Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

High-performance thermopile detectors with ASIC for non-contact infrared temperature measurement solutions

WISE’ infrared sensing technologies are playing a vital role in creating a healthier, easier and safer tomorrow. WISE has gained worldwide recognition for the design and production of high-performance thermopile detectors with ASIC which contribute to safeguarding homes, saving energy, and providing comfort

Small SMD packaging (2.3 x 3.4 x 1.2mm) with ROIC Smallest Die : 1.0 x 1.0 x 0.3 mm(or 1.6 x 1.6 x 0.3 mm) Self-Temperature compensation High sensitivity High reliability & stability Reasonable price Various sensor packaging : Metal(TO 45), PCB, Ceramic Continuous temperature monitoring

Indoor home safety and security Energy conservation and comfort Home appliances applications Thermometry for healthier Families & Safer industries Non-contact infrared thermometer Motion sensor (light, human, thermal) Internet Of Things applications Consumer appliance

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Micro-Hybrid Electronic GmbH produces high performance pyroelectric detectors and NDIR gas sensors, as well as thermopile infrared detectors and IR sources. View the Micro-Hybrid video at the bottom of this page.

Pyroelectric detectors are available in voltage and in current mode, packaged in a TO-39 housing. The current mode is available with various amplification gains. The Micro-Hybrid pyroelectric detectors feature:

• 1.4um thick pyroelectric film with low thermal mass.
• Thermal time constant almost 10 times faster than traditional lithium tantalate pyroelectric detectors.
• Low sensitivity to microphonics.
• High temperature packaging option good up to 180°C /
  356°F.

These new pyroelectric detectors are available in high temperature packaging with support electronics for use up to 180°C / 356°F. Micro-Hybrid is able to offer all of their IR components, thermopiles, pyroelectric detectors and IR sources in this high temperature packaging.

Applications include:

• Fire & Flame Detection
• NDIR gas analysis for industrial and medical applications
• Explosion detection
• Non-contact temperature measurement
• Spectrometers
• Process temperature monitoring
• Radiometers
• Analytical Instruments
• Far Infrared (FIR) thermopile detectors up to 300µm and beyond

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources.

Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor modules or radiometers. Pyroelectric and thermal detectors respond to any wavelength radiation that is absorbed and can be made to respond over a wide range of wavelengths.

• The most common thermal detectors used in the infrared (IR) applications are the pyroelectric and thermopile detectors.
• The most sensitive thermopile (higher Detectivity) is made from bismuth-antimony (BiSb) instead of silicon.

Thermopile detectors are voltage-generating devices, which can be thought of as miniature arrays of thermocouple junctions.

Micro-Hybrid GmbH is certified to TS 16949:2009 and ISO 9001:2008. These certifications are a reflection of their commitment to quality and product improvement.

Applications include:

• Non-contact temperature measurement
• Spectrometers
• Tympanic thermometers
• Gas analysis
• Process temperature monitoring
• Fire & flame Detection
• Household appliances
• Explosion detection
• Radiometers
• Presence monitor
• Far Infrared (FIR) detection up to 300μm and beyond

Each channel of the thermopile detector is fitted to the application by using an infrared filter or window. EOC has a broad selection of Standard Filters and Windows for these applications. Custom Filters and windows are also available.

The gSKIN^® Heat Flux Sensor helps increase energy efficiency, improve material quality, or add decisive functionalities to your product. Heat flux sensing helps you better understand the thermal characteristics of your materials and processes. The gSKIN^® Heat Flux Sensor is applied in thermal measurement and control systems where precision and speed are of high importance.

Advantages of the gSKIN® Heat Flux Sensor:

• Fast Response Time
• Minimal Invasiveness
• Easy to use
• Customizable design
• Robustness
• High Sensitivity

greenTEG won the Product Award 2013 of the Swiss Excellence Foundation for its heat flux and radiation sensor technology.

The gSKIN^® Heat Flux Sensor helps increase energy efficiency, improve material quality, or add decisive functionalities to your product. Heat flux sensing helps you better understand the thermal characteristics of your materials and processes. The gSKIN^® Heat Flux Sensor is applied in thermal measurement and control systems where precision and speed are of high importance.

Advantages of the gSKIN® Heat Flux Sensor:

• Fast Response Time
• Minimal Invasiveness
• Easy to use
• Customizable design
• Robustness
• High Sensitivity

greenTEG won the Product Award 2013 of the Swiss Excellence Foundation for its heat flux and radiation sensor technology.

The gSKIN^® Heat Flux Sensor helps increase energy efficiency, improve material quality, or add decisive functionalities to your product. Heat flux sensing helps you better understand the thermal characteristics of your materials and processes. The gSKIN^® Heat Flux Sensor is applied in thermal measurement and control systems where precision and speed are of high importance.

Advantages of the gSKIN® Heat Flux Sensor:

• Fast Response Time
• Minimal Invasiveness
• Easy to use
• Customizable design
• Robustness
• High Sensitivity

greenTEG won the Product Award 2013 of the Swiss Excellence Foundation for its heat flux and radiation sensor technology.