TDSO3153

The TDSO3153 is an LED module made by TDK as part of their Oasis color display series. The module utilizes four five-digit, seven-segment LCD character and numeric displays for its display windows. The module also supports two-wire serial data and control communications. It can be used in various display purposes including instrument panels, stores, laboratories, and scientific research.

The TDSO3153 is designed to be used in various applications that require display of information. The module can be used in measurement and control systems, data logging systems, and medical applications. It has been designed for ease of use as well as for maximum compatibility with other components in the Oasis series.

The TDSO3153 utilizes a seven-segment LCD display to create a character and numeric display. The four five-digit, seven-segment displays are arranged in a four by ten matrix. Each of the four LCD panels can be configured to display either the numeric value of a single number or a character string of up to five characters. The data is sent to the module via a two-wire serial data interface.

The TDSO3153 supports up to 16 individual color combinations for each of the four LCD panels. This allows the module to be used to create visual displays that can be either static or dynamic. The module is also capable of displaying strings of up to 80 characters in length.

The TDSO3153 can be used in a variety of applications. Its primary use is in display panels and instrument panels. The module can also be used in data logging systems and medical applications. The module is also capable of being used in kiosk applications such as ATMs and self-service terminals.

The TDSO3153 is an easy-to-use module with a wide range of applications. The support for up to 16 different color combinations allows the module to be used for both static and dynamic displays. The four five-digit, seven-segment LCD display allows for long strings of characters to be displayed. The two-wire serial data interface supports easy communications between the module and other components. The module is well suited for use in display panels, instrument panels, data logging systems, and medical applications.