OVSAQBLCR8 Optoelectronics

LED Indication - Discrete

Leveraging the power of a diode-laser combination, the OVSAQBLCR8 is an efficient, discrete LED indicator solution with a high output of up to 5,000cps. This technology is able to indicate multiple signals with the same device, making it a great advantage for systems requiring multiple visual indicators. In addition, the combination of the diode-laser enables the device to operate in a variety of temperatures, while remaining highly visible.

Application Field

The OVSAQBLCR8 technology is suitable in a broad range of applications. It can be used in medical technology, electrical engineering, and automotive applications, among others. It is also suitable for staging and other visual identification - for example for warning or safety lights – or for mobile industrial, automotive and energy-sector applications.

The OVSAQBLCR8 technology is also suitable as a discrete LED indicator in electronics. It is suitable in factory environments, and is also used to indicate the status of products or services. Furthermore, it can be used to alert personnel when an equipment needs maintenance.

Working Principle

The OVSAQBLCR8 technology has a unique feature in that it makes use of a diode-laser combination. The diode, or laser, emits a short wavelength of light when activated. This light is captured in the form of an electro-optical signal by an optical detector, which then converts it into a voltage across the diode. This voltage is then used to control the luminosity of the LED, allowing it to flash, blink, or remain illuminated. This simple, yet reliable, circuit makes the OVSAQBLCR8 a cost-effective and environmentally friendly solution.

The device is able to operate in a variety of temperatures, which is a great advantage for industrial applications. Furthermore, the device requires very little energy, making it a cost-efficient solution. In addition, the device is highly visible, even in direct sunlight, making it a great option for both indoors and outdoors applications.

Conclusion

The OVSAQBLCR8 is an efficient and discrete LED indicator solution, with a high output of up to 5,000cps. It is suitable for a broad range of applications, and its combination of the diode-laser enables the device to operate in a variety of temperatures. In addition, it is a highly visible solution, and is also quite cost-effective, requiring very little energy. Overall, the OVSAQBLCR8 is a great choice for industries that require multiple visual indicators.