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Texas Photonics

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This is a high radiance 567 nm Green LED optimized for applications requiring high luminous intensity and sunlight visibility.

Specifications
Wavelength:	567 nm
Output Power (typical):	5000 mW
Emission Angle:	12 degree

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567 nm Light Emitting Diode 30 Degree

Texas Photonics

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This is a high radiance 567 nm Green LED optimized for applications requiring high luminous intensity and sunlight visibility.

Specifications
Wavelength:	567 nm
Output Power (typical):	5000 mW
Emission Angle:	30 degree

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584 nm Light Emitting Diode

Texas Photonics

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This is a high radiance 584 nm Yellow LED optimized for applications requiring high luminous intensity and sunlight visibility.

Specifications
Wavelength:	584 nm
Output Power (typical):	5000 mW
Emission Angle:	12 degree

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660 nm Light Emitting Diode

Texas Photonics

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This is a high radiance 660 nm Red LED optimized for applications requiring high luminous intensity and sunlight visibility.

Specifications
Wavelength:	660 nm
Output Power (typical):	5000 mW
Emission Angle:	12 degree

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TO-3 Package IR EK-343X

Boston Electronics

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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):	0.01184 mW
Emission Angle:	N/A degree

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TO-5 Package IR EK-537X

Boston Electronics

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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

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TO-8 Package IR EF-853XR

Boston Electronics

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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

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TO-8 Package IR EF-852XR

Boston Electronics

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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

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TO-8 Package IR EP-4317

Boston Electronics

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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

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TO-8 Package IR EP-3965

Boston Electronics

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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

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TO-8 Package IR EP-3964

Boston Electronics

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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

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TO-8 Package IR EP-3963

Boston Electronics

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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

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TO-8 Package IR EP-3962

Boston Electronics

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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

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TO-8 Package IR EP-3872

Boston Electronics

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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 ...