G080211000

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Laser Diodes, Modules - Accessories: G080211000

A G080211000 typically refers to a laser diode driver that is designed to control the power emitted by a laser diode. A laser diode driver is essentially a lightweight, low-power device designed to manage and regulate the power output of laser diodes, which are used in various applications. Applications of G080211000 laser diode drivers include laser projectors, telecommunication systems, industrial material processing, and more.

G080211000 laser diode drivers are usually compact designs, varying in size from 4.4mm x 4.2mm x 0.7mm to 3.2mm x 3.8mm x 0.9mm. The device can integrate a range of signal sources, such as TTL, PWM, and constant current sources. It also features a temperature and over-current protection, along with an adjustable power control range, providing precise laser diode regulation.

The working principle of G080211000 laser diode drivers is relatively simple. The device regulates the output of a laser diode using a circuit that compares the output voltage of the diode to a predetermined voltage level. The output of the laser diode is regulated by inserting a resistor in the feedback loop. The power to the diode is controlled by adjusting the resistance, allowing the user to adjust the power output of the diode from off to maximum.

G080211000 laser diode drivers can be paired with laser diodes of varying wavelengths, such as 405nm, 532nm, 635nm, 808nm, 976nm, and more, as well as a wide range of power levels. The driver is able to provide a stable and continuous power output, making it ideal for use in a variety of applications. In addition, the device is designed to ensure that the output power level is within the optimal range of the diode, while also providing protection for the diode from over-current, open circuits, over-voltage, and under-voltage conditions.

G080211000 laser diode drivers offer reliable, efficient, and cost-effective performance. They are ideal in applications where fast frequency changes and precise voltage regulation are required, such as scanning laser displays, solid-state lighting, spectroscopy, and bar code scanning. The drivers are also easy to use, requiring no additional components or complex circuits, making them an attractive and cost-effective solution for a variety of applications.

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