The NovaSensor P330 Series of Absolute Pressure Sensor Die, or piezoresistive pressure die, offers the same superior stability and sensitivity as in larger chips, but in an extremely small footprint for invasive applications where small size is critical. It has excellent measurement accuracy, which is ideal for demanding applications with restricted dimensional profiles such as medical catheters and IC packages. NovaSensor’s proprietary SenStable® process provides excellent long term stability and repeatability.

The NovaSensor P1905 Backside Absolute Pressure Sensor Die is a piezoresistive sensor die designed for absolute pressure measurements in aggressive (harsh) media. The die has a reference vacuum chamber formed by hermetic low-stress bonding of silicon cap to the top side of device wafer. By applying pressure from backside of the die, P1905sensor die eliminates the direct contact of sensor circuitry on top side with the applied media, which allows the P1905 die to measure pressure in aggressive liquids and gases. With NovaSensor’s SenStable® process, P1905 die features excellent long-term stability and repeatability (< 0.1% / year typ.).

MA100 | MA200 | MA300
The Thermometrics NTC Type MA Series of Biomedial Chip Thermistors is designed for use in applications involving both intermittent and continuous patient temperature monitoring with range of 32°F to 122°F (0°C to 50°C). Although low in cost, these highly stable, precision thermochips provide the reliability, tight interchangeable tolerances, geometries and fast response times that are often required in biomedical applications.

The Telaire T3000 Series is a range of sensors designed to meet the specific needs of customers who require measuring Carbon Dioxide in harsh or difficult environments. Based on a series of modules the casing offers a number of combinations to meet the needs of range, supply voltage, and output type in a range of applications. Example applications include incubators, buses, refrigerators, subway stations, and railway carriages.

The Thermometrics NTC Type RL of Cryogenics Thermistor Probes are designed for use in the range of 25°C/77°F (room temperature) to -196°C/-320.8°F (the boiling point of Liquid Nitrogen).
Cryogenic thermistor probes consist of a pressed disc thermistor attached to #27 AWG silver lead wires. These units are very stable, exhibit no hysteresis effects,and rapid temperature cycling from 77°F to -320.8°F (25°C to -196°C) has no measurable effect on electrical, thermal or mechanical properties. These units are well suited for Cryogenic control applications such as liquid level in the 77°F to -320.8°F (25°C to -196°C) range. They may be used at temperatures below the Nitrogen Point with suitable instrumentation.

The Modus T Series of Differential Pressure Transmitters measure low pressures and feature low power consumption with a variety of analog signal outputs. A wide selection of standard pressure ranges and electrical ratings is available. These transmitters feature: no moving parts to wear out, reliable long term stability, and are virtually position insensitive.

The Series T transmitters are an excellent choice for many HVAC, process and automation monitoring requirements. These transmitters monitor: filter differential pressures, fan static pressures, clean room pressures, variable air volume systems and velocity pressures. They have been used for bubbler level systems, leak detection and in medical and analytical instruments.

The transmitters are housed in a flame retardant, glass-reinforced polyphenylene oxide (NORYL(tm)) case. Electrical connections are made by means of a 3/8" terminal strip with #6 screws.

The Series T includes four models: Model T10, Model T20, Model T30 and Model T40. These four models incorporate a variety of power and signal options.

The span or zero adjustment is performed with a 20-turn potentiometer for fine resolution.

The Thermometrics NTC Type FP Series of Fastip Thermistor Probes are ideally suited for high speed measurement and control of fluid temperatures, fluid level or flow. They offer the ease of handling associated with large glass probe thermistors, as well as the ultra-fast response times of small glass-coated bead thermistors.

The Thermometrics MA400X Series of Fully Autoclavable Temperature Probes has been designed for steam autoclave sterilization temperatures up to 134°C (or 273°F).

The Thermometrics GC Series (GC11/GC14/GC16) of Glass-Encapsulated NTC Chip Thermistors consists of small glass-encapsulated chip thermistors on fine diameter platinum alloy lead wires. Suitable for temperature measurement, control and compensation applications, as well as self-heated applications, such as liquid level sensing or gas flow measurement.

The NovaSensor NPR-101 Harsh Media Pressure Sensor is a silicon-based MEMS device using “Backside Absolute Pressure” technology designed for harsh media exposure, which eliminates the direct contact of the sensing circuitry with the applied media. The device is coupled with an ASIC to provide a ratiometric output proportional to the applied pressure. Integrated diagnostics included.

The NovaSensor NPI-15 Series High Pressure Sensors employs SenStable® processing technology, providing excellent output stability. The NovaSensor® NPI Series incorporates state-of-the-art IsoSensor technology, which gives the OEM user the best in price and performance. They are designed to operate in hostile environments and yet give the outstanding sensitivity, linearity, and hysteresis of a silicon sensor. The piezoresistive sensor chip is housed in a fluid filled cylindrical cavity and isolated from measured media by a stainless steel diaphragm and body.

As with all NovaSensor® silicon sensors, the NPI Series employs SenStable® processing technology, providing excellent output stability.

The NovaSensor NPI-15VC Series of voltage-compensated, media isolated Pressure Sensors designed to operate in hostile environments while providing outstanding sensitivity, linearity, and hysteresis. The NovaSensor® NPI Series incorporates state-of-the-art IsoSensor technology, which gives the OEM user the best in price and performance. They are designed to operate in hostile environments and yet give the outstanding sensitivity, linearity, and hysteresis of a silicon sensor. The piezoresistive sensor chip is housed in a fluid filled cylindrical cavity and isolated from measured media by a stainless steel diaphragm and body.

As with all NovaSensor® silicon sensors, the NPI Series employs SenStable® processing technology, providing excellent output stability.

The NovaSensor P2701 is a high sensitivity, low pressure sensor die. When excited with 5. 0 V, the P2701 die produces a millivolt output that is proportional to input pressure. It is usable over a wide pressure range of 1.25 kPa (5” H2O) to 7. 5 kPa (30” H2O). With NovaSensor’s SenStable® process, the P2701 die provides excellent long-term stability and repeatability.

The NovaSensor P122 High Silicon Pressure Sensor Die are piezoresistive pressure sensors offered in a miniature 0.10 in x 0.10 in (2.5 mm x 2.5 mm) die. When excited with 1.0 mA, the P122 produces a millivolt output that is proportional to input pressure.

The Kaye product range is relied upon by the world’s leading pharmaceutical and biotechnology companies to validate and monitor critical assets and processes like sterilization as required by governing regulatory bodies.

Kaye products are designed to meet the most demanding requirements for process improvement, thermal validation and environmental monitoring.

The Kaye Validator AVS is a state of the art temperature validation system design that meets industry and regulatory (FDA/GAMP) requirements for thermal validation.

The Validator AVS combines high accuracy measurements, automated sensor calibration, intuitive metro style user interface and extensive reporting to simplify the complete validation process.

The Kaye product range is relied upon by the world’s leading pharmaceutical and biotechnology companies to validate and monitor critical assets and processes like sterilization as required by governing regulatory bodies.

Kaye products are designed to meet the most demanding requirements for process improvement, thermal validation and environmental monitoring.

Kaye Valprobe is an easy to use wireless thermal validation solution for standard processes.

The ValProbe system's wireless probe design eliminates the need for hard-wired sensors, simplifying access to hostile, remote or hard to reach environments. The ValProbe system is ideally suited for applications where high measurement accuracy and regulatory compliance are priorities:

Pharmaceutical Processing
Medical Device Sterilization
Food Processing
Environmental Monitoring

The NovaSensor NPI-19 Series of Low and Medium Pressure Sensors incorporates IsoSensor technology, which gives the OEM user the best in price and performance. They are designed to operate in hostile environments and yet give the outstanding sensitivity, linearity, and hysteresis of a silicon sensor. The piezoresistive sensor chip is housed in a fluid filled cylindrical cavity and isolated from measured media by a stainless steel diaphragm and body. As with all NovaSensor® silicon sensors, the NPI Series employs SenStable® processing technology, providing excellent output stability. Available in either constant current or constant voltage version. The modular design allows for a variety of pressure port modules, which are hermetically welded to the sensor header module. Other standard port styles are available.

The NovaSensor P1300 Low Pressure Silicon Pressure Sensor Die are highly reliable, solid state pressure sensors, offered in a miniature 2.7 mm x 3.2 mm die. When excited with 1.5 mA, the P1300 produces a millivolt output that is proportional to input pressure. The sensor will operate with a constant voltage supply; however, the sensitivity will change –0.23%/°C. The P1300 is available as a diff erential and gauge sensor. NovaSensor’s SenStable® process provides good long-term stability and excellent repeatability. The die substrate must be connected to the positive power supply in order to maintain good long-term stability. To achieve this, +INa is connected to the sensor as well as the substrate pad, which is labeled with an “S.”

The NovaSensor P1302 Low Pressure Silicon Pressure Sensor Die is a high-sensitivity silicon piezoresistive pressure sensor die that is well-suited for measuring low-pressure. In addition to superior stability from our patented SenStable® process, the P1302incorporates a bonded glass pedestal to provide thermal and die attach stress isolation.

The P1302 piezoresistive pressure sensors are offered in a miniature 0.11 in x 0.13 in (2.7 mm x 3.2 mm) die. When excited with 1.5 mA, the P1302 produces a millivolt output that is proportional to input pressure. The P1302 is available as a differential and gage sensor.

NovaSensor P162 Medical Silicon Gage Pressure Sensor Die are piezoresistive pressure sensor die offered in a miniature 1150 x 725 mm die that is small enough for three French catheters. The small die size is made possible by NovaSensor’s proprietary Silicon Fusion Bonding (SFB) process. When excited with an AC or DC voltage source, the P162 produces a mV output that is proportional to input pressure.

The P162 is in a halfbridge design, where external resistors are needed to complete a full bridge configuration.

The NovaSensor P562 Medical Silicon Pressure Die is a piezoresistive pressure sensor that is specifically designed for medical applications. Low linearity errors and low input and output impedance make the P562 an industry standard for disposable pressure sensor die. The sensor die is radiation tolerant for newer sterilization methods. Wire bonds are located on one side to minimize package width for DPT’s and IUP’s. Choose an open bridge wirebond configuration depending on your compensation circuit. Sensitivity can be easily scaled with external circuitry to meet the AAMI standard of 5 :V/V/mmHg sensitivity.

The NovaSensor P112 Medium Pressure Sensor Die is a piezoresistive pressure sensor offered in a miniature 2.7mm x 3.2 mm (0.10 in x 0.12 in) die. When excited with 1.0 mA, the P112 produces a millivolt output that is proportional to input pressure. The P112 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed in the die. The P112 is also available as a diff erential and gauge sensor.With NovaSensor’s SenStable® process, the P112 will provide very good long-term stability and excellent repeatability. With NovaSensor’s “fl at process,” the P112 can be temperature compensated for either a constant current or a constant voltage power supply.

The NovaSensor P883 Medium Pressure Silicon Sensor Die is a general purpose silicon piezoresistive pressure sensing element that utilizes our patented SenStable® process for superior device stability, and is particularly well suited for high volume applications for which cost is paramount. The P883 can optionally utilize a bonded-glass pedestal that provides both thermal and die-attach stress isolation.

The NovaSensor P111 Medium Silicon Pressure Sensor Die are piezoresistive pressure sensors offered in a miniature 0.10 in x 0.12 in (2.7mm x 3.2 mm) die. When excited with 1.0 mA, the P111 produces a millivolt output that is proportional to input pressure. The P111 is available as an absolute pressure sensor where the media pressure is referenced to an internal vacuum sealed in the die. The P111 is also available as a differential and gage sensor. With NovaSensor's SenStable process, the P111 will provide long-term stability and excellent repeatability.

The NovaSensor NPR-101 Harsh Media Pressure Sensor is a silicon-based MEMS device using “Backside Absolute Pressure” technology designed for harsh media exposure, which eliminates the direct contact of the sensing circuitry with the applied media. The device is coupled with an ASIC to provide a ratiometric output proportional to the applied pressure. Integrated diagnostics included.

The NovaSensor P1602 Pressure Sensor Die is a piezoresistive pressure sensor offered in a miniature die. When excited with 1 mA constant current, the P1602 produces a millivolt output that is proportional to input pressure. The P1602 is available as an absolute pressure sensor, where the applied pressure is referenced to an internal vauum sealed within the die. With NovaSensor SenStable®, the P1602 will provide very low long-term stability erros and excellent repeatability.

The Modus W Series of Pressure Transmitters are designed to measure low differential pressures of liquids or gases. A wide selection of standard pressure ranges and electrical ratings is available. These transmitters feature: no moving parts to wear out, proven long term stability of piezoresistive devices, only 316 stainless steel in contact with the fluid, and all welded construction.

Series W transmitters are an excellent choice for many HVAC, process and automation monitoring requirements. Typical applications include measurement of differential pressure across flow elements, heat exchangers, pumps, filters, liquid level monitoring and other demanding differential pressure measurement and control applications.

The transmitters are housed in a compact heavy duty gasketted cast aluminum enclosure designed to IP 65 of IEC 529 standards and NEMA 4. The die cast aluminum enclosure incorporates a recessed neoprene gasket to prevent ingress of moisture or dust. Wall mounting holes are enclosed in the cast aluminum box and concealed by the cover. The wall mounting holes and the cover attaching screws are outside the gasketted area. Access to the electrical terminals are made through knockouts on the front of the box. A choice of one or two knockouts and three hole sizes is available to accommodate usage of 1/2" conduit or metric sizes PG11 and PG13. Pluggable terminal block connectors are provided with wire protection and captive terminal screws.

The Series W includes four models: Model W10, Model W20, Model W30 and Model W40. These four models incorporate a variety of power and signal options. The span or zero adjustment is performed with a 20-turn potentiometer for fine resolution. A 50% adjustment in output is possible.

The Series W transmitters have been tested by an accredited laboratory and comply with the European requirements of Council Directive 89/336/EEC for emission measurements per EN50081-1 and immunity tests per EN50082-1.

The NovaSensor NPH Series of Solid State Medium Pressure Sensors offer reliability at a low cost and small size. They are available in gauge, absolute and differential pressureversions. The NPH Standard TO-8 package is suitable for PC board mount. They are also compatible with non-corrosive gases and dry air.

An integrated circuit silicon sensor chip is housed in a standard TO-8 electrical package that is printed circuit board mountable. The latest techniques in micromachining have been used to ion-implant piezoresistive strain gauges into a wheatstone bridge configuration that is integrally formed on a micromachined silicon diaphragm. As with all NovaSensor silicon sensors, the NPH Series employs SenStable® processing technology, providing excellent output stability. Constant current excitation to the sensor produces a voltage output that is linearly proportional to the input pressure. The user can provide standard signal conditioning circuitry to amplify the 100 mV output signal. The sensor is compatible with most non-corrosive gases and dry air. A laser-trimmed, thick-film resistor network on a hybrid ceramic substrate provides temperature compensation.

The NovaSensor NPH Series of Solid State Medium Pressure Sensors offer reliability at a low cost and small size. They are available in gauge, absolute and differential pressureversions. The NPH Standard TO-8 package is suitable for PC board mount. They are also compatible with non-corrosive gases and dry air.

The NovaSensor NPA Series of Surface Mount Pressure Sensors is a new family of OEM miniature pressure sensing products offering best in class performance for OEM applications in healthcare, industrial and transportation markets. Packaged in an industry standard surface mount SOIC14 pin package, the NPA Series is available in Gage, Absolute or Differential pressure ranges from 0 to 10" H20 to 0 to 30PSI with either un-calibrated millivolt outputs or in fully calibrated, amplified analog or 14bit digital outputs.

The NPA sensor is intended for printed circuit board mounting and delivered in optional tape and reel ready for automated manufacturing and reflow soldering operations.

The Thermometrics NTC Type AB6 Series Thermistor Assemblies consist of small thermobeads and GCs (chip-in-glass) that are welded to insulated extension leads. Thermobead and GC assemblies are used where a small thermistor must be further connected to longer leads, and for applications requiring fast response measurements in confined spaces.

The thermobeads or GC (chip-in-glass) are hermetically sealed in glass and have fine diameter 0.0007 in to 0.004 in (0.01778 mm to 0.1016 mm) platinum alloy leads. The platinum leads are cut short and welded to insulated extension leads and the joints are covered in one of several insulation types, depending upon the application or environment. The assembly is then ready for insertion into hypodermic needles, catheters or other small housings that require extended leads.

Thermometrics ZTP-015 Thermopile Infrared (IR) Sensor is used for non-contact surface temperature measuring. The ZTP-015 Model consists of thermo-elements, flat infrared filter and a thermistor for temperature compensation, all in a hermetically-sealed TO-46 (18) package. There are also a variety of filters available to help maximize performance in specific applications.

Thermometrics ZTP-315 is a Thermopile Infrared (IR) Sensor that is used for non-contact surface temperature measuring. The ZTP-315 Model consists of thermo-elements, flat infrared filter and a thermistor for temperature compensation, all in a hermetically-sealed TO-46 (18) package. There are also a variety of filters available to help maximize performance in specific applications.

Thermometrics ZTP-188MA Thermopile Infrared (IR) Sensor Module is used for non-contact surface temperature monitoring and presents temperature-compensated 8 linear array outputs via I2C with optics (silicon lens). It can also provide compatibility with the customer’s device without the need for recalibration. The ZTP-188MA uses 4-wire connections: two signals for I2C output, single power supply and ground. The sensor is fully-calibrated with a wide object and ambient temperature range. Lens for different fields of view are available on request.

Thermometrics ZTP-188ML Thermopile Infrared (IR) Sensor Module is used for non-contact surface temperature monitoring and presents temperature-compensated 8 linear array outputs via I2C with optics (silicon lens). It can also provide compatibility with the customer’s device without the need for recalibration. The ZTP-188ML uses 4-wire connections: two signals for I2C output, single power supply and ground. The sensor is fully-calibrated with a wide object and ambient temperature range. Lens for different fields of view are available on request.

Thermometrics ZTP-315MIH Thermopile Infrared (IR) Sensor Module is used for non-contact surface temperature monitoring. It presents temperature-compensated single outputs via voltage output with optics (glass lens for high temperature detection). It can also provide compatibility with the customer’s device without the need for recalibration. The ZTP-315MIHuses 3-wire connections for output signal, single power supply and ground. The field of view is approx ±9 degrees for 50% normalized output with a total size is only 33 mm X 17 mm.