Sensors Product List and Ranking from 630 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.

  1. シンセイコーポレーション Tokyo//Trading company/Wholesale
  2. セキュリティハウス Okayama//Electrical equipment construction business
  3. 山小電機製作所 Tokyo//Information and Communications
  4. 4 イーストバイオ Osaka//Medical and Welfare
  5. 5 ホトロン Tokyo//Building materials, supplies and fixtures manufacturers
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Sensors Product ranking

Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.

  1. Millimeter-wave radar fall detection sensor "Life Care Radar" シンセイコーポレーション
  2. Care-Top Caregiving Monitoring Sensor シンセイコーポレーション
  3. Disaster prevention products: "Drop Sensor" "Automatic Unlocking Box" 山小電機製作所
  4. 4 Ondroid Temperature and Humidity Measurement System [NETIS Registered] GRIFFY
  5. 5 Rear Confirmation Sensor "Truck Sonar"

Sensors Product List

391～420 item / All 2997 items

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Microwave Proximity Sensor 'BSS300/BSS301'

Microwave Proximity Sensor 'BSS300/BSS301'

Separating the surrounding environment and detection area with distance information to reduce false alarms! A short-range intrusion detection sensor that can measure distance.

The "BSS300/BSS301" is a sensor that detects intruders using radio waves in the 24GHz band. In pole monitoring, it is possible to supplement the blind spots created at the feet of various intrusion detection sensors from above towards the ground. Microwaves are less affected by rain, snow, fog, backlighting, and other conditions, allowing for more stable monitoring even in environments where infrared sensors, image sensors, electric field sensors, and laser sensors tend to generate false alarms. 【Features】 ■ Strong against weather conditions such as rain, wind, snow, and fog, ensuring high reliability ■ Not affected by temperature changes caused by swaying vegetation ■ Can be installed along walls, on top of fences, and in various locations ■ Not influenced by surrounding reflections *For more details, please refer to the PDF document or feel free to contact us.

  • Security Sensor Systems
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Example of Use: Non-contact detection of people and objects is possible!

Example of Use: Non-contact detection of people and objects is possible!

Microwave Proximity Sensor: BSS300 (under development) - As a non-contact sensor, it can be widely applied to traffic lights, lighting activation, shutter opening and closing, and more.

The "Micro Proximity Distance Sensor: BSS300" can monitor a wide area at close range, is resilient to weather conditions such as rain, wind, snow, and fog, and provides reliable monitoring even in harsh outdoor environments. 【Features】 ■ Strong against natural environments ■ Not affected by surrounding temperature changes ■ Easy to install and adjust ■ Capable of detecting intrusion positions *For more details about the product, please visit the link or feel free to contact us. https://www.ipros.jp/product/detail/2000518368

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Microwave Sensor Application Example [Safety Monitoring]

Microwave Sensor Application Example [Safety Monitoring]

It is also possible to detect speed violations when vehicles enter! The output supports contact output and Ethernet connection.

The "microwave sensor" can distinguish between the approach and retreat of detected objects, allowing it to detect objects from any direction. With a maximum detection range of 200 meters, it can detect and display the speed of vehicles entering service areas (SA) and parking areas (PA) from the main lanes of highways, enabling measures to reduce the risk of accidents within parking lots. The output supports contact output and Ethernet connection, making it versatile for various applications when integrated into higher-level systems. 【Features of the Microwave Sensor】 ■ Simultaneous measurement of speed and distance ■ Can distinguish between the approach and retreat of detected objects, allowing detection of objects from any direction ■ Can be utilized in various scenarios by integrating into higher-level systems *For more details, please refer to the PDF document or feel free to contact us.

  • Security Sensor Systems
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Electric field sensor / AC sensor

Electric field sensor / AC sensor

Simple operation by just bringing it close to the outlet or cable.

The Model 3115 AC sensor detects AC voltages from 50 to 1,000V through insulated wires, wall outlets, fuses, power boxes, etc., and alerts with a red light or buzzer sound at the tip. It can be used to confirm power and identify disconnection points.

  • Electrical Equipment Testing
  • Sensors

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Electric field sensor / AC ion sensor

Electric field sensor / AC ion sensor

Simply bring the sensor close for easy operation to check the power supply of outlets and cables, and detect ions from ionizers such as air purifiers.

The Model3000 AC/Ion Sensor detects AC voltage from 50 to 1,000V through insulated wires, wall outlets, fuses, power boxes, etc., just like the Model3115, and alerts with a red light or buzzer sound at the tip. It can be used to confirm power and identify disconnection points. Additionally, it has the capability for ion detection as an extra feature.

  • Electrical Equipment Testing
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Electric field sensor / DC sensor

Electric field sensor / DC sensor

Just by bringing the DC sensor close to the cable, it detects current flow.

The Model 3315 DC sensor can be used to confirm current flow and identify disconnection points in DC electronic circuits within a voltage range of 6 to 50V. It is effective for troubleshooting DC circuits in electric vehicles and other DC-driven systems.

  • Other security systems
  • Electrical Equipment Testing
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FN-CPT-BLEMD (Concept Model)

FN-CPT-BLEMD (Concept Model)

Simply install this module on the target device to utilize it as a current sensor module!

The FN-CPT-BMEMD is a module that transmits data from connected sensors without using batteries or commercial power sources. It generates its own driving power from very small alternating current sources, such as magnetic fields generated by cables and vibration energy harvesting, and sends sensing data via Bluetooth to higher-level systems. Therefore, by simply attaching this module to the target device, it can be utilized as a current sensor module. Additionally, by clipping to a power source, it can harvest weak direct current power, enabling it to supply power to IoT devices and sensors that operate with low power consumption.

  • Environmental Survey
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  • Weather Survey
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Solar sensor for ultra-small satellites

Solar sensor for ultra-small satellites

Two-axis ultra-compact solar sensor developed for ultra-small satellites such as CubeSats.

This is a two-axis solar sensor for ultra-small, lightweight, high-performance miniature satellites such as CubeSats. This solar sensor is manufactured using MEMS technology with the solar sensor integrated on a chip. The field of view (FOV) is +/-60°.

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Installation method is flexible! Pressure transmitter type liquid level gauge P series

Installation method is flexible! Pressure transmitter type liquid level gauge P series

Robustness type often used in applications with high humidity and significant vibrations, such as ships, due to factors like vibration, seawater resistance, high temperature and humidity, and intense liquid agitation.

The liquid pressure in the tank is detected by a diaphragm, and the capacitance changes as the distance between the two parallel electrodes inside varies. An analog signal of 4-20 mA is also output from the center, transmitting and displaying the liquid level in the tank to monitoring panels and other devices. It is possible to provide not only the sensor but also a system that includes a display unit. <Features> ■ Compact size and robust structure make installation and maintenance easy. ■ The sensor part is protected, making the diaphragm less prone to damage. ■ Various mounting methods are available to accommodate different installation environments. *For more details, please refer to the PDF document or feel free to contact us.

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Case Studies of Liquid Level Gauges: Liquid Oscillation, Vibration, and Chemical Tank Systems

Case Studies of Liquid Level Gauges: Liquid Oscillation, Vibration, and Chemical Tank Systems

Introducing examples of improvements through the review of liquid level gauges in terms of safety, work efficiency, and maintenance labor.

This document highlights five case studies on the use of liquid level gauges in environments with severe vibrations or where highly corrosive liquids are handled. If you are looking for improvements in safety, work efficiency, or maintenance efforts related to liquid level measurement, please take a look. 【Featured Case Studies】 ◎ Improved safety by switching from glass liquid level gauges to float-type liquid level gauges ◎ Reduced maintenance efforts through the use of ultrasonic liquid level gauges ◎ Enhanced visibility of liquid level in transparent liquids ◎ Non-contact measurement of liquid levels in corrosive liquids ◎ Liquid level measurement in a temperature range of -200 to +450°C *This document can be viewed via "PDF Download." A comprehensive catalog of liquid level measurement devices and monitoring systems is also available.

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A must-see for those struggling with liquid level measurement! A collection of case studies for measuring liquid levels without manual intervention.

A must-see for those struggling with liquid level measurement! A collection of case studies for measuring liquid levels without manual intervention.

Consistent support from sensors to the entire system and software development! Featuring five case studies.

This document is a collection of case studies that introduces examples of solving problems using the experience we have cultivated with IT and sensing technology. We can provide consistent support from sensors to the entire system and software development, allowing us to grasp the overall picture together and develop accordingly. Please take a moment to read it. 【Featured Cases】 ■ Want to improve delivery efficiency ■ Want to prevent pump troubles by streamlining tank liquid level measurement operations ■ Want to achieve operational efficiency in tank liquid level measurement ■ Achieving operational efficiency in tank liquid level measurement tasks and accurate measurements ■ Want to measure air pressure in a negative pressure compartment on board a ship *This document can be viewed via "PDF Download." We also offer a comprehensive catalog of liquid level measurement devices and monitoring systems.

  • Scientific Calculation and Simulation Software
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[Liquid Level Gauge Case Study] Streamlining Tank Liquid Level Measurement Operations and Achieving Accurate Measurements

[Liquid Level Gauge Case Study] Streamlining Tank Liquid Level Measurement Operations and Achieving Accurate Measurements

Reduced conventional measurement time by approximately 75%! A case where the liquid level was accurately measured without reacting to the foam.

We would like to introduce a case study that addresses the challenges of improving the efficiency of tank liquid level measurement operations and achieving accurate measurements. In the fuel tank, bubbles formed on the liquid surface, and when measured with conventional scales, the height of the bubbles was also counted, resulting in overpayment for fuel costs. To solve this, we introduced the smart sounding scale "Honesty." It does not react to bubbles, allowing for accurate measurement of the liquid level, and it reduced the conventional measurement time by approximately 75%. [Overview] ■ Case Study: Marine Fuel Tank ■ Challenge: Improving the efficiency of tank liquid level measurement operations and achieving accurate measurements ■ Proposed Product: Smart Sounding Scale "Honesty" - The sensor at the tip of the measuring device does not react to bubbles, accurately capturing the actual liquid level. - There are already over 1,000 units delivered, installed on more than 500 vessels. *For more details, please refer to the PDF document or feel free to contact us.

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"Collection of Case Studies on the Efficiency and Labor Reduction of Liquid Level Measurement" <Free Distribution>

"Collection of Case Studies on the Efficiency and Labor Reduction of Liquid Level Measurement" <Free Distribution>

Numerous solution examples are provided, such as streamlining processes after measurement and reducing maintenance costs. We support problem-solving with a consistent system.

Our company leverages extensive know-how gained from the development of liquid level gauges for the shipping industry, with a wealth of achievements in proposals aimed at improving efficiency and reducing labor in "liquid level measurement." We are currently offering materials that summarize case studies and examples of problem-solving. We introduce a total of ten cases, including reducing maintenance costs for liquid level gauges in food tanks, streamlining processes after measurement, and improving the visibility of tank liquid level. We can support everything from sensors to the entire system and software development, listening to your concerns and developing while grasping the overall picture. [Contents of the materials (excerpt)] ■ "I want to achieve efficiency in oil delivery." ■ "I want to prevent pump troubles by improving the efficiency of tank liquid level measurement." ■ "I want to achieve efficiency in tank liquid level measurement." ■ "I want to see the liquid level at eye level." ■ "With transparent liquids, the liquid level is difficult to see." *You can view the materials from the download button below.

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Presentation of case studies on 'DX transformation inside and outside the company' and 'Efficiency and labor-saving in liquid level measurement'

Presentation of case studies on 'DX transformation inside and outside the company' and 'Efficiency and labor-saving in liquid level measurement'

Examples of solutions for initiatives toward the digital transformation of liquid level measurement operations, simplification of processes after measurement, and reduction of maintenance costs are provided.

Our company leverages the extensive know-how gained from developing liquid level gauges for the maritime industry, and we have a wealth of achievements in proposals aimed at improving efficiency and reducing manpower related to "liquid level measurement." Currently, in addition to materials introducing our initiatives for promoting DX, we are offering documents that present a total of 10 case studies and solutions, including: - "Reducing maintenance costs for liquid level gauges in food tanks" - "Streamlining processes after measurement" - "Improving visibility of tank liquid level" We can support everything from sensors to the entire system and software development, listening to your concerns and developing while grasping the overall picture. [Content Highlights (Excerpt)] "DX Transformation in White Companies" - Digitization of internal order files - Document management using cloud services for business app development "Case Studies on Efficiency and Labor Reduction in Liquid Level Measurement" - "I want to achieve efficiency in oil delivery" - "I want to prevent pump troubles by improving the efficiency of tank liquid level measurement" - "I want to achieve efficiency in tank liquid level measurement" - "I want to see the liquid level at eye level" - "The liquid is transparent, making it hard to see the liquid level" *You can view the materials from the download button below.

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16k digital line sensor

16k digital line sensor

It is a high-speed, high-resolution line sensor with 16k (16,000 pixels).

It is a high-speed, high-resolution line sensor with 16k (16,000 pixels). The 16k line sensor has a data rate of 640 MHz, a scan rate of 35 kHz, and an 8-bit full configuration Camera Link output. The pixel size is 3.5 μm, and the lens mount is a 72 mm screw. The 72 mm mount type has a data rate of 320 MHz, a scan rate of 35 kHz, an 8-bit medium configuration Camera Link output, a pixel size of 7.0 μm, and a lens mount of 72 mm screw. For more details, please contact us.

  • Security cameras and surveillance systems
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AS3213T Temperature Sensor

AS3213T Temperature Sensor

AS3213T Temperature Sensor: Ultra-low power IC for RFID applications

The AS3213T is an EPC Class-1 Generation-2 compliant IC for UHF RFID applications. It demonstrates advanced performance in temperature sensor acquisition mode thanks to its ultra-low power internal acquisition channel. It can be powered by RF energy transmitted from a battery or a reader. The AS3213T offers excellent reading range and enables many RFID sensor applications.

  • RFID/IC tags
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AS3213RH humidity sensor and temperature sensor

AS3213RH humidity sensor and temperature sensor

AS3213RH humidity sensor and temperature sensor

AS3213RH is a product variation of the AS321x series and is equipped with built-in humidity and temperature sensors. It also includes data acquisition channels that incorporate an amplifier and a 10-bit analog-to-digital converter (ADC).

  • RFID/IC tags
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AS3212 External Sensor with Resistance Analog Interface

AS3212 External Sensor with Resistance Analog Interface

AS3212: External sensor with resistance analog interface

AS3212 is an EPC™ Class 1 Generation 2 compliant IC for UHF RFID applications that provides advanced performance in sensor acquisition mode through its ultra-low power internal acquisition channel. This chip can operate on either RF energy transmitted from a battery or a reader. In a battery-assisted passive (BAP) configuration, it offers an extended read range compared to passive RFID solutions.

  • RFID/IC tags
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Small heat-resistant wireless sensor tag 'VT-M300' *Demo units available for loan.

Small heat-resistant wireless sensor tag 'VT-M300' *Demo units available for loan.

Excellent dust and drip resistance, heat resistant up to 120°C! Wireless and compact, making it suitable for device integration!

The "VT-M300" is a compact wireless temperature and humidity sensor that is easy to install and embed, capable of real-time measurement and aggregation of up to 60 points within a temperature range of -40 to 120°C. There are THP and K2 types available, allowing for the measurement of temperature, humidity, atmospheric pressure, and thermocouples. It operates on a button battery, enabling continuous use for about one month. This product is also convenient for various environmental tests and research and development. Currently, demo units are available for loan! Please apply using the link below. *First come, first served. 【Features】 ■ Simultaneous measurement of up to 60 channels (20 units: up to 3 channels per unit) ■ Real-time data viewing and aggregation with dedicated software ■ Measurement of four types: temperature, humidity, atmospheric pressure (THP), and thermocouples (K2) ■ Wireless LAN connection ensures stable communication ■ Vacuum filter (sold separately) blocks dust from the sensor opening *For more details, please refer to the PDF document or feel free to contact us.

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Customization-focused | Pressure Sensor STX | Board-mounted type | S'mate

Customization-focused | Pressure Sensor STX | Board-mounted type | S'mate

We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.

This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we offer low prices, short delivery times, and small-scale production, as well as customization of characteristics and options such as connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output across a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output across a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Supports micro pressure, low pressure, and medium pressure. Please feel free to contact us with your requirements.

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Honeywell Pressure Sensor HSC Series Analog Output

Honeywell Pressure Sensor HSC Series Analog Output

Our company, as a distributor of Honeywell, will meet your needs.

Honeywell Pressure Sensor Trustability HSC Series High precision ±1% Total Error Band Built-in amplifier with compensated analog output, enhanced output with ASIC Long-term stability From 1 psi to 150 psi (60 mbar to 10 bar) Power supply 3.6 Vdc, 5.25 Vdc (maximum 6 Vdc) Compensation temperature 0° to 50° Operating temperature -20° to 85° Output 0.03% FSS Supports DIP, SIP, and SMT mounting options Compact package with a variety of package and port options available Liquid/liquid differential pressure and flow-through type port connection (20PC) Compliant with RoHS and WEEE directives

  • Air conditioning equipment
  • Other security systems
  • Sensors

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Sensormate Flow Sensor FLA Series Low Flow

Sensormate Flow Sensor FLA Series Low Flow

Our company serves as the exclusive distributor for Sensormate in Japan and will meet your needs.

Smate's flow sensors are designed and inspected in-house, allowing for a consistent system that can flexibly respond to customer requests such as low prices, short delivery times, and product customization. - MEMS small low-flow sensor with high sensitivity in low flow ranges - High performance and reliability at low cost - High linearity and temperature compensation - Ultra-low noise reliability: [detection of temperature gradient changes using dual thermocouples] - Strong against pressure shocks and clogging

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Customization-focused | Pressure and Flow Sensors | Board-mounted Type | S'mate

Customization-focused | Pressure and Flow Sensors | Board-mounted Type | S'mate

We can accommodate your requests regarding pressure, flow range, accuracy, size, output format, connection method, and more.

This is the lineup of pressure, flow, and wind speed sensors from Sensormate, located in Lukang, Taiwan. Sensormate's board-mounted sensors can also provide customized products for pressure, flow, and wind speed sensors according to customer requirements, in addition to the standard lineup. *Customization can also be done to match the desired characteristics from the lineup. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of characteristics and manufacturing of options such as connectors. This allows customers to reduce design costs during packaging and eliminate the hassle of sourcing other components. Please feel free to contact us with your requirements.

  • Other analytical equipment
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Customization-focused | Pressure Sensor SMP | Board-mounted type | S'mate

Customization-focused | Pressure Sensor SMP | Board-mounted type | S'mate

We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.

This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small-scale production, as well as customization of characteristics and options such as connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Supports medium pressure. Please feel free to contact us with your requirements.

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Customization-focused | Pressure Sensor SCD | Board-mounted type | S'mate

Customization-focused | Pressure Sensor SCD | Board-mounted type | S'mate

We can accommodate your requests regarding pressure range, accuracy, size, output format, and connection methods.

This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options such as connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology to provide characteristic compensation for each sensor. <Features> 1. Adoption of MEMS and stress concentration structures to improve the linearity of measured pressure. 2. High precision and stable output over a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Compatible with medium pressure. Please feel free to contact us with your requirements.

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Customization-focused | Pressure Sensor CCD55 | Board-mounted type | S'mate

Customization-focused | Pressure Sensor CCD55 | Board-mounted type | S'mate

We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.

This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options like connectors. This allows us to reduce design costs during your packaging process and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output across a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output across a wide temperature range with calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Supports micro pressure, low pressure, and medium pressure. Please feel free to contact us with your requirements.

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