Newport MKS MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area F-IRC6-H

Description
Easily locate and analyze light beams in the Mid-Infrared (5.0 - 20.0 μm) wavelength range with this pocket sized, low-cost alternative to an Mid-Infrared Camera. This High Power card is made of ceramic and can detect light sources in the Reflective Method and the Transmission Method. This MID-IR viewing card contains a smart pigmented coated sensor area that emits clearly visible light when illuminated by MID-IR sources. This allows for the easy location of infrared beams and their focal point and the visualization of spatial mode patterns. 2 x 1.5 in (50 x 40 mm) sensor area allowing for easy handling and carrying in your shirt pocket. Wavelength Coverage from 1.5 µm to 20 µm These viewing cards contain a smart pigment coated sensor area that changes color when illuminated by mid-IR sources. This allows for the easy location of mid-IR beams and their focal point as well as the visualization of spatial mode patterns. High Sensitivity and High Damage Threshold Versions Low power cards can detect down to 0.2 W/cm2 with one sensor area for low powers and a second sensor area for medium powers. High power cards have a damage threshold up to 120 W/cm2. The high power sensor card has a larger area and can be used conventionally by directly exposing the sensitive area to mid-IR radiation. For high power densities, the back of the sensitive area (uncolored) is exposed to the radiation and the sensitive area on the front of the card changes color. Reliable Visualization The sensor area offers high performance thanks to color change with high contrast. A white spot appears as a result of mid-IR radiation for all sensitive areas. The beam spot size on the sensor card depends on beam diameter and power. The higher the beam power, the larger the beam spot may appear on the senor area due to dispersion. When radiation is stopped, the initial coloring rapidly re-appears. Touching the card to a surface like an optical table helps refresh the card quickly.
  • MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area - F-IRC6-H - Newport MKS
    Newport MKS
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Description
Easily locate and analyze light beams in the Mid-Infrared (5.0 - 20.0 μm) wavelength range with this pocket sized, low-cost alternative to an Mid-Infrared Camera. This High Power card is made of ceramic and can detect light sources in the Reflective Method and the Transmission Method. This MID-IR viewing card contains a smart pigmented coated sensor area that emits clearly visible light when illuminated by MID-IR sources. This allows for the easy location of infrared beams and their focal point and the visualization of spatial mode patterns. 2 x 1.5 in (50 x 40 mm) sensor area allowing for easy handling and carrying in your shirt pocket. Wavelength Coverage from 1.5 µm to 20 µm These viewing cards contain a smart pigment coated sensor area that changes color when illuminated by mid-IR sources. This allows for the easy location of mid-IR beams and their focal point as well as the visualization of spatial mode patterns. High Sensitivity and High Damage Threshold Versions Low power cards can detect down to 0.2 W/cm2 with one sensor area for low powers and a second sensor area for medium powers. High power cards have a damage threshold up to 120 W/cm2. The high power sensor card has a larger area and can be used conventionally by directly exposing the sensitive area to mid-IR radiation. For high power densities, the back of the sensitive area (uncolored) is exposed to the radiation and the sensitive area on the front of the card changes color. Reliable Visualization The sensor area offers high performance thanks to color change with high contrast. A white spot appears as a result of mid-IR radiation for all sensitive areas. The beam spot size on the sensor card depends on beam diameter and power. The higher the beam power, the larger the beam spot may appear on the senor area due to dispersion. When radiation is stopped, the initial coloring rapidly re-appears. Touching the card to a surface like an optical table helps refresh the card quickly.
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MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area - F-IRC6-H - Newport MKS
Newport MKS
Irvine, CA, United States
MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area
F-IRC6-H
MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area F-IRC6-H
Easily locate and analyze light beams in the Mid-Infrared (5.0 - 20.0 μm) wavelength range with this pocket sized, low-cost alternative to an Mid-Infrared Camera. This High Power card is made of ceramic and can detect light sources in the Reflective Method and the Transmission Method. This MID-IR viewing card contains a smart pigmented coated sensor area that emits clearly visible light when illuminated by MID-IR sources. This allows for the easy location of infrared beams and their focal point and the visualization of spatial mode patterns. 2 x 1.5 in (50 x 40 mm) sensor area allowing for easy handling and carrying in your shirt pocket. Wavelength Coverage from 1.5 µm to 20 µm These viewing cards contain a smart pigment coated sensor area that changes color when illuminated by mid-IR sources. This allows for the easy location of mid-IR beams and their focal point as well as the visualization of spatial mode patterns. High Sensitivity and High Damage Threshold Versions Low power cards can detect down to 0.2 W/cm2 with one sensor area for low powers and a second sensor area for medium powers. High power cards have a damage threshold up to 120 W/cm2. The high power sensor card has a larger area and can be used conventionally by directly exposing the sensitive area to mid-IR radiation. For high power densities, the back of the sensitive area (uncolored) is exposed to the radiation and the sensitive area on the front of the card changes color. Reliable Visualization The sensor area offers high performance thanks to color change with high contrast. A white spot appears as a result of mid-IR radiation for all sensitive areas. The beam spot size on the sensor card depends on beam diameter and power. The higher the beam power, the larger the beam spot may appear on the senor area due to dispersion. When radiation is stopped, the initial coloring rapidly re-appears. Touching the card to a surface like an optical table helps refresh the card quickly.

Easily locate and analyze light beams in the Mid-Infrared (5.0 - 20.0 μm) wavelength range with this pocket sized, low-cost alternative to an Mid-Infrared Camera. This High Power card is made of ceramic and can detect light sources in the Reflective Method and the Transmission Method. This MID-IR viewing card contains a smart pigmented coated sensor area that emits clearly visible light when illuminated by MID-IR sources. This allows for the easy location of infrared beams and their focal point and the visualization of spatial mode patterns. 2 x 1.5 in (50 x 40 mm) sensor area allowing for easy handling and carrying in your shirt pocket.

Wavelength Coverage from 1.5 µm to 20 µm

These viewing cards contain a smart pigment coated sensor area that changes color when illuminated by mid-IR sources. This allows for the easy location of mid-IR beams and their focal point as well as the visualization of spatial mode patterns.

High Sensitivity and High Damage Threshold Versions

Low power cards can detect down to 0.2 W/cm2 with one sensor area for low powers and a second sensor area for medium powers. High power cards have a damage threshold up to 120 W/cm2. The high power sensor card has a larger area and can be used conventionally by directly exposing the sensitive area to mid-IR radiation. For high power densities, the back of the sensitive area (uncolored) is exposed to the radiation and the sensitive area on the front of the card changes color.

Reliable Visualization


The sensor area offers high performance thanks to color change with high contrast. A white spot appears as a result of mid-IR radiation for all sensitive areas. The beam spot size on the sensor card depends on beam diameter and power. The higher the beam power, the larger the beam spot may appear on the senor area due to dispersion. When radiation is stopped, the initial coloring rapidly re-appears. Touching the card to a surface like an optical table helps refresh the card quickly.

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Technical Specifications

  Newport MKS
Product Category UV Light Systems
Product Number F-IRC6-H
Product Name MID-IR Sensor Card, 5.0 - 20.0 µm, High Power, 2 x 1.5 in Active Area
Type Mid-IR Sensor Card
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