The NovaSensor Fuel Particulate Sensor uses a highly reliable NovaSensor MEMS pressure die to meet the harsh exhaust gas environmental requirements during the entire life of the sensor. GPF/DPF sensors are used in gasoline or diesel engine exhaust systems to help minimize the amount of soot which is emitted from the vehicle.

The NovaSensor NPR-40X Series of Pressure & Temperature Sensors provides a cost effective solution for applications that require measurement of backside absolute pressure in aggressive media. The series easily integrates with a metal housing, or it can be attached to a printed circuit board (PCB).

The NovaSensor NPI-19 Digital I2C Pressure Sensor incorporates state-of-the-art isolated sensor technology with I2C interface protocols. These sensors are designed to operate in hostile environments while still providing the same outstanding sensitivity, linearity, and hysteresis of a silicon sensor.

The NovaSensor NPC-300 is a Disposable Medical Pressure Sensor specifically designed for use in disposable medical applications. The device is calibrated and thermally compensated with a digital I2C output incorporating a signal conditioning integrated circuit.

Thermal Runaway can occur in any Li-ion battery pack application, and in any of these applications, it is important to detect Thermal Runaway as soon as it occurs, regardless of cell size, electrochemistry and/or pack design. One of the more common uses of Li-ion batteries is in Electric Vehicles (xEV).

Infusion pumps are used to deliver critical fluids, such as medication and nutrients, to a patient’s body. Pressure sensors are often used to monitor backpressure to ensure that the pump is functioning properly to sustain a controlled flow or dosage of fluids to the patient, as well as to detect occlusion in the line.

Hemodialysis (HD) is a process that uses a medical filtration device to remove waste and water from a person’s blood stream. One of the most critical measurement parameters in Hemodialysis is Temperature. Monitoring the temperature of the patient’s body, fluids, blood, as well as other components, within the dialysis device is important not only for the success of the process for the patient’s health, but also for long-term use of the device itself.

Your kidneys play an important role in maintaining the health of your body, including maintaining equilibrium of water and minerals, excreting some acidic end-products, and producing vital fluids. When a person experiences kidney failure, they must rely on a dialysis machine to serve as their kidneys and perform these essential functions. For a medical device as essential as a dialysis machine, only the highest quality components will do.

NovaSensor NPM Pressure-Molded Pressure Sensor is a silicon-based MEMS device using “Backside Absolute Pressure” Technology designed for harsh media exposure with new edge over-molding pressure sensor technology.

When small is not small enough, look to NovaSensor’s line of MEMS pressure sensor die for the perfect fit in your medical catheter application. With products ranging in size, pressure range, and ease of integration, we have the sensor solution you are looking for.

As of January 1, 2021, the State of California has enacted an Energy Efficiency Stimulus Program for schools using Carbon Dioxide (CO2) Sensors in classrooms. Read on to learn more about these requirements and how Telaire products can help you to meet them.

What do you look for in a school district? Quality of teachers? Reputation? How their sports teams and extra-curricular activities stack up? But, do you ever think about the indoor air quality in the school buildings? In 2014, the U.S. National Center for Education Statistics (NCES) surveyed a sample of school districts and estimated the average age of the nation’s main school buildings at 55 years old. And, nearly half of these building have been reported to have problems related to Indoor Air Quality (IAQ).

NovaSensor NPB 102 is an absolute pressure sensor with digital output for low power consumption and wide operating temperature range applications. Digital compensation of the signal offset, sensitivity, and non-linearity is accomplished via 26-bit internal digital signal processor (DSP) running a correction algorithm.

Food and pharmaceutical products are required to be kept under controlled temperature (often around 0°C) to ensure their safety and quality. A successful cold chain ensures temperature-sensitive products are kept within optimal temperature ranges and maintain the desired states from start to finish. Amphenol Advanced Sensors carries an extensive line of thermistors, RTD components and finished probe assemblies that meet the broad temperature range requirements for today’s cold chain market.

NovaSensor PT1907 is a family of MEMS multi-sensor die products, each combining two sensors on the same chip: (1) high stability piezoresistive absolute pressure sensor and (2) very linear high-resolution temperature sensor integrated in proximity to the pressure sensor.

St. Marys, PA, USA, February 1, 2021 – Amphenol Advanced Sensors, a company comprised of industry-leading sensor brands, including Thermometrics, Inc., now offers a revolutionary sensor technology platform for Robust Early Detection to Thermal Runaway (REDTR) to detect lithium ion battery cell faults resulting in venting.

The NovaSensor NPC-1210 Series is a drop-in replacement for most TE 12XX, 56XX, and 58XX Series and is available immediately. This line of low/medium pressure sensors provides a cost effective solution for applications that require calibrated performance over a wide temperature range.

Thermometrics Right Angle Fluid Temperature Sensors measure and monitor the temperature of a variety of fluids. The right angle design of this sensor makes it ideal for compact spaces, and the incorporation of the spring clip provides a quick means for both installation and removal.

Thermometrics Single-Use Temperature Sensors are used in neonatal incubators to monitor the temperature of an infant’s skin. For accurate and reliable temperature measurement, this sensor consists of an NTC thermistor and is offered in two different configurations.

Surgical and anesthesia effects on thermoregulation by the human body increase the need for temperature monitoring during these critical procedures. Amphenol Advanced Sensors carries an extensive line of miniature chip-in-glass or sleeved chip thermistors with fine diameter wires for use in such applications.

Thermometrics Type A040 Series NTC Thermistors are precision, solid state temperature sensors, that are fully electrically-insulated in a miniature package size. They are ideal for surgical assemblies, myocardial assemblies, cranial catheters, and IV fluid temperature assemblies.

Temperature scanners and kiosks are used for initial screening of individuals before gaining access to a specified area, such as a place of work, store, school, or public transportation. In addition to obtaining temperature readings, this initial screening can also serve as a means of identifying individuals that will require a secondary screening prior to entering the area or using public transportation.

Medical applications demand the ultimate in accurate and reliable monitoring of critical temperature measurement. From the Amphenol Advanced Sensors family of brands, Thermometrics, Inc., designs and manufactures an extensive line of NTC thermistors and non-contact infrared (IR) based temperature sensors for this vital market.

Predictive Thermometry is a highly accurate, repeatable, and fast-responding method of temperature reading for patients of all age groups in a clinical setting. While traditional glass bulb thermometers take approximately 3 minutes to reach equilibrium with a patient’s body temperature, a predictive thermometer quickly analyzes temperature data gathered from an NTC thermistor to provide an accurate reading in just 4 to 10 seconds. Amphenol Advanced Sensors plays an important role in this application by providing highly accurate and robust assemblies using NTC thermistor technology for temperature measurement.

The NovaSensor Pressure Amplified (NPA) Sensor is a surface mount pressure sensor provided in a miniature size as a cost-effective solution for respiratory applications that require calibrated performance.

Released for Production! Thermometrics JS8746 Harsh Environment Temperature Sensor has been designed to address all aspects of temperature measurement for HVAC control systems in the container-ship market. Employing materials and build standards that enhance the sensor’s ability to withstand water ingression and degradation by the marine environment, the sensor meets statutory requirements for temperature measurement and performance expectations.

Indoor agricultural facilities and greenhouses require proper environmental conditions for optimal plant growth and health. Most critical to productivity, quality, and energy conservation are the monitoring and control of carbon dioxide (CO2) concentration in combination with temperature, humidity, and ambient light. Read on to learn more.

Newly developed by Amphenol Thermometrics, Inc., the JRI Range of EMI-Protected Ring Terminal Sensors consists of an NTC chip thermistor mounted in an eyelet tag for surface temperature measurement with a novel RF de-coupling function.

NovaSensor NPA Series of Surface-Mount Pressure Sensors features a high stability SenStable® piezoresistive MEMS chip placed in a SOIC 14-pin miniature thermoplastic package, and is intended for printed circuit board mounting. The sensor module contains a pressure sensor die and a signal-conditioning ASIC that eliminates the need for an additional IC from the customer.

The NovaSensor NPI Series features a high stability SenStable® piezoresistive MEMS chip placed in a stainless steel media-isolated package. Ideal for use in hostile environments, the modular design allows for a variety of pressure port modules that are hermetically welded to the sensor header.

Cable Probe Temperature Sensors are used in a broad range of industrial applications, including water heating, refrigeration and air conditioning systems, consisting of resin-potted NTC thermistors encapsulated within metal housings, extension cables and connector systems. They are typically strapped directly to the measurement surface or positioned in a “dry well” where a grommet or cable tie is used to secure the sensor in position.

The Transmission Oil Temperature Sensor is used in automotive applications to monitor the temperature of transmission fluid and provide feedback to prevent overheating of the transmission, which can cause performance and reliability issues.

Carbon Dioxide (CO2) gas concentration monitoring regulations are now commonly enforced for beverage dispensing applications in many jurisdictions. These applications, commonly found in restaurants, bars, brewhouses, stadiums and convenience stores, require continuous gas threshold detection combined with ventilation and valve control capabilities and audiovisual alarms. For such applications, Telaire offers the T3000 Series of CO2 Sensors for Harsh Environments. Learn more about beverage dispenser monitoring alarming, as well as the T3000 Series.

In Part 6 of our "Thermistor Stability Benchmarking" Series, we discuss the use of Active In-Car Temperature Sensors and Outside Air Temperature Sensors in Automotive Applications, along with the importance of thermistor stability in such applications.

PTC Thermistors can be used in Aerospace applications as heaters for Angle of Attack Sensors to prevent ice formation during flight. The PTC self-regulates its temperature and minimizes the power consumption when the vane is not in an icing condition, which improves the reliability of the vane assembly. Learn more about the benefits and features of PTC Thermistors in aerospace applications.

Cell incubators, also called Carbon Dioxide (CO2) incubators, are essential equipment in biological and medical laboratories. There are two primary sensing technologies available for the detection and control of CO2 within cell incubators; Thermal Conductivity (TC) sensors and Nondispersive Infrared (NDIR) sensors. Read on to learn more about CO2 sensors in cell incubator applications.

Coolant Temperature Sensors (CTS) monitor the temperature of coolants in various applications. In the event of overtemperature, the sensor relays a notification signal so action(s) can be taken to prevent permanent damage or even unsafe conditions. They can be used in many applications, including automotive engines, EV battery modules, and industrial process flow measurement. Thermometrics offers various configurations and specifications of Coolant Temperature Sensors for all of these applications.

Coolant Temperature Sensors (CTS) monitor the temperature of coolants in various applications. In the event of overtemperature, the sensor relays a notification signal so action(s) can be taken to prevent permanent damage or even unsafe conditions. They can be used in many applications, including automotive engines, EV battery modules, and industrial process flow measurement. Thermometrics offers various configurations and specifications of Coolant Temperature Sensors for all of these applications.

According to sharp growth of Electrical Vehicles (EV), many OEMs are using cooling systems for their battery systems. However, if an instance of coolant leakage were to occur in Li-ion battery packs, it would create dangerous conditions. Learn more about our Coolant Leak Detection Sensors and how they are used in Electic Vehicles.

In accordance with the rapid expansion of eco-friendly vehicles, the safety of the Battery Management System (BMS) is critical. So, OEMs are monitoring the temperature of the Power Relay Assembly (PRA) to prevent fire or other dangerous conditions. Thermometrics Power Relay Assembly (PRA) Sensor consists of high capacity relay and related electronics. It can be used in Electric (EV), Hybrid Electric (HEV) and Plug-in Hybrid Electric (PHEV) Vehicle applications.

Learn more about our range of Flow-Through Temperature Sensors, including CTTS-302651-F01, our newest configuration.

Learn more about the NPP Series of Surface Mount Pressure Sensors, featuring a miniature ultra-high stability SenStable® piezoresistive chip placed in a surface mount plastic package.

Demand-based Outside Air Management is managed in railway cars in the exact same way it is managed in buildings - bring in only the necessary outside air to ventilate a space with variable occupancy, to minimize energy usage heating or cooling outside air. Known as Demand Controlled Ventilation, or DCV, the theory of measuring Carbon Dioxide (CO2) to monitor occupancy and air quality is now applied to train carriages.

Learn more about Type GE of Glass-Encapsulated NTC Thermistors and why the metallurgical bond sets us apart from the competition.

Learn more about the features, benefits and common applications of Digital Temperature Sensors versus NTC Thermistors.

New! The Telaire T3022 Series CO2 Sensor is designed specifically to meet the needs of OEM manufacturers for low cost carbon dioxide (CO2) sensing.

In Part 5 of our "Thermistor Stability Benchmarking" Series, we discuss uses for Thermocon, HVAC, Discharge Air Temperature Sensors (DATS), and Boiler and Pipe Applications, along with the potential implications of reduced stability in such components.