Sensor
Showing 1–24 of 48 results
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Electronic Components, Sensor
Analog Linear Output Type HGAR Series – Alps Alpine Electronics Inc.
This high output analog output sensor is suited for high resolution detection of absolute angle and position.
Type : Angle (Surface mount) ･ Size : MSOP-8: 2.95×4.0×1.1mm, DFN: 1.8×1.05×0.65mm, DFN: 0.83×0.5×0.3mm, TSSOP8: 3.0×4.9×1.1mm, TSSOP16: 5.0×6.4×1.1mm ･ Drive voltage : 5.5V max.
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Electronic Components, Sensor
DUS-A Series – Capacitive Touchscreen – DMC Co. Ltd.
DMC’s Flagship Product, Glass/Glass Capacitive Touchscreen
GLASS SENSOR PCAP
Capacitive Glass Sensor Touchscreen
Glass-glass structure touchscreen suitable for industrial use. Compared with film-structured touchscreens, it has higher durability against impact and ultraviolet rays.SKU: n/a -
Electronic Components, Sensor
DUS-F Series – Touchscreen with cover-glass – DMC Co. Ltd.
Light and Thin, Film-based Touch Screens with Cover Glass
FILM SENSOR CG-PCAP
Film-based Touchscreens with Cover GlassCover glass added on standard film/film touchscreen models featuring thinness and lightness. Film/film touch sensor is light and thin even with cover glass, and fit to limited space in chassis design.
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Electronic Components, Sensor
Fermenting Machine “LEVAIN Series” – Aicohsha Manufacturing Co.Ltd.
Fermenting Machine
This machine that solves the problems, in which temperature, time and mixing are automatically controlled. Production of yeast, which is difficult but automatically controlled, can now be performed by any worker.
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Electronic Components, Sensor
HDC3022 – Texas Instruments Incorporated.
0.5% RH digital humidity sensor with permanent IP67 filter
The HDC302x is an integrated capacitive based relative humidity (RH) and temperature sensor. It provides high accuracy measurements over a wide supply range (1.62 V – 5.5 V), along with ultra-low power consumption in a compact 2.5-mm × 2.5-mm package. Both the temperature and humidity sensors are 100% tested and trimmed on a production setup that is NIST traceable and verified with equipment that is calibrated to ISO/IEC 17025 standards.
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Electronic Components, Sensor
Humidity Sensors CHS Series – TDK Electronics Factories Inc.
TDK offers high-accuracy sensing elements achieved by our own polymeric materials and assembled Humidity Sensor products that are extremely simple to apply due to our unique circuit designing technology.
These variable resisting humidity sensing elements are highly sensitive and highly accurate due to TDK’s unique manufacturing technology for polymeric materials. They feature high accuracy at ±5%RH, high accuracy, high sensitivity, compactness, high response and low-hysteresis characteristics.
Assembled Humidity Sensor products are compact products that are extremely simple to use and control as they run with DC power and DC voltage outputs. The screw-on types can be easily mounted onto where detections are to be made.
They feature a wide humidity detection range of 5 to 95(%)RH, high humidity detection precision of ±3%RH to ±7%RH, and low-hysteresis characteristics.
They can be used for a wide variety of applications such as printers, refrigerators (outside the refrigerators and for vegetable compartment humidity management), air conditioners (indoor humidity management), and air conditioning equipment at plant factories.SKU: n/a -
Electronic Components, Sensor
Knock Sensor – NGK SPARK PLUG CO.LTD.
A sensor that detects the knocking vibration of the engine with piezoelectric ceramics, used in spark advance control, will contribute to the improvement and fuel economy of the engine performance.
Application
Piezoelectric ceramic sensor for the detection of vibration caused by engine knocking. Knock sensors are used for ignition timing control that contributes to improved engine performance and fuel economy.SKU: n/a -
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Electronic Components, Sensor
NOx Sensor – NGK SPARK PLUG CO.LTD.
In order to respond to the recent strict NOx regulation, precise NOx detection has been requested.
NOx Sensor for NOx aftertreatment system
The NOx sensor is part of the NOx reduction aftertreatment system used in diesel vehicles with urea based SCR systems. The sensor located upstream of the SCR catalyst directly measures the engine-out NOx gas concentration, which helps determine the optimum amount of urea injection. The NOx sensor downstream of the SCR catalyst is used to monitor the performance of the catalyst. Accurate NOx measurement is in high demand to comply with increasingly strict NOx emissions regulations. The NOx sensor is also capable of measuring O2 concentration, just like a wide range air-fuel sensor.SKU: n/a -
Electronic Components, Sensor
Oil Detection Sensor – RIKO Float Technology CO.LTD.
Superb Preciseness can be found in the diversified applications, from the sensors to be assembled with machines to the ones for large tanks.
Oil sensor detects the level of oil, when engine gets started.
Oil sensor will switch on the alarm light or stop the engine, when it detects the oil level too low.SKU: n/a -
Electronic Components, Sensor
Oil-level Sensors – Ubukata Manufacturing Co.
In the air-conditioning equipment essential to modern-world life, these continuously monitor the operating environment.
POINT
Detection of Low Oil Levels in Compressors
These make it possible to detect the amount of oil inside the sealed containers of coolant compressors.
This can help to prevent seizing or other malfunction due to low oil levels inside compressor containers.SKU: n/a -
Electronic Components, Sensor
Optical Fiber Current Sensors – Orbray Co. Ltd.
Optical Fiber Current Sensors(OCS) utilizing the Faraday effect measures power electric A.C current.
The OCS has the following features, Compact and weight light, Easy to install, High insulation property, Immune from electromagnetic noise, Measurement of large current, High-speed response, Long distance signal transmission.
The OCT gets the adoption in various fields such as the electric power, cars, and railways.
The OCT includes the following technologies, polishing, optical thin film, and precise Assembling.
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Are you looking for a Sensor product?
1. Performance
Consider the performance of the sensors, including factors such as accuracy, precision, response time, and resolution. Evaluate how well the sensor can measure the desired parameters and if it meets the required performance specifications.
2. Reliability and Durability
Assess the reliability and durability of the sensors. Look for features like robust construction, resistance to environmental conditions (e.g., temperature, humidity), and a long lifespan. Reliability and durability are crucial to ensure consistent performance and reduce maintenance costs.
3. Sensitivity and Range
Evaluate the sensitivity and range capabilities of the sensors. Determine the minimum and maximum values they can accurately detect and measure. Consider if the sensor’s sensitivity aligns with the required level of precision for your application.
4. Compatibility
Check the compatibility of the sensors with your existing systems or equipment. Ensure that the sensor’s output signals, communication protocols, and connectors are compatible with your data acquisition or control systems. Compatibility issues can lead to integration difficulties and inefficiencies.
5. Cost-effectiveness
Consider the overall cost-effectiveness of the sensors. Assess the initial purchase cost, maintenance requirements, and any additional expenses such as calibration or software integration. Balancing the cost with the desired performance and long-term benefits is essential.