HDSP-E101-EF000

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

Display Modules - LED Character and Numeric

The HDSP-E101-EF000 is a high-performance light emitting diode (LED) character and numerical display module from Avago Technologies. The HDSP-E101-EF000 is suitable for numerous applications, providing a wide variety of different displays. It is ideal for use in medical, automotive, industrial, aviation, and other high-end applications where a reliable LED display is required.

Specifications

• Number of characters/numeric digits: 1080
• Character type: 7 segment/Dot character
• Display colors: White, red, green, and yellow
• Luminous intensity: 200cd/m²
• Connector: 4 mounted on device

Application Field

The HDSP-E101-EF000 is mainly used for high-end display applications such as medical, automotive, and aviation. It is particularly suitable for applications where a reliable, long-life performance is required. It is also suitable for use in industrial applications where high-precision and rapid response time is needed.

Working Principle

The HDSP-E101-EF000 consists of 1080 LEDs arranged in a specific geometry. Seven segmented, dot character displays are provided. Each segment is made of a separate LED and can be easily programmed to display different characters or digits. The backlight of the display is powered by a voltage regulation circuit and provides an even backlight intensity. The output is controlled via an I2C interface. Additionally, the HDSP-E101-EF000 can be interfaced with external devices to allow for data transfer.

Conclusion

The HDSP-E101-EF000 is an ideal solution for high-end display applications. It provides a long-life performance, wide viewing angle, and high precision display. It is also simple to connect and offers an easy to use I2C interface. Its excellent features make it an ideal choice for medical, automotive, industrial, and aviation applications.

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