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Highly stable laser emitter ILPN-246
The highly stable laser emitter ILPN-246 is designed for use in a light-pumped space cesium atomic-beam tube. The emitter can also be applied in magnetometers, high- resolution spectroscopy, metrology, and coherent information transmission and processing systems.
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Shvabe Description
The emitter is manufactured in climatic category NF as per GOST 15150-69. The product is supplied with an AFC system.
The maximum permissible operating mode of the emitter is a mode with an average laser power of no more than 12 mW.
Elevated ambient temperature: Operating, 30° С
Maximum (emitter powered off), 50 °С
Reduced ambient temperature:
Operating, 15° С
Maximum (emitter powered off), -50° С
Change in ambient temperature from –50 to +50° С.
Overall dimensions of ILPN-246:
Emitter length, mm 39 max Emitter width, mm 31 max Emitter height, mm 19 max
ILPN-246 leads length, mm 5 min ILPN-246 weight, g, no more than 58,5
Gamma-percentile time to failure of Тγ emitters at γ = 90% in the modes and conditions of technical specifications for the emitter is not less than 100,000 hours within the TSL service life not less than 25 years.
Gamma-percentile storageability time of Tcγ emitters at γ = 90% when stored in the manufacturer's packaging in heated storage facilities with air conditioning as per GOST B9.003-80, as well as installed into protected equipment or stored in a kit of spares and tool in all storage places is not less than 25 years.
Produced at POLYUS Research Institute of M.F. Stelmakh JSC
The maximum permissible operating mode of the emitter is a mode with an average laser power of no more than 12 mW.
Elevated ambient temperature: Operating, 30° С
Maximum (emitter powered off), 50 °С
Reduced ambient temperature:
Operating, 15° С
Maximum (emitter powered off), -50° С
Change in ambient temperature from –50 to +50° С.
Overall dimensions of ILPN-246:
Emitter length, mm 39 max Emitter width, mm 31 max Emitter height, mm 19 max
ILPN-246 leads length, mm 5 min ILPN-246 weight, g, no more than 58,5
Gamma-percentile time to failure of Тγ emitters at γ = 90% in the modes and conditions of technical specifications for the emitter is not less than 100,000 hours within the TSL service life not less than 25 years.
Gamma-percentile storageability time of Tcγ emitters at γ = 90% when stored in the manufacturer's packaging in heated storage facilities with air conditioning as per GOST B9.003-80, as well as installed into protected equipment or stored in a kit of spares and tool in all storage places is not less than 25 years.
Produced at POLYUS Research Institute of M.F. Stelmakh JSC
Specification
1. Specification_RUS.docx