ELM 1-960

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ELM 1-960 is a high power LED with a peak wavelength of 960 nanometers, making it the perfect choice for applications requiring the use of high visibility, infrared light. This LED is commonly used in space applications, where the distance between the source light and the object being illuminated must remain constant. This ensures the light remains in the same position relative to the object while the application is in use. Additionally, the ELM 1-960 offers the user extremely low power consumption, so that it can be powered on for long periods without requiring additional energy input.

To ensure that the light emitted from the ELM 1-960 remains in the same position relative to the object being illuminated, two type of components are used; spacers and standoffs. Spacers are components used to fix two structures to each other, while maintaining an exact distance between the components. Standoffs, on the other hand, are components used to keep two structures at an exact distance of each other while they are not attached. By using both spacers and standoffs, it is possible to precisely adjust the position of the ELM 1-960 in relation to the object being illuminated, so that the light maintains its position, despite any external effects.

When using the ELM 1-960, it is important to keep in mind that the LEDs require constant voltage, in order for them to be powered and maintain the desired brightness. This means that the ELM 1-960 must be connected to a power source that provides consistent, proper levels of voltage. Additionally, the use of a suitable, consistent power source is necessary in order for the LEDs to maintain the desired intensity of their light output.

The ELM 1-960 is an ideal choice for applications requiring the consistent use of high visibility, infrared light. This LED is designed to make use of the spacers and standoffs in order to ensure the light stays in the same position relative to the object being illuminated, while still providing low power consumption. Additionally, its operation requires the use of a consistent and properly powered power source in order to ensure that the LEDs maintain the desired intensity of their light output.

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