MDLS-20189-SS-LV-S-LED-04-G

Application Field and Working Principle of MDLS-20189-SS-LV-S-LED-04-G

The MDLS-20189-SS-LV-S-LED-04-G is a type of display module under the category of LCD, OLED Character and Numeric. It is a seven segment single digit LED display which can be used in a wide range of applications in various fields such as automotive, medical instruments, industrials, communication equipment and consumer products.

As it is a LED display, it consists of Contacts, Alphanumeric Display, LEDs, LED Support, LED Driver, LED Driver Interface and Connectors. The Contacts are made ofcopper and their sizes are customized depending on the specific application requirements. The LEDs are integrated into the PCB and arranged in a certain order. The LED Driver provides the necessary power and is installed in the center of the display module. The LED Driver Interface is used to interface the LED Driver to the PCB.

The working principle of the MDLS-20189-SS-LV-S-LED-04-G is as follows. When activating the LED drivers, the power supply is sent from the LED drivers to the LED display segments. This then causes the LEDs to light up in a certain order and pattern based on the value that is sent from the LED driver interface. The contacts will also be activated to ensure a good connection to the PCB.

The MDLS-20189-SS-LV-S-LED-04-G can be used in a wide range of applications such as industrial equipment, medical devices, automotive and consumer products. It is a highly reliable and cost-effective solution for displaying detailed information or simple numbers in a limited space. It can be used as a status indicator or warning/alerts as well as providing informational as to the system, equipment or devices.

To conclude, the MDLS-20189-SS-LV-S-LED-04-G is a type of display module that is used for a wide range of applications. It features high performance, reliability and cost-effectiveness. Its working principle involves sending power from the LED drivers to the LED display segments and then the LEDs light up in a certain pattern depending on the value that is sent from the LED driver interface.