature measurement by an external microprocessor. The I²C interface is used for serial communication with the microprocessor.
The sensors are intended for applications with a digital system environment. Since there is already a processor at system level, this can be used to easily calculate the current pressure and temperature values.
The MS5839 is a digital OEM sensor* that measures the absolute pressure* with high resolution. It is compensated and outputs the measured values as digital output signals via an I²C interface.
The reflowable sensors are designed for the pressure range of300 – 1200 mbar(MS5839-02BA36) and are media-protected with a chlorine resistant gel coating. They are also shielded. In addition to the pressure, they measure the temperature from -40 to 85 ° C.
TheMS5839pressure sensors consist of a piezoresistive pressure cell and an amplifier A/D-interface-IC, housed in a QFN package (3.3 x 3.3 x 2.75 mm³). The metal top protects the electronic components and facilitates O-ring mounting. The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a24-bit data word．The I²C interface is used for serial communication with the microprocessor.
The sensors are intended for applications with a digital system environment. Since there is already a processor at system level, this can be used to easily calculate the current pressure and temperature values.
AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports.
AMS 5915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 15 x 15 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 5915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
AMS 6915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2.5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 6915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
The SM11X1 series barometric absolute pressure sensors are compact OEM sensors* for measuring the barometric air pressure in the range of 150 – 1800 mbar (SM1111A: 150 – 1’150 mbar, SM1111B: 600 – 1’650 mbar, SM1131: 400 – 1’800 mbar, SM1171: 400 – 1’150 mbar). They offer a 16-bit signal processing and an accuracy of 1 mbar in the temperature range of 0 – 80 ° C.
The operating temperature range of -40 – 125 ° C is very broad and suitable for versatile use with a very good accuracy of 2 mbar.
The integrated ASIC enables calibration and temperature compensation during production. Alternatively, a ratiometric analog output or digital I²C or SPI outputs are available. The digital ones output not only the pressure but also the temperature information as a digital value.
The fully balanced SM11X1 are offered in a standardized SOIC8 package for automated SMD mounting. The SOIC pressure sensors are self-sufficient and do not require additional circuitry.
The barometric air pressure (BAP) sensors are available in three different types with different electrical outputs. The supply voltage is either 3.3 V or 5 V. The power consumption of the digital versions can be lowered by command from 5 mA to 10 μA in sleep mode.
The85BSD是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing. This 14-bit digital output pressure sensor supports I2C and SPI interface protocols in either a 3.3 or 5.0Vdc supply voltage.
With a diaphragm of just 13mm in diameter, this ASIC calibrated piezoresistive silicon pressure sensor is designed to be weldable or threaded with process fittings for high performance, low pressure applications. It utilizes silicone oil to transfer pressure from its 316L stainless steel diaphragm to its sensing element.
The85BSDis configured in a backside, header-less design with a pressure range between 0-5 and 0-300psi in either absolute or gage reference type. Operating from -40°C to +125°C, it features both pressure and temperature read-out capabilities.
This backside digital output pressure sensor can be used for various applications such as: level controls, tank level measurement, corrosive liquid or gas measurement systems, OEM equipment, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring.
The86BSD是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing. This 14-bit digital output pressure sensor supports I²C and SPI interface protocols, may come in a 3.3 or 5.0Vdc supply voltage and is designed for o-ring mounting.
This small 16mm, ASIC calibrated pirezoresistive silicon pressure sensor is designed to be mountable with an o-ring seal for high performance, low pressure applications. It utilizes silicone oil to transfer pressure from its 316L stainless steel diaphragm to its sensing element.
The86BSDis configured in a backside, header-less design with a pressure range of 1 – 300psi in either absolute or gage reference type. Operating from -40°C to +125°C, it features both pressure and temperature read-out capabilities.
This backside digital output pressure sensor can be used for various applications such as: level controls, tank level measurement, corrosive fluids and gas measurement systems, OEM equipment, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring.
TheAMS 5812series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensor in a dual in-line package (DIP) configuration with a 0,5 -4,5V/2,5 ±2V analog output und an I²C- interface.
TheAMS 5812are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
TheAMS 5812series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
Combining the sensor and the signal conditioning circuitry in a single package simplifies the use of advanced silicon micro machined pressure sensors. The pressure sensor 0.6×0.6 inch² can be directly mounted to a standard printed circuit board and no additional components are required for obtaining an amplified high level, calibrated pressure measurement.
The AMS 2710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 2710 is a pressure sensor module* which fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 2710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply.
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 2710 comes as a pressure sensor module and is unilaterally mediaresistent due to underside pressurization*.
The AMS 4710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 4710 is designed for fast screw assembly in a harsh industrial environment and fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 4710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 4710 comes in a robust and compact plastic package (IP67) and is unilaterally mediaresistent due to underside pressurization*.
One process of AMS 3010 production is thecalibrationas well as thecompensationof temperature dependent drift of offset and span. An integrated CMOS-DSP and EEPROM allows high accuracy in pressure measurement. All sensors in this series provide an analogoutput signal of 0 .. 10 Vand can be powered within a wide supply voltage range between 12 .. 36 V.
AMS 3010 comes in a rugged metal package with standard M5 female threads for pressure connection. Available with various pressure fittings and with or without connection cable, this pressure transducer can stand up to 16 bar system pressure*.
These pressure sensors have a high accuracy and a quick turnaround for demanding commercial andheavy industrial applications．The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence.
This series is suitable for measurement of liquid or gas pressure, even for difficult media such as contaminated water, steam, and mildly corrosive fluids.
TheU5200is mediaresistent and exceeds the latest heavy industrial CE requirements including overvoltage protection. The circuit is protected from reverse wiring at input and short circuit at output.
The external pressure sensors Panasonic DPH-100 for air pressure measurement are used everywhere in the industrial gas control, where for reasons of space no pressure switch from Panasonic DP series can be installed or where its connection via pressure hoses causes disadvantages.
In large or difficult to access machines, the pressure hoses often have to be designed long, which reduces the possible clock rate, since the transmission medium air limits the speed of measurements. Short pressure hoses increase accuracy and the flexible cable is also used on moving machine parts. DPH-100 sensors can be equipped with up to 10 m long cables. The power supply of 12 .. 24 VDC is carried out via the pressure controller DPC-100.
The MS8607 triple sensor combines a pressure sensing element for barometric pressure, a sensing element for humidity and a temperature detector with integrated, digital evaluation electronics (ASIC).
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
The measured physical variables are amplified in the ASIC and converted into24-bitdata values for pressure and temperature and into a16-bitvalue for relative humidity. The data values are available as independent output signals inI²C format．The internal I2C interface is used to communicate with an external microprocessor. In a simple algorithm this links the output signals with the individual, stored correction coefficients and thus calibrates the measurements.
The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The miniaturized sensors in the AMS 4506 series are high-precision, ready-to-use transmitters* which are suitable for measuring barometric absolute pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. In addition, a gateway for data readout is available.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
Monitoring in places which are difficult to access for:
The U5600 are wireless pressure and temperature transmitters* with iOS, Android and Windows XP / 7+ compatibility.
These pressure transducers transmit the calibrated and temperature compensated signals via Bluetooth communication protocol (Bluetooth 4.0), enabling a wireless process control by that. The transmitters are powered by a simple button cell CR2032 / CR2050 and can be read via an app or PC software. They measure the absolute, the relative and the sealed gage* pressure independent of media and are available with many pressure connection variants.
The wirelessU5600transmitters* are recommended for their high accuracy, long-term stability and numerous protection features for demanding industrial applications. The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence. The U5600 are therefore particularly suitable for measuring pressure in liquids or gases. They can even be used in contaminated water, in hot steam and in weakly corrosive liquids.
The AMS 8607 BLE is a battery-powered Bluetooth Low Energy (BLE) multisensor for measuring relative humidity, barometric pressure and temperature. Data is transmitted via Bluetooth 4.1 and can be read out and configured by a smartphone app. The wireless sensor is ideal for use in devices that require all three metrics and are installed in hard-to-reach locations.
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
This sensor is optimized for low power consumption and is powered by batteries. It has a range of about 100 m in the open field. The AMS 8607BLE is built into a plastic housing that allows for indoor and outdoor use.
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
AMS 6916 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6916are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The pressure sensors of this series are one-sided media resistant by underside pressurization* and have a ratiometric voltage output of 0.5 … 4.5 V.
TheME78X seriespressure sensors are piezoceramic OEM sensors* with integrated signal processing. The sensors provide a ratiometric* 0.5 – 4.5V voltage signal(ME780)or a digital I2C signal (ME782).
ME78X系列可以在相对压力, absolute pressure and sealed gage* versions. The sensors are individually calibrated, temperature compensated and linearized.
The ME78X series consists of a 18 mm diameter ceramic body with an octagonal membrane mounted on it. The electronics are located directly on the back of the ceramic body. The sensors are available with different electrical connections.
Thanks to the excellent chemical properties of the ceramic, the pressure sensors of the ME78X series are resistant to almost all,including aggressive media.
The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two independent, logical switching outputs. They are qualified for absolute, relative and differential measurement.
The AMS 5105 are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
The AMS 5105 series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
USB-Starter Kit as accessory available for installation of the two binary outputs via I²C bus and USB-interface of a PC, also for programming an individual I²C bus address and adjusting the switching barriers, the hysteresis and switching type.
The86A是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing and is designed for o-ring mounting. The sensing package utilizes silicone oil to transfer pressure from the 316L stainless steel diaphragm to the sensing element. The86A是设计ed for high performance, low pressure applications. A custom ASIC is used for temperature compensation, offset correction, and provides an amplified output of 0.5 to 4.5V.
The86A是设计ed for applications such as: level controls, tank level measurement, OEM equipment, corrosive fluids and gas measurement systems, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring. Its gage type reference has a pressure range of 0-1 to 0-150psi while its absolute type reference ranges from 0-15 to 0-150psi.
The ME77X series pressure sensors are piezoceramic OEM sensors* with integrated signal processing. The sensors deliver a ratiometric* (ME770) or a non-ratiometric (ME772) voltage and a 4-20 mA (ME771) current signal for two-wire operation.
The ME77X series is available in relative pressure, absolute pressure and sealed gage * versions. The sensors are individually and fully calibrated and temperature compensated.
These OEM sensors consist of a ceramic body with an 18 mm diameter and an octagonal membrane flush on the front. The electronics are located on a circuit board that is mounted on the back of the ceramic body.
Thanks to the excellent chemical properties of the ceramic material, the pressure sensors of the ME77X series areresistant to almost all, including aggressive, media.
AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports.
AMS 5915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 15 x 15 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 5915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
AMS 6915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2.5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 6915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
The85BSD是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing. This 14-bit digital output pressure sensor supports I2C and SPI interface protocols in either a 3.3 or 5.0Vdc supply voltage.
With a diaphragm of just 13mm in diameter, this ASIC calibrated piezoresistive silicon pressure sensor is designed to be weldable or threaded with process fittings for high performance, low pressure applications. It utilizes silicone oil to transfer pressure from its 316L stainless steel diaphragm to its sensing element.
The85BSDis configured in a backside, header-less design with a pressure range between 0-5 and 0-300psi in either absolute or gage reference type. Operating from -40°C to +125°C, it features both pressure and temperature read-out capabilities.
This backside digital output pressure sensor can be used for various applications such as: level controls, tank level measurement, corrosive liquid or gas measurement systems, OEM equipment, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring.
The86BSD是一个小侧面,媒体兼容,piezoresisti吗ve silicon pressure sensor packaged in a 316L stainless steel housing. This 14-bit digital output pressure sensor supports I²C and SPI interface protocols, may come in a 3.3 or 5.0Vdc supply voltage and is designed for o-ring mounting.
This small 16mm, ASIC calibrated pirezoresistive silicon pressure sensor is designed to be mountable with an o-ring seal for high performance, low pressure applications. It utilizes silicone oil to transfer pressure from its 316L stainless steel diaphragm to its sensing element.
The86BSDis configured in a backside, header-less design with a pressure range of 1 – 300psi in either absolute or gage reference type. Operating from -40°C to +125°C, it features both pressure and temperature read-out capabilities.
This backside digital output pressure sensor can be used for various applications such as: level controls, tank level measurement, corrosive fluids and gas measurement systems, OEM equipment, sealed systems, manifold pressure measurement, barometric pressure measurement and submersible depth monitoring.
TheAMS 5812series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensor in a dual in-line package (DIP) configuration with a 0,5 -4,5V/2,5 ±2V analog output und an I²C- interface.
TheAMS 5812are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
TheAMS 5812series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
Combining the sensor and the signal conditioning circuitry in a single package simplifies the use of advanced silicon micro machined pressure sensors. The pressure sensor 0.6×0.6 inch² can be directly mounted to a standard printed circuit board and no additional components are required for obtaining an amplified high level, calibrated pressure measurement.
The AMS 2710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 2710 is a pressure sensor module* which fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 2710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply.
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 2710 comes as a pressure sensor module and is unilaterally mediaresistent due to underside pressurization*.
The AMS 4710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 4710 is designed for fast screw assembly in a harsh industrial environment and fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 4710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 4710 comes in a robust and compact plastic package (IP67) and is unilaterally mediaresistent due to underside pressurization*.
One process of AMS 3010 production is thecalibrationas well as thecompensationof temperature dependent drift of offset and span. An integrated CMOS-DSP and EEPROM allows high accuracy in pressure measurement. All sensors in this series provide an analogoutput signal of 0 .. 10 Vand can be powered within a wide supply voltage range between 12 .. 36 V.
AMS 3010 comes in a rugged metal package with standard M5 female threads for pressure connection. Available with various pressure fittings and with or without connection cable, this pressure transducer can stand up to 16 bar system pressure*.These pressure sensors have a high accuracy and a quick turnaround for demanding commercial andheavy industrial applications．The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence.
This series is suitable for measurement of liquid or gas pressure, even for difficult media such as contaminated water, steam, and mildly corrosive fluids.
TheU5200is mediaresistent and exceeds the latest heavy industrial CE requirements including overvoltage protection. The circuit is protected from reverse wiring at input and short circuit at output.
The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The U5600 are wireless pressure and temperature transmitters* with iOS, Android and Windows XP / 7+ compatibility.
These pressure transducers transmit the calibrated and temperature compensated signals via Bluetooth communication protocol (Bluetooth 4.0), enabling a wireless process control by that. The transmitters are powered by a simple button cell CR2032 / CR2050 and can be read via an app or PC software. They measure the absolute, the relative and the sealed gage* pressure independent of media and are available with many pressure connection variants.
The wirelessU5600transmitters* are recommended for their high accuracy, long-term stability and numerous protection features for demanding industrial applications. The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence. The U5600 are therefore particularly suitable for measuring pressure in liquids or gases. They can even be used in contaminated water, in hot steam and in weakly corrosive liquids.
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
The range of differential pressure sensors ranges from non-balanced OEM sensors to media-compatible, ready-to-use transmitters with standard output values.
AMS 6916 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6916are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The pressure sensors of this series are one-sided media resistant by underside pressurization* and have a ratiometric voltage output of 0.5 … 4.5 V.
The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two independent, logical switching outputs. They are qualified for absolute, relative and differential measurement.
The AMS 5105 are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
The AMS 5105 series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
USB-Starter Kit as accessory available for installation of the two binary outputs via I²C bus and USB-interface of a PC, also for programming an individual I²C bus address and adjusting the switching barriers, the hysteresis and switching type.
AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports.
AMS 5915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 15 x 15 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 5915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
AMS 6915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2.5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 6915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
TheAMS 5812series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensor in a dual in-line package (DIP) configuration with a 0,5 -4,5V/2,5 ±2V analog output und an I²C- interface.
TheAMS 5812are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
TheAMS 5812series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
Combining the sensor and the signal conditioning circuitry in a single package simplifies the use of advanced silicon micro machined pressure sensors. The pressure sensor 0.6×0.6 inch² can be directly mounted to a standard printed circuit board and no additional components are required for obtaining an amplified high level, calibrated pressure measurement.
The AMS 2710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 2710 is a pressure sensor module* which fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 2710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply.
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 2710 comes as a pressure sensor module and is unilaterally mediaresistent due to underside pressurization*.
The AMS 4710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 4710 is designed for fast screw assembly in a harsh industrial environment and fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 4710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 4710 comes in a robust and compact plastic package (IP67) and is unilaterally mediaresistent due to underside pressurization*.
One process of AMS 3010 production is thecalibrationas well as thecompensationof temperature dependent drift of offset and span. An integrated CMOS-DSP and EEPROM allows high accuracy in pressure measurement. All sensors in this series provide an analogoutput signal of 0 .. 10 Vand can be powered within a wide supply voltage range between 12 .. 36 V.
AMS 3010 comes in a rugged metal package with standard M5 female threads for pressure connection. Available with various pressure fittings and with or without connection cable, this pressure transducer can stand up to 16 bar system pressure*.
The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
The range of bidirectional differential pressure sensors ranges from calibrated OEM sensors to high-precision amplified transmitters with standard output values.
AMS 6916 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6916are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The pressure sensors of this series are one-sided media resistant by underside pressurization* and have a ratiometric voltage output of 0.5 … 4.5 V.
The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two independent, logical switching outputs. They are qualified for absolute, relative and differential measurement.
The AMS 5105 are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
The AMS 5105 series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
USB-Starter Kit as accessory available for installation of the two binary outputs via I²C bus and USB-interface of a PC, also for programming an individual I²C bus address and adjusting the switching barriers, the hysteresis and switching type.
AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports.
AMS 5915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 15 x 15 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 5915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
AMS 6915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2.5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 6915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
TheAMS 5812series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensor in a dual in-line package (DIP) configuration with a 0,5 -4,5V/2,5 ±2V analog output und an I²C- interface.
TheAMS 5812are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
TheAMS 5812series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
Combining the sensor and the signal conditioning circuitry in a single package simplifies the use of advanced silicon micro machined pressure sensors. The pressure sensor 0.6×0.6 inch² can be directly mounted to a standard printed circuit board and no additional components are required for obtaining an amplified high level, calibrated pressure measurement.
The AMS 2710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 2710 is a pressure sensor module* which fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 2710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply.
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 2710 comes as a pressure sensor module and is unilaterally mediaresistent due to underside pressurization*.
The AMS 4710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 4710 is designed for fast screw assembly in a harsh industrial environment and fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 4710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 4710 comes in a robust and compact plastic package (IP67) and is unilaterally mediaresistent due to underside pressurization*.
One process of AMS 3010 production is thecalibrationas well as thecompensationof temperature dependent drift of offset and span. An integrated CMOS-DSP and EEPROM allows high accuracy in pressure measurement. All sensors in this series provide an analogoutput signal of 0 .. 10 Vand can be powered within a wide supply voltage range between 12 .. 36 V.
AMS 3010 comes in a rugged metal package with standard M5 female threads for pressure connection. Available with various pressure fittings and with or without connection cable, this pressure transducer can stand up to 16 bar system pressure*.The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
TheAMSYS rangeof barometric pressure sensors extends from simple uncompensated silicon cells to OEM sensors to high-precision amplified transmitters (ready-to-use sensors) with standard output values.
AMS 6916 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports.
AMS 6916are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 13 x 10 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The pressure sensors of this series are one-sided media resistant by underside pressurization* and have a ratiometric voltage output of 0.5 … 4.5 V.
The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two independent, logical switching outputs. They are qualified for absolute, relative and differential measurement.
The AMS 5105 are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
The AMS 5105 series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
USB-Starter Kit as accessory available for installation of the two binary outputs via I²C bus and USB-interface of a PC, also for programming an individual I²C bus address and adjusting the switching barriers, the hysteresis and switching type.
TheMS5534pressure measurement module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5534is a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
TheMS5540Cpressure measurement miniature module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5540Cis a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
MS5540-CM: protected by a metal ring filled with silicon gel on a ceramic hybrid 6.2×6.4qmm
Pressure range: 10…1100mbar (0.15 … 16 PSI) abs.; operating temperature: -40 … +85°C
The MS5540-C is fully software compatible to previous version MS5540-B.
TheMS5561Cpressure measurement miniature module consists of a SMD-hybrid device including a piezoresistive pressure cell and an ADC-Interface IC. It provides 16 Bit data words from a pressure- and temperature-dependent voltage. Additionally the module contains 6 readable coefficients for a highly accurate software calibration for the pressure and temperature measurement. TheMS5561Cis a low-power, low-voltage device with automatic power down (ON/OFF) switching. A 3-wire interface is used to communicate with a microcontroller.
The devices have a very low standby-current. The optimal compromise about refresh rate and average current consumption can individually be defined by the application software.
MS5561-C: protected by a metal cap filled with silicon gel on a ceramic hybrid 6.2×6.4mm2
Pressure range: 10…1100mbar (0.15 … 16 PSI) abs.; operating temperature: -40 … +85°C.
TheMS5607is a high precision pressure sensor module* and includes a linear pressure measurement element (pressure die) and an ultra low power 24 bit ΣΔ- A/D-converter with internal factory calibrated coefficients. The main function is to convert the uncompensated analogue voltage from the pressure die to a 24bit digital value, as well as providing a 24 bit value for the temperature. These values can be calculated with the aid of the internal coefficients in any external processor to the real calibrated values. TheMS5607提供了不同的操作模式,允许选择imizing for speed and current consumption. A consumption of 0.9μA at one conversion per second (8bit) to 12.5μA (24bit) and resolution selection per conversion enables an optimum application specific power performance trade-offs to be realized.
模块通过一个或两个四线SPI通信-wire I²C interface. TheMS5607is mounted in a small QFN-package and allows the integration in miniaturized mobile devices without any additional components.The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal.
The MS5637 is a digital OEM sensor* that measures absolute pressure and ambient temperature with high resolution. The sensor is compensated and outputs the measured values as digital output signals via an I²C interface.
The reflowable sensorMS5637-02BA03是设计ed for the pressure range of10 – 2000 mbar, but optimized for the pressure range300 – 1200 mbar．The newer version of theMS5637-30BA是设计ed for the range0-30 barand optimized for the range0.3 – 14 bar．In addition to the pressure, the sensors measure the temperature from-40 to 85 ° C．
TheMS5637pressure sensors consist of a piezoresistive pressure cell and an amplifier A/D-interface-IC, housed in a QFN package (3.0 x 3.0 x 0.9 mm³). The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a16-bit data word．In addition, 6 individual coefficients are stored in the sensor, which allow the highly accurate software correction for the pressure and temperature measurement by an external microprocessor. The I²C interface is used for serial communication with the microprocessor.
The sensors are intended for applications with a digital system environment. Since there is already a processor at system level, this can be used to easily calculate the current pressure and temperature values.
The MS5837 are digital OEM sensors* that measure the absolute pressure* with high resolution. They are compensated and output the measured values as digital output signals via an I²C interface.
The reflowable sensors are designed for the pressure range of300 – 1200 mbar(MS5837-02BA03) and0 – 30 bar(MS5837-30BA) and are media-protected with a gel coating. In addition to the pressure, they measure the temperature from -40 to 85 ° C.
TheMS5837pressure sensors consist of a piezoresistive pressure cell and an amplifier A/D-interface-IC, housed in a QFN package (3.3 x 3.3 x 2.75 mm³). The metal top protects the electronic components and facilitates O-ring mounting. The sensor converts the measured pressure- and temperature-dependent signal of the measuring cell into a24-bit data word．In addition, 6 individual coefficients are stored in the sensor, which allow the highly accurate software correction for the pressure and temperature measurement by an external microprocessor. The I²C interface is used for serial communication with the microprocessor.
The sensors are intended for applications with a digital system environment. Since there is already a processor at system level, this can be used to easily calculate the current pressure and temperature values.
TheMS5805-02BAis a new generation of high-resolution altimeter sensors from MEAS Switzerland with I²C bus interface. It is optimized for altimeters and variometers with an altitude resolution of 20 cm. The sensor module includes a high-linearity pressure sensor and an ultra low power 24 bit ΔΣ ADC with internal factory-calibrated coefficients. It provides a precise digital 24 Bit pressure and temperature value and different operation modes that allow the user to optimize for conversion speed and current consumption. A high-resolution temperature output allows the implementation of an altimeter/thermometer function without any additional sensor.
TheMS5805-02BAcan be interfaced to virtually any microcontroller. The communication protocol is simple, without the need of programming internal registers in the device. This new sensor module generation is based on leading MEMS technology and latest benefits from MEAS Switzerland proven experience and know-how in high volume manufacturing of altimeter modules, which have been widely used for over a decade. The sensing principle employed leads to very low hysteresis and high stability of both pressure and temperature signal.
AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports.
AMS 5915are calibrated and compensated for across a wide temperature range of -25 to +85°C. These pressure sensors come as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs) 15 x 15 mm² and are fully operational without the need for any additional components. The electrical connection is made via the DIP solder pins; pressure is connected via two vertical metal tubes.
The AMS 5915combine a micromachined, high quality piezoresistive measuring cell with a modern, digital signal conditioning mixed-signal CMOS-ASIC on a ceramic substrate.
TheAMS 5812series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensor in a dual in-line package (DIP) configuration with a 0,5 -4,5V/2,5 ±2V analog output und an I²C- interface.
TheAMS 5812are calibrated and compensated in the temperature range of -25 – 85°C. High precision, high stability and low drift are the result of a combination between the MEMS technology and a microelectronics signal conditioning ASIC.
TheAMS 5812series pressure sensors are based on a highly stable, piezoresistive pressure sensor chips mounted on a ceramic substrate. The electronically programmable ASIC is contained in the same package to provide calibration and temperature compensation.
Combining the sensor and the signal conditioning circuitry in a single package simplifies the use of advanced silicon micro machined pressure sensors. The pressure sensor 0.6×0.6 inch² can be directly mounted to a standard printed circuit board and no additional components are required for obtaining an amplified high level, calibrated pressure measurement.
The AMS 2710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 2710 is a pressure sensor module* which fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 2710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply.
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 2710 comes as a pressure sensor module and is unilaterally mediaresistent due to underside pressurization*.
The AMS 4710 sensor is part of a series of miniaturized analog pressure transmitters* ready for use. AMS 4710 is designed for fast screw assembly in a harsh industrial environment and fits for absolute, differential, gage and bidirectional differential pressure measurement.
One process of AMS 4710 production is the calibration as well as the compensation of temperature dependent drift of offset and span. No additional adjustment on the part of the customer is necessary. The sensor provides a 0…10 V output signal at 12 – 36 V voltage supply
An integrated CMOS-DSP and EEPROM allow high accuracy in measurement capability. AMS 4710 comes in a robust and compact plastic package (IP67) and is unilaterally mediaresistent due to underside pressurization*.
One process of AMS 3010 production is thecalibrationas well as thecompensationof temperature dependent drift of offset and span. An integrated CMOS-DSP and EEPROM allows high accuracy in pressure measurement. All sensors in this series provide an analogoutput signal of 0 .. 10 Vand can be powered within a wide supply voltage range between 12 .. 36 V.
AMS 3010 comes in a rugged metal package with standard M5 female threads for pressure connection. Available with various pressure fittings and with or without connection cable, this pressure transducer can stand up to 16 bar system pressure*.The MS8607 triple sensor combines a pressure sensing element for barometric pressure, a sensing element for humidity and a temperature detector with integrated, digital evaluation electronics (ASIC).
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
The measured physical variables are amplified in the ASIC and converted into24-bitdata values for pressure and temperature and into a16-bitvalue for relative humidity. The data values are available as independent output signals inI²C format．The internal I2C interface is used to communicate with an external microprocessor. In a simple algorithm this links the output signals with the individual, stored correction coefficients and thus calibrates the measurements.
The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The U5600 are wireless pressure and temperature transmitters* with iOS, Android and Windows XP / 7+ compatibility.
These pressure transducers transmit the calibrated and temperature compensated signals via Bluetooth communication protocol (Bluetooth 4.0), enabling a wireless process control by that. The transmitters are powered by a simple button cell CR2032 / CR2050 and can be read via an app or PC software. They measure the absolute, the relative and the sealed gage* pressure independent of media and are available with many pressure connection variants.
The wirelessU5600transmitters* are recommended for their high accuracy, long-term stability and numerous protection features for demanding industrial applications. The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence. The U5600 are therefore particularly suitable for measuring pressure in liquids or gases. They can even be used in contaminated water, in hot steam and in weakly corrosive liquids.
The AMS 8607 BLE is a battery-powered Bluetooth Low Energy (BLE) multisensor for measuring relative humidity, barometric pressure and temperature. Data is transmitted via Bluetooth 4.1 and can be read out and configured by a smartphone app. The wireless sensor is ideal for use in devices that require all three metrics and are installed in hard-to-reach locations.
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
This sensor is optimized for low power consumption and is powered by batteries. It has a range of about 100 m in the open field. The AMS 8607BLE is built into a plastic housing that allows for indoor and outdoor use.
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
The TSYS01 is a digital temperature sensor distinguished by its high accuracy which is suitable for use in battery-operated devices.
The digital single-chip temperature sensor enables the measured digital 24-bit temperature to be calibrated with internally stored calibration coefficients to produce a digital value with ahigh resolution．The TSYS01 can be connected to any microcontroller through the I2C/SPI. Using a simple algorithm this calculates the measured, calibrated temperature from the corrected ADC output values.
The TSYS01 is convincing with itsabove-average accuracy,extremelylow current consumptionandlow level of self-heating．Its small size and supply voltage make the temperature sensor particularly suitable for use inmobile, battery-operated applications．
The TSYS02D is a digital temperature sensor distinguished by its high level of miniaturization and high accuracy. The sensor is suitable for use in battery-operated devices.
The digital single-chip temperature sensor enables the measured digital 16-bit temperature to be calibrated with internally stored calibration coefficients to produce a digital value with ahigh resolution．The TSYS02D can be connected to any microcontroller through theI2C interface．使用这一个简单的算法s calculates the measured, calibrated temperature from the corrected ADC output values.
The TSYS02D is convincing with its degree of accuracy, extremelylow current consumptionand low level of self-heating. Its small size and supply voltage make the temperature sensor particularly suitable for use inmobile, battery-operated applications．
The TSYS02 family includes the TSYS02D and the TSYS02P(PWM).The TSYS02P is an analog temperature sensor distinguished by its high level of miniaturization and high accuracy. The sensor is suitable for use in battery-operated devices.
The analog single-chip temperature sensor enables the measured digital 16-bit temperature to be calibrated and outputs this as a PWM signal.
The TSYS02P is convincing with its degree of accuracy, extremelylow current consumptionand low level of self-heating. Its small size and supply voltage make the temperature sensor particularly suitable for use inmobile, battery-operated applications．
The TSYS02 family includes the TSYS02P(PWM) and the TSYS02D.
The HS1101LF is an OEM humidity sensor with a capacitive sensing element and an analog output. The humidity is output in pF (capacity) or Hz (frequency).
The sensor is designed for an extended temperature range of-60 to +140°C．It is mounted in a two-pin housing with air outlets which can be assembled in an automated reflow process.
The HS1101LF humidity sensor is designed for large-scale, cost-sensitive applications, such as building automation, car cabin air control, household appliances and industrial process control systems.
The digital HTU20D OEM sensor is a combination of capacitive humidity sensing element and temperature sensor. Each sensor is individually calibrated, compensated for and tested.
The humidity can be measured within a range of 0 to 100% RH. The temperature sensor is designed for a range of -40 to 125°C.
The outputs for humidity and temperature inI²C formatare suitable for further data processing using simple, inexpensive microcontrollers.
Theresolutionof the HTU20D can be programmed(8/12 bits to 12/14 bits RH/T).As the sensor has alow power consumptionit is suitable for battery operation, with information on the current battery level provided.
The HTU20P OEM sensor is a combination of capacitive humidity sensing element and temperature sensor. Each sensor is individually calibrated, compensated for and tested.
The output signal is a 120-Hz PWM signal which enables an analog DC output signal to be generated through a suitable lowpass filter.
The sensor has a wide measurement range for relative humidity of between0 and 100% RH．The accuracy varies from ±3% between 20 and 80% RH (@ 25°C) to up to 7% in the extended range. Temperature is detected with an accuracy of ±0.3°C (@ 25°C) within a spectrum of-40 to +125°C．The resolution for relative humidity and for temperature is 10 and 12 bits respectively.
The digital HTU21D OEM sensor is a combination of capacitive humidity sensing element and temperature sensor. Each sensor is individually calibrated, compensated for and tested.
The humidity can be measured within a range of0 to 100% RH．The temperature sensor is designed for a range of-40 to 125°C．
The outputs for humidity and temperature inI²C formatare suitable for further data processing using simple, inexpensive microcontrollers. Theresolutionof the HTU21D can be programmed(8/12 bits to 12/14 bits RH/T).
As the sensor has alow power consumptionit is suitable for battery operation, with information on the current battery level provided.
HTU21P OEM capaciti的传感器是一个组合ve humidity sensing element and temperature sensor. Each sensor is individually calibrated, compensated for and tested.
The basic frequency is a 120-Hz PWM signal which enables ananalog DC output signalto be generated through a suitable lowpass filter.
The sensor has a wide measurement range for relative humidity of between 0 and 100% RH. The accuracy varies from ±2% between 20 and 80% RH (@ 25°C) to up to 5% in the extended range. Temperature is detected with an accuracy of ±0.3°C (@ 25°C) within a spectrum of -40 to +125°C. The resolution for relative humidity and for temperature is 10 and 12 bits respectively.
The digital PHTU21D consists of an OEM humidity and temperature sensor (HTU21D) mounted on a circuit board with four pin connectors. Each sensor is individually calibrated, compensated for and tested.
This enables humidity to be measured within a range of 0 to 100% RH. The sensor is designed for an extended temperature range of -40 to +125°C which can be measured with great accuracy thanks to the integrated temperature sensor.
The outputs for humidity and temperature in I²C format are suitable for further data processing using simple, inexpensive microcontrollers. The resolution of the HTU21D can be programmed (8/12 bits to 12/14 bits RH/T). As the sensor has a low power consumption it is suitable for battery operation. For such applications the current battery level can be displayed for monitoring purposes.
The HTU(F)3833 and HTU(F)3835 in the HTU383X series are digital, ready-to-use, plug-and-play modules for precise humidity and temperature measurement.
The modules output the relative humidity and temperature as digital signals in I2C format. The resolution of the HTU(F)383X can be programmed (8/12 bits to 12/14 bits RH/T). Humidity and temperature signal response times and the recovery time (following full saturation) are within a range of a few seconds. 3.0 V supply voltage is needed.
The HTU(F)383X is ideal for applications which have a low current consumption. They are supplied as standard models with a PTFE filter (F) and particle and liquid protection.
The HTU(F)3535 and HTU(F)3533 sensors in the HTU(F)353X series are analog, ready-to-use, plug-and-play modules for precise humidity and temperature measurement.
The modules output the relative humidity and temperature (NTC) asanalog signalswhich can be easily converted into the corresponding humidity and temperature values using a look-up table.
Humidity and temperature signal response times and the recovery time (following full saturation) are within a range of afew seconds．A supply voltage of3 Vor5 Vis needed.
The HTU(F)353X is ideal for applications which have a low current consumption. They are supplied as standard models with aPTFE filter (F)and particle and liquid protection.
The MS8607 triple sensor combines a pressure sensing element for barometric pressure, a sensing element for humidity and a temperature detector with integrated, digital evaluation electronics (ASIC).
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
The miniaturized sensors in the AMS 4516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. The sensors can be read out and configured using the AMS 4516 Android app (provided free of charge by AMSYS).
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
由于下面增压* t的压力ransmitters are media resistant on one side and come in several different versions for a wide pressure range of 5 mbar to 2 bar.
Monitoring in places which are difficult to access for:
The miniaturized sensors in the AMS 4506 series are high-precision, ready-to-use transmitters* which are suitable for measuring barometric absolute pressure. They transmit measurement data via Bluetooth Low Energy 4.2 (BLE; radio frequency of 2.4 GHz). The sensors are optimized for low power consumption and operated by a single cell battery (CR 2032). They have a free-field range of approximately 100 m. In addition, a gateway for data readout is available.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. The wireless pressure transmitters are supplied in a compact, robust plastic package (IP67) for quick screw mounting and are suitable for external installation.
Monitoring in places which are difficult to access for:
The miniaturized sensors in the AMS 3516 series are high-precision, ready-to-use transmitters* which are suitable for measuring absolute, relative and differential pressure. They have a wired analog output signal and wireless signal transmission, thus providing a pressure signal which can be read out via Bluetooth without battery operation. The pressure transmitters come in several different versions for a wide pressure range of 25 mbar to 10 bar.
The offset and span are electronically calibrated and the temperature-related offset and span drift compensated for during manufacture, so that no subsequent calibration by the user is required. A 0–5-V signal is provided as an output and Bluetooth Low Energy 4.2 with a radio frequency of 2.4 GHz for monitoring communication with a mobile device. The sensors can be read out and configured using the AMS 3516 Android app (provided free of charge by AMSYS).
Wired and wireless signal transmission:
The U5600 are wireless pressure and temperature transmitters* with iOS, Android and Windows XP / 7+ compatibility.
These pressure transducers transmit the calibrated and temperature compensated signals via Bluetooth communication protocol (Bluetooth 4.0), enabling a wireless process control by that. The transmitters are powered by a simple button cell CR2032 / CR2050 and can be read via an app or PC software. They measure the absolute, the relative and the sealed gage* pressure independent of media and are available with many pressure connection variants.
The wirelessU5600transmitters* are recommended for their high accuracy, long-term stability and numerous protection features for demanding industrial applications. The piezoresistive measuring cells are protected by a steel chamber (316L) with oil reservoir against media influence. The U5600 are therefore particularly suitable for measuring pressure in liquids or gases. They can even be used in contaminated water, in hot steam and in weakly corrosive liquids.
The AMS 8607 BLE is a battery-powered Bluetooth Low Energy (BLE) multisensor for measuring relative humidity, barometric pressure and temperature. Data is transmitted via Bluetooth 4.1 and can be read out and configured by a smartphone app. The wireless sensor is ideal for use in devices that require all three metrics and are installed in hard-to-reach locations.
The sensor issuitable for reflow solderingand designed for a pressure range of 10 to 2,000 mbar yet optimized for a pressure range of 300 to 1,200 mbar. The MS8607 measuresrelative humidity within a range of 0 to 100% RHand temperatures of between-40 and +85°Cwith great accuracy.
This sensor is optimized for low power consumption and is powered by batteries. It has a range of about 100 m in the open field. The AMS 8607BLE is built into a plastic housing that allows for indoor and outdoor use.