TO39 with Reflector3

Benefits

True black body radiation (2 to 14 μm)
High emissivity
Fast electrical modulation (no chopper wheel needed)
High modulation depth
High electrical input to optical output efficiency
Low power consumption
Long lifetime
Rugged MEMS design (passed the requirements of IEC 60721-3-7 Class 7M3, except for BaF2 and CaF2 windows)

Details with reflector3 and CaF2 window - front vented + Add to Watchlist + Add to Comparison Print Specifications

Article No. *601.612*

Attribute	Unit	Value
Socket		TO39
Buildup		Reflector 3
Window		Sapphire, CaF2
Working Temperature	°C	450°C at 450mW
Modulation depth	%	80% at 10Hz, 50% at 50Hz
Emissivity		0.95
Lifetime	years	> 10 years - for recommended power of 450 mW
Cold Resistance	Ω	45 (25-55)*
Hot Resistance	Ω	72 (54-89)*
Voltage	V	5.2V at 450mW
Current	I	86mA at 450mW
*		The resistance values stated are values when it was tested initially. Please take note that this given values are subject to change over IR source time of usage.

Article No. *601.937*

Attribute	Unit	Value
Socket		TO39
Buildup		Reflector 3
Window		Sapphire, CaF2
Working Temperature	°C	450°C at 450mW
Modulation depth	%	80% at 10Hz, 50% at 50Hz
Emissivity		0.95
Lifetime	years	> 10 years - for recommended power of 450 mW
Cold Resistance	Ω	45 (25-55)*
Hot Resistance	Ω	72 (54-89)*
Voltage	V	5.2V at 450mW
Current	I	86mA at 450mW
*		The resistance values stated are values when it was tested initially. Please take note that this given values are subject to change over IR source time of usage.

Details with reflector3 and sapphire window - front vented + Add to Watchlist + Add to Comparison Print Specifications

Article No. *601.800*

Attribute	Unit	Value
Socket		TO39
Buildup		Reflector 3
Window		Sapphire, CaF2
Working Temperature	°C	450°C at 450mW
Modulation depth	%	80% at 10Hz, 50% at 50Hz
Emissivity		0.95
Lifetime	years	> 10 years - for recommended power of 450 mW
Cold Resistance	Ω	45 (25-55)*
Hot Resistance	Ω	72 (54-89)*
Voltage	V	5.2V at 450mW
Current	I	86mA at 450mW
*		The resistance values stated are values when it was tested initially. Please take note that this given values are subject to change over IR source time of usage.