SML-LXR851YC-TR

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 indicators are ubiquitous in modern electronics. They are used to indicate the status of a device, indicate the presence of power, indicate malfunction, or provide a visual indicator of the progress of a process. The SML-LXR851YC-TR is an LED indicator system specifically designed to provide discrete and visual indication of an equipment’s operational status. This article will explore the application fields and working principle of the SML-LXR851YC-TR for LED Indication - Discrete.

The SML-LXR851YC-TR is a robust, compact, and reliable discrete LED indicator designed for use in the industrial sector. It uses a high-intensity red LED at the peak voltage of 2.4 V for bright and reliable long-term performance. It recognizes a minimum operating voltage of 1.8 V and automatically adjusts its duty cycle to maintain its brightness. It works using two terminals and can be connected either in series or parallel to reduce wiring. It includes a built-in high vibration resistance, offering reliable operation when exposed to vibration or impacting force.

In terms of applications, the SML-LXR851YC-TR offers an ideal solution for the discrete indication of power, an alert signal, or a fault indication. It can also be used to indicatealarm prewarning or energize an output indication, particularly in applications such as UPSs, PLCs, inverters, solar array monitoring, industrial equipment control, and HVAC systems. The LED indicator meets the 3C standards for certification, and is also compatible with CE, UL, and RoHS regulations.

The SML-LXR851YC-TR LED indicator’s working principle is mainly based on the concept of current regulation. As soon as the driving power is applied, the indicator immediately changes its duty cycle to adjust the current flowing through the LED to maintain a constant brightness. This allows the LED to maintain its peak brightness consistently throughout the duration of the driving power. The current is regulated by the use of an on-board precision circuit and a signal input control signal.

The signal input control signal is used to turn on the LED in series with a signal circuit. When the signal circuit receives a signal from the control circuit, it causes the signal input to turn on the LED. At this point, the current in the signal circuit is regulated by the precision circuit to match the brightness of the LED. This process is repeated until the signal circuit is turned off, at which point the LED turns off.

The SML-LXR851YC-TR offers several advantages to users. It is extremely reliable, offering consistent performance even when exposed to extreme environmental conditions. It has a high vibration resistance due to the onboard precision circuit. It is also energy efficient and consumes very little power. Furthermore, it is compatible with various safety and certification standards and is easy to install, providing users with a convenient and reliable LED indication solution.

In conclusion, the SML-LXR851YC-TR is an ideal LED indication solution for applications that require discrete indication of power, an alert signal, or a fault indication. It is robust, reliable, and energy efficient, with a high vibration resistance and fast response time. It is also designed to meet various safety and certification standards, making it an ideal choice for applications in the industrial sector.

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