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Page 2 - TO Package LED

TO-5 Package IR EK-537X
Boston Electronics
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TO-5 Package IR EK-537X
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Kanthal filaments are wire wound in the form of right cylindrical coils of various diameters and length. All the Kanthal based lamps (EK-series) operate in steady state with constant low voltage DC input for long life.

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.00245 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EF-853XR
Boston Electronics
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TO-8 Package IR EF-853XR
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Nichrome (NiCr) filaments are made from ultra-thin metallic strips. The metallic strips have a very high surface to volume ratio and thus a very short thermal time constant. They heat up and cool down or modulate very rapidly. The elements are typically attached in a series configuration to increase the overall resistance of the ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0044 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EF-852XR
Boston Electronics
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TO-8 Package IR EF-852XR
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Nichrome (NiCr) filaments are made from ultra-thin metallic strips. The metallic strips have a very high surface to volume ratio and thus a very short thermal time constant. They heat up and cool down or modulate very rapidly. The elements are typically attached in a series configuration to increase the overall resistance of the ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0026 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-4317
Boston Electronics
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TO-8 Package IR EP-4317
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0105 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-3965
Boston Electronics
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TO-8 Package IR EP-3965
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0072 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-3964
Boston Electronics
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TO-8 Package IR EP-3964
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0035 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-3963
Boston Electronics
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TO-8 Package IR EP-3963
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0030 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-3962
Boston Electronics
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TO-8 Package IR EP-3962
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0027 mW
Emission Angle: N/A degree
Data Sheet
TO-8 Package IR EP-3872
Boston Electronics
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TO-8 Package IR EP-3872
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Tungsten achieves the highest temperature and power of any practical material and is therefore a valuable source of infrared emission. However, to make a source of intense infrared emission using tungsten, another protective window must be used. State-of-the-art, patented incandescent IR sources developed by Helioworks utilize ...

Specifications
Wavelength: <4500 nm
Output Power (typical): 0.0024 mW
Emission Angle: N/A degree
Data Sheet
Lms21LED series
LED Microsensor NT LLC
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Lms21LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 2145 nm
Output Power (typical): 1.2 mW
Emission Angle: 80 degree
Data Sheet
Lms20LED series
LED Microsensor NT LLC
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Lms20LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 2045 nm
Output Power (typical): 0.9 mW
Emission Angle: 80 degree
Data Sheet
Lms19LED series
LED Microsensor NT LLC
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Lms19LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1945 nm
Output Power (typical): 1 mW
Emission Angle: 80 degree
Data Sheet
Lms18LED series
LED Microsensor NT LLC
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Lms18LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1845 nm
Output Power (typical): 0.9 mW
Emission Angle: 80 degree
Data Sheet
Lms17LED series
LED Microsensor NT LLC
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Lms17LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1730 nm
Output Power (typical): 7 mW
Emission Angle: 80 degree
Data Sheet
Lms16LED series
LED Microsensor NT LLC
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Lms16LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1645 nm
Output Power (typical): 9 mW
Emission Angle: 80 degree
Data Sheet
Lms15LED series
LED Microsensor NT LLC
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Lms15LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1545 nm
Output Power (typical): 10 mW
Emission Angle: 80 degree
Data Sheet
Lms14LED series
LED Microsensor NT LLC
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Lms14LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1445 nm
Output Power (typical): 9 mW
Emission Angle: 80 degree
Data Sheet
Lms13LED series
LED Microsensor NT LLC
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Lms13LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1280 nm
Output Power (typical): 12 mW
Emission Angle: 80 degree
Data Sheet
Lms10LED series
LED Microsensor NT LLC
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Lms10LED series
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Near-Infrared (NIR) Light-Emitting Diode

Specifications
Wavelength: 1050 nm
Output Power (typical): 12 mW
Emission Angle: 80 degree
Data Sheet
CLE331 IREDs-Point Source Emitters
Clairex Technologies
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CLE331 IREDs-Point Source Emitters
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The CLE331 is an advanced, high efficiency, high speed, point source, AlGaAs infrared-emitting diode intended for use in applications requiring a uniform output radiation pattern. The point source die junction is 0.002\" in diameter, and the dual aspheric lens provides a highly collimated radiation source. Beam pattern is very ...

Specifications
Wavelength: 850 nm
Output Power (typical): 3.0 mW
Emission Angle: 10 degree
Data Sheet
CFE370 Series Fiber Optic AlGaAs Point Source IREDs
Clairex Technologies
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CFE370 Series Fiber Optic AlGaAs Point Source IREDs
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The CFE370 series contain 850nm AlGaAs IREDs mounted on TO-18 headers. The devices are designed to self-align in the 0.228” (5.79mm) bore of a standard fiber-optic receptacle. Three crush ribs on the outside of the case provide press-fit installation and precise alignment.

Specifications
Wavelength: 850 nm
Output Power (typical): 29 mW
Emission Angle: -- degree
Data Sheet
CFE320A Fiber Optic AlGaAs Point Source IREDs
Clairex Technologies
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CFE320A Fiber Optic AlGaAs Point Source IREDs
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The CFE320A is intended for use in fiber-optic systems and contains an 850nm AlGaAs IRED mounted on a TO-46 header. Features are high coupled power and fast rise and fall times in an easily mounted hermetic package. A glass microlens is mechanically centered over the IRED to enhance light coupling.

Specifications
Wavelength: 870 nm
Output Power (typical): 19 mW
Emission Angle: -- degree
Data Sheet
CLE231W IRED and LED
Clairex Technologies
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CLE231W IRED and LED
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The CLE230 series are AlGaAs infrared emitting diodes mounted in TO-46 hermetic packages. The narrow emission angle provides high on-axis intensity. The series are spectrally and mechanically matched to the CLT130 phototransistor series. For additional information, call Clairex.

Specifications
Wavelength: 880 nm
Output Power (typical): -- mW
Emission Angle: 70 degree
Data Sheet
CLE231 IRED and LED
Clairex Technologies
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CLE231 IRED and LED
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The CLE230 series are AlGaAs infrared emitting diodes mounted in TO-46 hermetic packages. The narrow emission angle provides high on-axis intensity. The series are spectrally and mechanically matched to the CLT130 phototransistor series. For additional information, call Clairex.

Specifications
Wavelength: 880 nm
Output Power (typical): -- mW
Emission Angle: 40 degree
Data Sheet
CLE135 IRED and LED
Clairex Technologies
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CLE135 IRED and LED
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The original Clairex CLE130 series has been upgraded. The new series features current state of the art GaAs/AlGaAs technology for increased quantum efficiency. The chip substrate is N type material resulting in the case being common to the cathode. The original configuration can still be supplied as a special order. Three different ...

Specifications
Wavelength: 940 nm
Output Power (typical): 10 mW
Emission Angle: 22 degree
Data Sheet