LTP-4823P

LTP-4823P is an LED character & numeric display module which contains 18 blue LED single digits. It is suitable to be applied in a wide range of environments, and avails a variety of electrical and optical characteristics which help it meet the needs of customers with varying requirements. In this article, the application field and working principle of the LTP-4823P are elaborated.

The range of applications of the LTP-4823P is quite broad. It is ideal for displaying figures in numerical format and often used in equipment such as multimeters, weights, displays of water flow, speed meters, etc. It also works well in other areas such as elevator systems and internet cafe computers, where displaying data numerically and in real-time is required.

In terms of its working principle, the LTP-4823P utilizes an LED display. This type of display is composed of a light source, a brightness sensing element and a reflection mirror. When an electrical current is passed through the display, it emits light which is then reflected off a reflected mirror inside the device and directed to the other end. This way, the display is able to convert numbers or symbols from a digital format into visible, real-time numbers and symbols that can be viewed from a distance.

The LTP-4823P also boasts a number of special features which make it attractive to customers and users. For one, its luminous flux density of 4.6 cd/m² is one and a half times brighter than other similar modules; it is bright enough to be viewable in a wide range of lighting conditions including strong sunlight. It also works at a high voltage of 7V – 5V, and can be used in a wide range of temperatures from -20°C to 80°C. Finally, it is power efficient, consuming only 1.6W and boasting an impressive life span of up to 50,000 hours.

In conclusion, the LTP-4823P is a versatile LED character & numeric display module which is suitable for a range of environments, and boasts a number of special features that make it ideal for quickly and conveniently displaying data in digital format.