LED Displays
High Performance CMOS 5 x 7 Alphanumeric Displays
The HCMS-2913 is a high performance, easy to use dot matrix display driven by on-board CMOS ICs. The display can be directly interfaced with a microprocessor, thus eliminating the need for cumbersome interface components. The serial IC interface allows higher character count information displays with a minimum of data lines. A variety of colors, font heights, and character counts gives designers a wide range of product choices for their specific applications and the easy to read 5 x 7 pixel format allows the display of uppercase, lower case, Katakana, and custom user-defined characters. This display is stackable in the x- and y-directions, making it ideal for high character count displays.
Application
- Telecommunications Equipment
- Portable Data Entry Devices
- Computer Peripherals
- Medical Equipment
- Test Equipment
- Business Machines
- Avionics
- Industrial Controls
- Easy to Use
- Interfaces Directly with Microprocessors
- 0.15" Character Height in 4, 8, and 16 (2x8) Character Packages
- 0.20" Character Height in 4 and 8 Character Packages
- Rugged X- and Y-Stackable Package
- Serial Input
- Convenient Brightness Controls
- Wave Solderable
- Offered in Five Colors
- Low Power CMOS Technology
- TTL Compatible
Data Sheets & Technical Specifications
Application Notes
- Application Brief - AB D002 Interfacing the HCMS-29xx LED alphanumeric displays the Intel 8751H microcontroller(168 KB,PDF)
- Application Brief - AB D003 HCMS-29xx LED displays set (ASCII Katakana)(394 KB,PDF)
- Application Note - AN 1005 Operational considerations for LED display devices(149 KB,PDF)
Product Change Notices
- Product Changes Notice (PCN) - PCN: A04-072-48475419-0A, Aug. 2004(147 KB,PDF)
- Product Changes Notice (PCN) - PCN: V07-083-48475419-0A(98 KB,PDF)
- Product Changes Notice (PCN) - PCN V07-078-48475419-0A(134 KB,PDF)
- Product Changes Notice (PCN) - V07-083-48475419-0A(98 KB,PDF)
- Product Changes Notice (PCN) - V10-087-48475419-0A(15 KB,PDF)
Quality & Reliability
