Photoelectronic module based on cadmium mercury telluride linear focal plane array FEM5M

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

FEM5M 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 6x480
Pitch, µm 42
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 2 * 1011
Responsivity, V/W 4 * 107
Integration time, ms 0-64
No of outputs 12
Peak clock frequency, MHz 8
Dynamic range, dB 60
Weight, g 6500
Cooling MCS Split-Stirling

Linear focal plane array based on cadmium mercury telluride FUK2Ì

Linear focal plane array 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.

FUK2M 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.

Cooling up to operating temperature (80Ê) is carried out by microcryogenic system (MCS) Split-Stirling or Joule-Thomson’s micro heat exchanger.

Format 2õ256
Pitch, µm 35
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 5 * 1010
Responsivity, V/W 1 * 107
Integration time, ms 0-64
No of outputs 4
Peak clock frequency, MHz 7,5
Dynamic range, dB 60
Weight, g

Linear focal plane array based on cadmium mercury telluride FUK4Ì

Linear focal plane array 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.

FUK4Ì 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.

Cooling up to operating temperature (80Ê) is carried out by microcryogenic system (MCS) Split-Stirling or Joule-Thomson’s micro heat exchanger.

Format 2õ96
Pitch, µm 30
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 5 * 1010
Responsivity, V/W 1 * 107
Integration time, ms 0-64
No of outputs 4
Peak clock frequency, MHz 7,5
Dynamic range, dB 60
Weight, g

Linear focal plane array based on cadmium mercury telluride FUK5Ì

Linear focal plane array 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.

FUK5M 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.

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

Format 4x288
Pitch, µm 28
Spectral range, µm 7,5 - 11
Detectivity, cm * Hz1/2 * W-1 1 * 1011
Responsivity, V/W 4 * 107
Integration time, ms 0-64
Outputs number 8
Peak clock frequency, MHz 8
Dynamic range, dB 60
Weight, g 330
Cooling MCS Split-Stirling or Integral-Stirling

Low element photodiodes

Matrix focal plane arrays