6792215332F

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TECHNICAL FIELD

The innovation relates to the field of electronic devices, specifically to a 6792215332F application field and working principle in the domain of panel indicators, pilot lights.

BACKGROUND OF THE INVENTION

Panel indicators and pilot lights provide visual feedback of a device’s functioning or operating status. Most panel indicators and pilot lights have traditionally used incandescent lamps, which draw large amounts of power, generate significant heat, must be mounted in an enclosure and require AC power. Consequently they are not suitable for use in many types of applications.

In order to meet the rapidly growing demand for greater efficiency and performance, many manufacturers have begun producing LED based indicator and pilot lights. While LED based devices have a number of advantages over traditional incandescent based devices, such as higher efficiency and much longer life, there are also some applications that require a unique combination of features, such as 6792215332F, which require even more flexible drivers.

SUMMARY OF THE INVENTION

In one embodiment, the present invention relates to a panel indicator or pilot light that includes an LED driver. The LED driver provides the necessary current and voltage requirements for powering an LED, such as the 6792215332F, an LED that is designed to provide a high-intensity, wide-angle light, and a wide range of color options. The LED driver is adjustable to provide necessary current and voltage requirements for different LED colors, shapes, and sizes, as well as for different LED power levels.

In another embodiment, the present invention relates to a 6792215332F application field and working principle. The device is designed to be a panel indicator, with high-aspect viewing angle for trouble-shooting, and multiple color selection for ideation and communication. The device also has an adjustable current & voltage regulation to provide maximum power efficiency and long-term reliability. The device also employs an advanced Opto-Fuse circuit which protects the 6792215332F from any over-current conditions, thereby ensuring its long-term stability.

In yet another embodiment, the present invention relates to an LED indicator or pilot light that includes an optional closed-loop feature. The closed-loop feature provides feedback of the LED’s operation to the driver to allow for the adjustment of the LED’s operating parameters. This feature allows the LED driver to compensate for voltage surges, current drops, and other irregularities that can cause the LED to operate at less than optimum levels. The closed-loop feature also provides feedback to the LED driver of LED power consumption, allowing for greater power efficiency.

ADVANTAGES OF THE INVENTION

The advantages of the present invention include, but are not limited to, improved power efficiency, longer life of the LED, and increased versatility and performance in the area of panel indicators and pilot lights. The 6792215332F panel indicator and pilot light also offers a wide range of options for troubleshooting with high-aspect viewing and multiple color selections. The LED driver is adjustable to provide current and voltage requirements for different LED colors, shapes, and sizes, as well as for different LED power levels. The LED driver also employs an advanced Opto-Fuse circuit which protects the 6792215332F from any overcurrent conditions, thereby ensuring its long-term stability.

The closed-loop feature provided by the LED driver enables the user to enable feedback to the LED driver, which allows for the adjustment of the LED’s operating parameters. This feature allows for greater power efficiency and long-term stability. The 6792215332F LED driven panel indicator and pilot light is suitable for a wide range of applications, and offers improved performance, power efficiency, longer life, and greater versatility than traditional incandescent lamps.

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