HDSP-5503-GH000

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Introduction

HDSP-5503-GH000 belongs to the category of LED Character and Numeric Display Modules. With its features and advantages, it is ideal for a wide variety of electronic display applications. In this article, we will explore the application field and working principle of HDSP-5503-GH000, and discuss why it is the preferred choice for application.

Application Field

HDSP-5503-GH000 has a wide range of application in industrial, commercial, residential and other such sectors. It is suitable for uses such as character/numeric displays, instrumentation panels, large format displays, automotive/spacecraft displays, jewelry/electronics displays, and numerous other display applications.

Its advanced design enables it to handle a wide range of applications that includes low current, timer, and frequency monitoring projects. Furthermore, its proprietary circuitry allows it to keep pace with the demands of applications requiring the highest levels of data throughput and performance.

Working Principle

HDSP-5503-GH000 works on the pulse-width modulation (PWM) based control principle. When PWM is used, analog voltage signals can be adapted into digital signals. The datasheet of HDSP-5503-GH000 mentions it works with a voltage range of 5V-24V and a frequency range of 1kHz to 10kHz. The output of HDSP-5503-GH000 is used to drive a seven segment LED display and/or a four alpha-numeric characters LED.

Technical Aspects

HDSP-5503-GH000 has a high degree of flexibility when compared to other LED display modules in its class. It offers a wide range of features, including adjustable jump suppression and diffusion of statics, as well as adjustable display rate. Additionally, the module applies a pulse current limiting feature to protect the LEDs from electrical overload and overheating.

Conclusion

HDSP-5503-GH000 is the preferred choice of display module for a variety of applications. With its wide application field and working principle on PWM, it provides maximum efficiency and flexibility. Its adjustable jump suppression and diffusion of statics make it the ideal choice for any display project.

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