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The HCMS-2975 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. The display is stackable in the x- and y-directions, making them ideal for high character count displays.
Application
Telecommunications Equipment
Portable Data Entry Devices
Computer Peripherals
Medical Equipment
Test Equipment
Business Machines
Avionics
Industrial Controls
HCMS-3917 Parameters
Technical/Catalog Information
HCMS-3917
Vendor
Avago Technologies US Inc.
Category
Optoelectronics
Display Type
Alphanumeric Displays
Color
Green
Package / Case
26-DIP
Number of Digits/Alpha
8
Size / Dimension
1.4" x 4" (35.56mm x 10.16mm)
Common Pin
-
Digit/Alpha Size
0.15" (3.8mm)
Lead Free Status
Lead Free
RoHS Status
RoHS Compliant
Other Names
HCMS 3917 HCMS3917
HCMS-3917 General Description
The 3.3V HCMS-39xx family is similar to, and uses the same ASIC as the 5.0V HCMS-29xx family, except it operates at a lower operating voltage. Package dimensions and pin outs are exactly the same for both families. The product has been thoroughly characterized and stringent reliability tested to ensure that the product is of high quality. Similar to the 5.0V platform, this family product is a high performance, easy to use dot matrix display driven by on-board CMOS IC. Each 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. The easy to read 5x7 pixel format allows the display of uppercase, lower case, Katakana, and custom user-defined characters. These displays are stackable in the x- and y-directions, making them ideal for high