Photoelectronic module based on cadmium mercury telluride linear focal plane array FEM1M

Photoelectronic module is intended for complete set scanning thermal vision systems used for geology, medicine, fire protection, the ecological control and the control of outflow of heat.

FEM1M assures time delay and integration mode, that leads to increasing signal/noise relation and as a result increasing in photodetector detectivity. The signal may be extra amplified in multiplexer circuit.

Photoelectronic module consists of: cooled focal plane array, cooled multiplexer, microcryogenic system (MCS) Integral-Stirling, electronic block of interface.

Format 4õ288
Pitch, µm 28
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 1 * 1011
Responsivity, V/W 4 * 107
Integration time, µsec 0-64
No of outputs 8
Peak clock frequency, MHz 8
Dynamic range, dB 60
Weight, g 3500

Photoelectronic module based on cadmium mercury telluride linear focal plane array FEM2M

As component of infrared devices focal plane array don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FEM2M is intended for complete high-sensitivity thermal imagers «looking» type with high resolution for medicine, geological prospecting, meteorological and ecological monitoring and agriculture.

Photoelectronic module consists of: focal plane array, microcryogenic system (MCS) Split -Stirling, electronic block of interface.

Format 384õ288
Pitch, µm 28
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 4 * 1010
Frame frequency, Hz 50
Responsivity, V/W 4 * 107
Integration time, µsec 0-64
No of outputs 2
Peak clock frequency, MHz 4
Dynamic range, dB 60
Weight, g 3500
Cooling (MCS) Split-Stirling

Photoelectronic module based on cadmium mercury telluride linear focal plane array FEM4M

As component of infrared devices focal plane array don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FEM4M assures time delay and integration mode, that leads to increasing signal/noise relation and as a result increasing in photodetector detectivity. The signal may be extra amplified in multiplexer circuit.

Photoelectronic module consists of: focal plane array, microcryogenic system (MCS) Split-Stirling.

Format 768x576
Pitch, µm 30
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 4 * 1010
Frame frequency, Hz 50
Responsivity, V/W 107
Integration time, µsec 0-64
No of outputs 8
Peak clock frequency, MHz 4
Dynamic range, dB 60
Weight, g 6500

Photoelectronic module based on cadmium mercury telluride focal plane array(FPA) FEM6M

As component of infrared devices focal plane array don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FEM6M assures time delay and integration mode, that leads to increasing signal/noise relation and as a result increasing in photodetector detectivity. The signal may be extra amplified in multiplexer circuit.

Photoelectronic module consists of: focal plane array, microcryogenic system (MCS) Integral-Stirling, electronic block of interface, electronic block of image processing.

Format 256x256
Pitch, µm 30
Spectral range, µm 7,5 - 11
Frame frequency, Hz 50
Integration time, µsec 0-64
Storage regime Photo, frame
Type of output signal AV-signal
Dynamic range, dB 60
Temperature difference, K 40
Weight, g 1200
Cooling MCS Integral-Stirling

Photoelectronic module based on cadmium mercury telluride focal plane array(FPA) FEM7M

As component of infrared devices focal plane array don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FEM7M assures time delay and integration mode, that leads to increasing signal/noise relation and as a result increasing in photodetector detectivity. The signal may be extra amplified in multiplexer circuit.

Photoelectronic module consists of: focal plane array, microcryogenic system (MCS) Integral-Stirling, electronic block of interface, electronic block of image processing.

Format 256x256
Pitch, µm 35
Spectral range, µm 3-5
Frame frequency, Hz 200
Integration time, µsec 0-64
Type of output signal AV-signal
Dynamic range, dB 60
Temperature difference, K 40
Weight, g 1200
Cooling MCS Integral-Stirling

Focal plane array (FPA) based on photodiodes of cadmium mercury telluride FUK6M

As component of infrared devices FPA don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FUK6M is used in high-sensitivity thermal imagers «looking» type with high resolution for medicine, geological prospecting, meteorological and ecological monitoring and agriculture.

Cooling up to operating temperature (80Ê) is carried out by microcryogenic system (MCS) Split-Stirling.

Format 384x288
Pitch, µm 28
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 4 * 1010
Frame frequency, Hz 50
Responsivity, V/W 1010
Integration time, µsec 0-64
No of outputs 2
Peak clock frequency, MHz 4
Dynamic range, dB 60
Weight, g

Focal plane array (FPA) based on photodiodes of cadmium mercury telluride FUK10M

As component of infrared devices FPA don’t need optical-mechanical scanners, therefore thermal imagers on its base have small dimensions, low power consumption and noiseless operation.

FUK10M is used in high-sensitivity thermal imagers and detectors «looking» type with high resolution for medicine, geological prospecting, meteorological and ecological monitoring and agriculture.

Cooling up to operating temperature (80Ê) is carried out by microcryogenic system (MCS) Integral-Stirling.

Format 256õ256
Pitch, µm 30
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 4 * 1010
Frame frequency, Hz 50
Responsivity, V/W 107
Integration time, µsec 0-64
No of outputs 2
Peak clock frequency, MHz 4
Dynamic range, dB 60
Weight, g 600
Cooling MCS Integral-Stirling

Linear focal plane arrays

Low element photodiodes