Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
421～435 item / All 657 items
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.
It is a high-precision compact digital output pressure sensor that has been zero-point calibrated and temperature compensated.
The DLH/DLHR series is a compact digital pressure sensor that has been zero-point calibrated and temperature compensated. Adopting dual-die technology, it improves offset voltage characteristics and reduces common-mode errors, providing excellent measurement accuracy. Additionally, a parylene coating option is available. The DLH/DLHR series is a sensor designed for higher performance, and models with an "R" designation are higher-performance premium models.
We also accept inquiries for custom products using our products according to your intended purpose.
In custom products, it is possible to build a wireless sensor network according to the intended use. Customization is possible to meet various requests such as multi-user and multi-point measurements. Please feel free to consult with us.
This is a low-pressure sensor designed and developed for engineers seeking digital output pressure sensors that require high precision.
The "DLLR series" offers excellent performance in pressure ranges of 10 and 30 inch H2O, featuring the best overall accuracy error and precision in its class. Designed for engineers seeking high-precision digital output pressure sensors, it includes an automatically selected I2C or SPI interface, providing outputs with a resolution of 16/17/18 bits and typical linearity and hysteresis of ±0.05% FSS (calculated from BFSL). Utilizing All Sensors' proprietary CoBeam2TM technology, it enhances sensitivity while reducing package stress and possesses orientation characteristics due to our unique robust and highly stable dual-die technology. With a low variable supply voltage of 1.68V to 3.6V and a standby power consumption of less than 1μW, the DLLR series is suitable for designs aimed at low power consumption. This product is ideal for battery-operated designs with excellent performance. The product is available for gauge pressure and differential pressure in pressure ranges of 10 and 30 inch H2O (2488 Pa and 7465 Pa).
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.
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.
It is a media isolation type liquid-compatible model designed to operate in harsh environments.
The NOVA SENSOR "NPI-15 Series" is equipped with the latest media-isolated sensor technology, providing OEM users with the best performance and price. It offers excellent sensitivity, linearity, and hysteresis of silicon sensors while being designed to operate in harsh environments.
It is a PCB-mounted low to medium pressure sensor using DIP.
The NOVA SENSOR "NPC-1210" solid-state pressure sensor provides a cost-effective solution with calibrated output over a wide temperature range. It is a PCB-mounted sensor with DIP configuration. For low-pressure measurements, the orientation of the pressure port and the lead wires for installation are also important, so options are available.
It is a PCB-mounted low to medium pressure sensor using DIP.
The NOVA SENSOR "NPC-1220" solid-state pressure sensor offers calibrated output as a cost-effective solution across a wide temperature range. It is a PCB-mounted sensor with DIP configuration. For low-pressure measurements, the orientation of the pressure port and the lead wires for mounting are also important, so options are available.
This product is designed for disposable medical use and is calibrated according to AAMI guidelines.
The NOVA SENSOR "NPC-100/120" disposable blood pressure sensor incorporates a high-performance pressure sensor die with temperature compensation circuitry and gel protection in a compact and low-cost package.
A pressure sensor with a built-in amplifier that supports a wide temperature compensation range from low pressure to medium pressure.
This is a compact pressure sensor that employs All Sensors' unique dual-die technology, featuring zero-point correction, span voltage correction, and temperature compensation sensors. These correction and compensation circuit technologies suppress drift caused by initial power-on and temperature changes, achieving long-term output stability. (The SAMAP series is of single-die type.) There are sensors such as Prime grade, Hi grade, and Military grade, which were developed to expand the temperature compensation range and reduce offset errors.
High-pressure model of the general-purpose small pressure sensor BLC series [Pressure range 35KPa~1035kPa (5PSI~150PSI)]
The general-purpose small pressure sensor "BLC Series High Pressure Model" adds a high-pressure model with a pressure range of 35 kPa to 1035 kPa (5 PSI to 150 PSI) in addition to the existing low-pressure model with a pressure range of 250 Pa to 7.5 kPa (1 inch H2O to 30 inches H2O), supporting absolute pressure from 15 PSI to 150 PSI and differential pressure from 5 PSI to 150 PSI. (The differential pressure model can also be used for gauge pressure measurement.) This BLC series utilizes All Sensors' sensing technology CoBeam2 TM. With this CoBeam2 TM technology, it is possible to obtain higher output values at lower drive voltages compared to conventional sensors. The sensors in the BLC series are designed for measuring non-corrosive or inert gases and dry air. With a drive voltage of 0.9 to 1.8 VDC, these sensors are compact, low-voltage, and low-power, making them ideal for small electronic devices and battery-operated equipment.
Popular digital pressure sensor! The DLC series offers a wide range of pressure options, from 1 inH2O low pressure to 150 PSI high pressure.
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. -------------------------------------------------------------- We will be exhibiting at "Smart Sensing 2019." ■ Date: June 5 (Wednesday) to June 7 (Friday), 2019 10:00 AM to 5:00 PM *Final day until 4:00 PM ■ Venue: Tokyo Big Sight, West Hall 4, Booth Number: 4-140 "Introduction of All Sensors, a pressure sensor known for its excellent micro-pressure measurement" We will hold a presentation at Smart Sensing 2019. Date: June 7 (Friday) 2:50 PM - 3:20 PM Venue: <2F West Exhibition Hall, West 2 Business Meeting Room 6> NPI Venue B Registration: Please bring your business card and visit us. TEL. 047-489-5939 FAX. 047-489-5940 E-mail: tomari@allsensors.com
Pressure sensor with millivolt output from 0 to 125 Pa (0.5 inH₂O) to 0 to 7.5 kPa (30 inH₂O).
The millivolt output pressure sensor is based on proprietary technology to reduce output offset and common mode errors. This model provides calibrated millivolt output with better output offset characteristics. Output offset errors due to temperature, stability during warm-up, long-term stability, and changes in posture characteristics are all significantly reduced compared to conventional correction methods. This sensor effectively utilizes microfabricated silicon and a structure that enhances pressure concentration to provide ideal linear output during pressure measurement. These calibrated and temperature-compensated sensors offer accurate and stable output over a wide range of temperature variations. This series is intended for use with non-corrosive, inert gases such as air and dry gases. The output is proportional to the power supply and is designed to operate at a maximum of 16 volts DC.
The ultra-small pressure-sensitive component is made extremely compact, and the transducer itself is small and lightweight, with products having a diameter of just 1.6mm.
Features The ultra-small pressure-sensitive component is made extremely compact, and the transducer itself is small and lightweight, with products having a diameter of only 1.6mm. High sensitivity is achieved by utilizing the semiconductor piezoresistive effect in the high-sensitivity conversion element. The maximum rated output is 300mV, providing reliable data. In the built-in amplifier type, a 5V output can be extracted. Excellent frequency characteristics: due to its small size and lightweight, the resonant frequency is extremely high at up to 1.3MHz, and the frequency characteristics remain flat up to high bandwidths, demonstrating excellent performance in measuring rapidly changing pressures. DC components can also be measured. Excellent temperature characteristics: a temperature compensation module is added to the full bridge method, ensuring excellent temperature characteristics despite being a semiconductor transducer. The full bridge method fully utilizes the characteristics of semiconductors and is easy to handle. Rich variations: a wide range of models is available for each series, allowing selection according to applications and conditions. Each model offers a variety of rated pressures in its lineup.
