OpSens works closely with its customers to resolve their unmet needs and develop the best solution for any application. OpSens offers unique and custom solutions for smooth integration into your specific system.
The signal conditioners available with an external casing are fitted with an LCD display and can be regulated directly with the help of the front-panel keypad or remotely by utilizing the standard RS-232 interface.
The OEM signal conditioners (independent "drop-in" PCBAs) have been developed specifically to integrate into medical device systems. They are available with or without a private label option, external casing, and several interface options.
Benefits
- Low-cost at commercial volumes
- Compact size
- Available in both WLPI and GaAs technologies platforms
- Lower power consumption
Pressure Sensors – OPP-M200, WLPI Technology
LifeSens – Single Channel Signal Conditioner
The LifeSens is a small signal conditioner that has been specifically developed for quantifying physiological pressure. When integrated with OpSens’ OPP-M fiber optic sensors, the LifeSens provides excellent pressure measurements with all the features needed for life science applications.
The LifeSens benefits from OpSens’ White Light Polarization Interferometry (WLPI) technology (Patent # 7,259,862), thereby offering highly precise and dependable absolute Fabry-Perot cavity length measurements.
LifeSens provides pressure measurements at a rate of 250 Hz. An internal manometer automatically adjusts for atmospheric pressure change. The system accepts the OpSens’ SCPROM connector that has the potential to store the OPP-M sensor gauge factor. Upon mating the sensor, the gauge factor is smoothly sent to the LifeSens conditioner.
The LifeSens has been fitted with an LCD display and it can be operated with a battery. It is available with an RS-232 communication port and a standard ± 5 V output for real-time data acquisition.
The LifeSens can be regulated directly utilizing the front-panel keypad or remotely utilizing the standard RS-232 interface. A tough casing has been available with a removable rubber boot that offers good mechanical safety against intensive handling in rough surroundings.
Image Credit: Opsens Medical
OEM-MNP – Single-Channel Signal Conditioner Board
This conditioner board is the only true two-beam interferometer guaranteeing high accuracy and resolution.
The OEM-MNP is known as an OEM-type signal conditioner based on OpSens’ WLPI technology (Patent # 7,259,862) to be utilized with any of OpSens’ interferometric OPP-M optical pressure sensors.
This conditioner provides the OEM customer with a product package that has been engineered for their particular requirements. The presence of compact size and modular assembly provides OEMs with the best in design flexibility.
The OEM-MNP is available with or without external casing, a private label option, and several interface options for simple integration into the customer’s host systems.
Image Credit: Opsens Medical
MultiSens – Multi-Channel (2,4,8) Signal Conditioner
The MultiSens is as a multi-channel, multi-purpose signal conditioner to be utilized with any of Opsens Solutions’ interferometric fiber optic sensors, that is, the WLPI fiber optic sensors, for temperature, strain, pressure, and position measurements.
At the center of the MultiSens is the Opsens Solutions’ White Light Polarization Interferometry (WLPI) technology (patent # 7,259,862) which offers a mean for making precise and absolute measurements of the path length variation of any kind of interferometric fiber optic sensors, whose difference varies as per the measure and of interest.
The MultiSens offers sequential readings of more than eight measurement channels along with a ±0.003% full-scale resolution and a ±0.01 % full-scale accuracy. It is available with an RS-232 communication port and standard ±5 Volts output for real-time data acquisition. The MultiSens could be regulated directly utilizing the front-panel keypad or remotely utilizing the standard RS-232 interface.
The MultiSens is compatible with all Opsens Solutions WLPI sensors and it offers the performance requirements needed for an extensive range of crucial measurement applications.
Image Credit: Opsens Medical
Pressure Sensors – OTP-M, WLPI Technology
AccuSens – Single and Multi-Channel (1, 2, 4, 8) Signal Conditioner
The AccuSens is a signal conditioner that has been engineered to help quantify physiological temperature.
The AccuSens has been developed to function in demanding medical surroundings by providing the highest temperature precision and reliability in the industry.
At the core of the AccuSens is present the OpSens’ White Light Polarization Interferometry (WLPI) technology (patent # 7,259,862) offering a means for creating precise and absolute measurements of the path length difference of any type of interferometric fiber optic sensors. Here, the difference changes as per the measure and interest.
The AccuSens is available with a standard ±5 V output and an RS-232 communication port for real-time data acquisition. The AccuSens could be regulated directly with the help of the front-panel keypad or remotely utilizing the standard RS-232 interface. Also, there is an availability of single- and multi-channel OEM versions.
Image Credit: Opsens Medical
Temperature Sensors – OTG-M, GaAs Technology
PicoM – Single Channel Signal Conditioner
The PicoM is a small and portable signal conditioner to be utilized with OpSens’ GaAs OTG-M series fiber optic temperature sensor.
At the core of the PicoM is the OpSens’ Semiconductor Band Gap (SCBG) technology which offers a means for making precise measurements of the temperature-dependent bandgap place of GaAs crystal.
The PicoM has been fitted with a huge visible LCD display and can be battery-operated. It is available with a standard ±5 V output and an RS-232 communication port for real-time data acquisition.
The PicoM can be regulated directly with the help of the front-panel keypad or remotely by making use of the standard RS-232 interface. A tough casing is available with a removable rubber boot that offers good mechanical safety against intensive handling in rough surroundings.
With the help of a 50 Hz sampling rate and a ±0.3 °C accuracy (total precision such as both sensor errors and signal conditioner), the PicoM provides the performance that is needed for an extensive range of medical measurement applications.
Image Credit: Opsens Medical
OEM-MNT – Single Channel Signal Conditioner Board
The OEM-MNT is an OEM-type signal conditioner that relies on the SCBG (Semiconductor Bandgap) technology, and it is to be utilized with OpSens SCBG fiber-optic temperature sensors.
This conditioner provides the OEM customer with a product package that has been developed for their specific requirements. Its small size and modular assembly provide OEMs with the best design flexibility.
OpSens’ SCBG signal conditioner is the only system that consists of an internal reference and NIST traceable calibration methods. Such features implement the long-lasting reliability and stability that has been demanded by the industry.
The OEM-MNT is available with or without external casing and also with several interface options for simple integration into the host systems of the customers.
Image Credit: Opsens Medical
OEM-DUO – Multi-Channel Signal Conditioner Board
The so-called DUO, a 2-channel OEM-type signal conditioner dependent on the GaAs (SCBG) technology is designed to be utilized with OpSens’ GaAs fiber Optic temperature sensors.
This conditioner provides the OEM customer with a product package that has been specifically developed for their specific requirements. Its small size and modular assembly provide OEM’s with the best design flexibility possible.
The DUO is available without a private label option, external casing, and also with several interface options for simple integration into the host systems of the customers.
Image Credit: Opsens Medical
TempSens – Multi-Channel (2,4,8) Signal Conditioner
At the core of the TempSens is the Opsens’ Semiconductor Band Gap (SCBG) technology which gives a mean for making precise measurements of the temperature-dependent bandgap of GaAs crystal.
The TempSens has been fitted with a huge visible LCD and it is available with an RS-232 communication port and standard ±5 V outputs for real-time data acquisition. The TempSens can be directly controlled with the help of the front panel keypad or remotely utilizing the standard RS-232 interface.
The TempSens consists of a channel sampling rate of 50 Hz. With a ± 0.3 °C precision or better (total precision such as both signal conditioner and sensor errors ranging from 20 °C to 45 °C) and 0.1 °C resolution, the TempSens gives the performances required for a broad range of crucial measurement applications.
Image Credit: Opsens Medical