C4SMB-GGF-CX44Q8S2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED Indication is the process of lighting up an observable display on a device by activating the necessary components. The most common type is discrete LED Indication, which is used in many applications and requires the user to interpret the colors or flashing signals. C4SMB-GGF-CX44Q8S2 is a discrete LED Indicator that can be used for a variety of applications. This article will discuss the features of the product and its working principle.

C4SMB-GGF-CX44Q8S2 Application Field

The C4SMB-GGF-CX44Q8S2 is a discrete LED indicator that features two separate LEDs. One is green, and the other is red. This indicator is primarily used in fault detection applications, as it is able to provide a simple visual indication of the fault status. It can also be used in a variety of other applications, including providing low battery warnings, indicating circuit power on/off, fan speed and electrical fault. This indicator can also be used as an alarm indicator or as a turn on/off alert.

The C4SMB-GGF-CX44Q8S2 is designed to meet stringent space requirements, as it is constructed in a small form factor. Its high temperature operation is also robust and the LEDs are rated to last at least 50,000 hours with an operating temperature range of -40°C to 70°C. This indicator is also vibration-resistant and low-noise.

C4SMB-GGF-CX44Q8S2 Working Principle

The working principle of the C4SMB-GGF-CX44Q8S2 is based on the interaction between the two LEDs and the predetermined input voltage. The voltage is supplied to the LEDs, and the illumination is determined by the voltage applied to each of the LEDs. The red LED is typically used to represent an alarm or fault state, while the green LED indicates a normal or ok state. The voltage supplied to the LEDs is monitored and adjusted using a specific circuit design. When the voltage applied to the LEDs is within the acceptable range, both LEDs will be illuminated.

The LEDs in the C4SMB-GGF-CX44Q8S2 LED indicator can be operated in two modes: parallel mode and sequential mode. In parallel mode, both LEDs are connected directly to the power supply without any additional circuitry or switches. In this mode, the LEDs will be illuminated at the same time whenever voltage is supplied to the device. In sequential mode, the LEDs are connected to a set of circuits, which allow the LEDs to be illuminated in sequence when the voltage is increased or decreased.

In the event of an alarm or warning, the voltage to the LEDs can be reduced so that only one of the LEDs will be illuminated. This indicates the fault or warning status. The Sequential mode can also be used to create various lighting patterns and effects by adjusting the voltage supplied to the LEDs. The user can also control the brightness of the LEDs by adjusting the voltage.

Conclusion

The C4SMB-GGF-CX44Q8S2 discrete LED indicator is a reliable and versatile product for applications that require a visible indication of the system status. It is designed to withstand harsh environments and is rated for high temperature operation and robust vibration resistance. The product is also a low-noise and compact form factor with two separate LEDs. The LEDs can be operated in two modes and can be adjusted to provide various lighting patterns and effects. The C4SMB-GGF-CX44Q8S2 discrete LED indicator is an ideal choice for any application that requires a clear visual indication of the system status.

The specific data is subject to PDF, and the above content is for reference