Analog sensor
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STP10DF55
The STP10DF55 infrared thermopile sensor for non-contact temperature measurement is a thermopile sensor having an output signal voltage directly proportional to the incident infrared (IR) radiation power. Thanks to the anti-electromagnetic interference design, STP10DF55 is robust for all kinds of application environment. The STP10DF55 comprising a new type CMOS compatible thermopile sensor chip features good sensitivity, small temperature coefficient of sensitivity as well as high reproducibility and reliability. A high-precision thermistor reference chip is also integrated for ambient temperature compensation. -
STP9CF59H
The STP9CF59H infrared thermopile sensor for non-contact temperature measurement is a thermopile sensor having an output signal voltage directly proportional to the incident infrared (IR) radiation power. Thanks to the
anti-electromagnetic interference design, STP9CF59H is robust for all kinds of application environment. The STP9CF59H comprising a new type CMOS compatible thermopile sensor chip features good sensitivity, small temperature coefficient of sensitivity as well as high reproducibility and reliability. A high-precision thermistor reference chip is also integrated for ambient temperature compensation. -
STP9CF59
The STP9CF59 infrared thermopile sensor for non-contact temperature measurement is a thermopile sensor
having an output signal voltage directly proportional to the incident infrared (IR) radiation power. Thanks to the
anti-electromagnetic interference design, STP9CF59 is robust for all kinds of application environment.
The STP9CF59 comprising a new type CMOS compatible thermopile sensor chip features good sensitivity,
small temperature coefficient of sensitivity as well as high reproducibility and reliability. A high-precision
thermistor reference chip is also integrated for ambient temperature compensation. -
STP9CF55H
The STP9CF55H infrared thermopile sensor for non-contacet temperature measurement is a thermopile sensor
having an output signal voltage directly proportional to the incident infrared (IR) radiation power. Thanks to the
anti-electromagnetic interference design, STP9CF55H is robust for all kinds of application environment.
The STP9CF55H comprising a new type CMOS compatible thermopile sensor chip features good sensitivity,
small temperature coefficient of sensitivity as well as high reproducibility and reliability. A high-precision
thermistor reference chip is also integrated for ambient temperature compensation.
The STP9CF55H high-precision infrared sensor has a temperature measurement accuracy of 0.05℃. (Medical temperature measurement accuracy is usually only need ±0.2℃). It adopts independent patent and development technology, and the sensor's environmental temperature detection accuracy is more than 15 times higher than similar foreign products (accuracy increased from 3% or 5% to 0.2%).
The sensor has a wide application range, it's widely used in Non-contact temperature measurements, Ear thermometers, Forehead thermometer, Continuous temperature control of manufacturing, Consumer applications and Home appliance temperature measurement.
Handling Requirements
Stresses above the absolute maximum ratings may cause damages to the device. Do not expose the detector to aggressive detergents such as Freon, Trichloroethylene, etc. Windows may be cleaned with alcohol and cotton swab. Hand soldering and wave soldering may be applied by a maximum temperature of 260°C for a dwell time less than 10 s. Avoid heat exposure to the top and the window of the detector. Reflow soldering is not recommended. -
STP9CF55
The STP9CF55 infrared thermopile sensor for non-contacet temperature measurement is a thermopile sensor having an output signal voltage directly proportional to the incident infrared (IR) radiation power. Thanks to the
anti-electromagnetic interference design, STP9CF55 is robust for all kinds of application environment.
The STP9CF55 comprising a new type CMOS compatible thermopile sensor chip features good sensitivity, small temperature coefficient of sensitivity as well as high reproducibility and reliability. A high-precision thermistor reference chip is also integrated for ambient temperature compensation.
Sunshine high-sensitivity thermopile sensors are available in TO-46, TO-5 and compact SMD housings. They vary by sensor-area size and housing type. With the range of specially designed sensors. Sunshine provides solutions for thermometry(Isothermal construction), Non-contact measurement(built-in lens) or Gas Monitoring(two narrowband windows, dual-channel output). Our unique ISOthermal sensor concept significantly distinguishes the Sunshine thermopile family by utilizing patented construction to deliver improved performance and measurement accuracy under thermal shock conditions.
Stresses above the absolute maximum ratings may cause damages to the device. Do not expose the detector to aggressive detergents such as Freon, Trichloroethylene, etc. Windows may be cleaned with alcohol and cotton swab. Hand soldering and wave soldering may be applied by a maximum temperature of 260°C for a dwell time less than 10 s. Avoid heat exposure to the top and the window of the detector. Reflow soldering is not recommended. -
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STP10DB51G2
The STP10DB51G2 comprising a new type CMOS compatible thermopile sensor chip features good sensitivity, small temperature coefficient of sensitivity as well as high reproducibility and reliability. An AFE (Analog Front End) chip is integrated with the thermopile sensor, providing 1000 gain for the small voltage output of thermopile sensor. The sensor output voltage can be directly converted by 10bit or 12bit ADC, which eliminates the precision Zero-Drift amplifier and DC-DC circuit. A high-precision digital temperature sensor is also integrated for ambient temperature compensation.