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This is a ceramic media-isolated pressure sensor module with built-in amplifier output.
It is a flash-mounted ceramic pressure sensor, a pressure sensor module with excellent corrosion resistance. It is divided into "CPM" with mV output and "CPA" with built-in amplifier.
This is a stainless steel pressure sensor module with mV/4V output and a media isolation diaphragm type.
Made of stainless steel with excellent corrosion resistance, it is divided into mV output (SPM) and built-in amplifier type (SPA). - Temperature compensated and accuracy calibrated - Sensing element has a non-contact structure with the measurement medium - Vacuum pressure resistant - Pressure range available is gauge pressure from 10KPa to 700KPa (1.5psi to 100psi)
It is a ceramic media-isolated pressure sensor module with mV output.
It is a flash mount type ceramic pressure sensor, a pressure sensor module with excellent corrosion resistance. It is divided into "CPM" with mV output and "CPA" with built-in amplifier.
This is a compact airflow sensor with a built-in amplifier that uses the latest MEMS technology and electronic technology in a thermal flow method.
The PMF2000 series is an airflow sensor that utilizes the latest MEMS technology and electrotechnology. The sensor demonstrates high sensitivity and excellent stability performance by converting the temperature changes of the heated fluid flowing over the sensing surface into flow rate changes. Airflow range: 10 sccm to 10,000 sccm. Temperature compensation range: 0 to 50 °C. Voltage proportional output: 1 to 5 V.
This is a compact airflow sensor with a built-in amplifier that uses the latest MEMS technology and electronic technology in a thermal flow method.
The PMF4000 series is an airflow sensor that utilizes the latest MEMS technology and electrotechnology. The sensor exhibits high sensitivity and excellent stability performance by converting the temperature changes of the heated fluid flowing over the sensing surface into flow rate changes. Airflow range: 12 SLM to 300 SLM. Temperature compensation range: 0 to 50 °C. Voltage output: 1 to 5 V.
The DLC series is a compact pressure sensor with digital output that offers a wide pressure range selectable from 1 in H2O micro-pressure to 150 PSI high pressure.
DLC Series: Ultra-Compact Wearable Low-Pressure Digital Output Pressure Sensor The DLC series can be integrated into various systems due to its low supply voltage. It can be directly connected to a 16-bit digital output I2C serial communication channel, providing accurate and stable output from -20°C to 85°C. In battery-powered systems, the sensor may enter a low-power mode to minimize power consumption. The DLC series is designed for use with non-corrosive, non-ionic gases such as air and dry gases, making it suitable for a wide range of applications including medical devices, environmental control, HVAC, industrial control systems, and wearable devices. Please contact us for pricing and samples.
Ideal for mass production sensors that require very low-cost sensors.
The NOVA SENSOR "NPP-301" is a surface mount type silicon pressure sensor. It contains a piezoresistor with very high stability sensitivity in a very small semiconductor functional block within a plastic package. It is a sensor designed for mass production that requires very low-cost sensors.
Compatible with non-corrosive gases and dry air.
The NOVA SENSOR "NPC" solid-state low-pressure sensor is calibrated with an integrated circuit silicon sensor chip housed in a TO-8 package, allowing for the attachment of a printed circuit board. A voltage output proportional to the input pressure is obtained through constant current excitation to the sensor. This sensor is suitable for non-corrosive gases and dry air. Thick-film resistors laser-trimmed on a ceramic substrate enable temperature compensation.
It is a pressure sensor that responds quickly and supports digital output for "low pressure to medium pressure."
The DLVR series is a high-precision, compact digital differential pressure sensor developed for use with non-corrosive and non-ionic fluids such as air and dry gases. Based on All Sensors' CoBeam2 technology, its design significantly improves the positional characteristics compared to single-die devices, achieving accurate and stable output over a wide range of temperature variations. As an option, parylene coating is available to protect the media in humid and unclean environments.
This sensor, equipped with zero-point correction and correction circuitry, provides accurate and stable output even with temperature changes.
The MLV series is a compensated pressure sensor designed based on All Sensors' proprietary CoBeam2 technology. Compared to equivalent class compensated millivolt sensors that can only be driven at higher voltages, it is capable of providing a high output signal at a low drive voltage. This low power supply alleviates stress sensitivity due to packaging inherent in the CoBeam2 technology itself, resulting in improved long-term stability while providing enhanced warm-up shift. It also significantly improves attitude sensitivity characteristics compared to traditional single die sensors. It provides accurate and stable output over a wide range of temperature variations and is suitable for use with non-corrosive, non-ionic fluids such as air and dry gases. Additionally, a protective parylene coating is available as an option to protect the media in humid and unclean environments. The output is proportional to the power supply and is designed to operate at 5.0V DC.
This is a vacuum pressure sensor that can be cleaned with low voltage operation. It is suitable for high vacuum measurement applications in semiconductor manufacturing equipment.
The MEMS Pirani vacuum sensor "PVC1000 series" achieves miniaturization of vacuum measurement methods while realizing ultra-low power consumption, long lifespan, minimal maintenance, and low cost. Measurement range: 10^-3 to 30 mmHg with high precision of ±5% in the range below 5 mmHg Humidity: 0~100% (non-condensing) Temperature compensation range: -40 to 125℃ Durability pressure: 27.5Bar
This is a micro low-pressure sensor with selectable analog and digital output.
The micro low-pressure pressure sensor "ELVR series" is a micro low-pressure sensor that allows for the selection of analog or digital output. With both analog 4V output and digital output, it can be useful for space-saving and new product development.
A small pressure sensor for applications requiring calibrated signals, intended for the installation of printed circuit boards.
The NOVA SENSOR "NPA Series" is a compact pressure sensor designed for applications that require calibrated signals. It is packaged for surface mounting with a SOIC14 pin configuration, and the output types available are mv output, amplified output, and digital output, with pressure references of absolute pressure and gauge pressure. This sensor is intended for mounting on printed circuit boards and is shipped in tape and reel form to simplify the manufacturing process.
A small absolute pressure sensor with digital output. Ideal for battery-powered mobile devices and applications that require space-saving solutions.
The NOVA SENSOR "NPA 201 Series" is a compact absolute pressure sensor equipped with a digital output. Its low power consumption and compact size make it ideal for battery-powered mobile devices and any applications with size constraints. In the portable electronics and wearable market, there are many applications that require measuring atmospheric pressure to determine factors such as altitude, as multiple parameters are measured.
It is a media-isolated liquid-compatible model designed to operate in harsh environments.
The NOVA SENSOR "NPP-301" is an NPI media-isolated sensor designed to operate in harsh environments while providing excellent sensitivity, linearity, and hysteresis of the silicon sensor. The piezo-resistive sensor die is housed within a cylindrical casing and is isolated from the measuring medium by a stainless steel diaphragm and body. The NPI series employs SensStable(R) processing technology, which offers excellent output stability.
