Internet of Things

Internet of Things

The advent of remote monitoring requires the use of low power sensors as well as sources of renewable energy. Our rapidly expanding line of products for the IOT market include humidity sensors, pressure sensors and temperature sensors with digital communication as well as our new line of dye-sensitized solar cells for energy harvesting to remotely power these sensors.

ASI3300 Pressure Transducer for IIOT Applications

ASI3300 Low Power Pressure Transducer for IIOT Applications

Properties
Pressure Medium: Air/Gas, Harsh & Liquid Environments
Sensor Type: Gauge, Absolute
Supply Voltage: Under 5V, 5V
Output Signal: Voltage, Digital
Pressure Range: 3-300 psi, 300 psi & up
Kind: Packaged Transducer

Accepting a 3V or 5V supply, the ASI3300 is a low power pressure transducer for IIOT (Industrial Internet of Things) applications. The output signals can be I2C, 0.5 - 4.5V ratiometric, or 0.5 - 2.5V ratiometric. 

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ASI7300 Differential Pressure Transducer for IIOT Applications

ASI7300 Differential Pressure Transducer for IIOT Applications

Properties
Pressure Medium: Air/Gas, Harsh & Liquid Environments
Sensor Type: Differential
Supply Voltage: Under 5V, 5V
Output Signal: Voltage, Digital
Pressure Range: 3-300 psi
Kind: Packaged Transducer

Accepting a 3V or 5V supply, the ASI7300 is a low power differential pressure transducer for IIOT (Industrial Internet of Things) applications. The output signals can be I2C, 0.5 - 4.5V ratiometric, or 0.5 - 2.5V ratiometric. 

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ASI9300 Submersible Pressure Transducer for IIOT Applications

ASI9300 Submersible Pressure/Level Transmitters for IIOT Applications

Properties
Pressure Medium: Air/Gas, Harsh & Liquid Environments
Sensor Type: Gauge
Supply Voltage: Under 5V, 5V
Output Signal: Voltage, Digital
Pressure Range: 3-300 psi
Kind: Packaged Transducer

The ASI9300 Series of submersible level pressure transmitters offer the best price-performance ratio by utilizing the latest in MEMs piezo-resistive technology using corrosion-resistant 316L stainless steel.

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Energy Harvesting With Dye Sensitized Solar Cells

Energy Harvesting With Dye Sensitized Solar Cells

Dye-sensitized solar cells (DSC) are energy harvesters that can generate power from ambient light energy. These "fit & forget" self-powered devices are used to supply power to various kinds of sensors where providing directly wired power is difficult such as inaccessible places, deployment of sensors over a wide area, or deployment of a high number of sensors. In addition, these DSC energy harvesters are able to work in sub-zero temperature places where typical batteries will not work.

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MPM3808 Digital Output Pressure Sensor for Liquid Measurement

MPM3808 Digital Output Pressure Sensor for Liquid Measurement

Properties
Sensor Type: Gauge, Absolute
Supply Voltage: Under 5V, 5V
Output Signal: Millivolt
Pressure Range: Under 4” H2O

The MPM3808 is a piezoresistive OEM pressure sensor with 316L stainless steel corrugated diaphragm and isolated oil-filled construction. The sensing package utilizes silicone oil to transfer pressure from the 316L stainless steel diaphragm to the sensing die. The sensor outputs pressure and temperature via I2C or SPI interface.

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MVH3200D High Performance Digital Humidity Sensor

MVH3200D High Performance Digital Humidity Sensor

The MVH3200D Series are small digital humidity sensors with high performance and accuracy. The miniaturized smart humidity sensors are fully calibrated and provide standard digital I2C outputs to enable plug-and-play integration. The humidity and temperature resolutions can be independently programmed for maximum flexibility and to minimize power consumption, depending on the application and operating conditions. The micro-Watt levels of power consumption make these humidity sensors the ideal choice for portable and remote applications.

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MVT3000D High Performance Digital Temperature Sensor

MVT3000D High Performance Digital Temperature Sensor

The MVT3000D offer high levels of performance such as fast temperature measurements and high accuracy. The technology also offers a very robust proprietary sensor-level protection, ensuring excellent stability against aging and harsh environmental conditions such as shock and volatile chemicals. These highly miniaturized smart temperature sensors are fully calibrated and provide standard digital I2C outputs to enable plug-and-play integration.

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