954204CGLF

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The 954204CGLF is an specialized LCD clock module designed for use in automotive applications. It is designed to provide time and date information with minimal power consumption and maximum durability.

This module consists of a 40-pin IC chip, included voltage converter, and display consisting of 16 digits of 5x7 dot matrix LCD. The module includes an encoder to allow multiple functions such as alarm, snooze alarm, plus/minus functions and other. This clock module can be powered with 5V or 12V, allowing it to be used in a variety of environments and power sources.

The 954204CGLF is a CMOS Clock/Timing - Application Specific device specifically designed for automotive use. The module supports input and output frequencies ranging from 0-645K Hz, and provides an individually programmed 60-BIN step compliant frequency stability. The user can program the desired frequency from 1-50K Hz to 645K Hz, depending on their specific application.

The module operates on a CR-B (CMOS ROM BANK) architecture. This allows the user to recall a specific pattern, or frequency, from memory. The module also includes a crystal for temperature compensation and enables quick and accurate regulation of the module\'s periods. It also functions as an alarm to provide clock output under power failure conditions.

This module operates on a 3-wire serial interface protocol, allowing communication between the module and the host system. The 3-wire interface includes clock, data, and select control signals. The module also includes an 8-bit input latch and 8-bit output latch. These latches are used to store and retrieve the programmed output frequency. The module includes a divide-by-2-bits shift register and a 16-bit programmable output register which allows the user to program the module’s output frequency.

The 954204CGLF is an ideal solution for automotive applications requiring precise time and date information. The module\'s low power consumption and durable construction make it well-suited to meet the demands of the automotive environment. The versatile input and output frequencies, coupled with the CR-B architecture and programmable output registers, allow the module to be used in a wide range of applications.

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