X1228S14-2.7

X1228S14-2.7 is a real time clock (RTC) module, which is used for many applications and has features that appear to be user friendly. This module integrates real-time clock functions, SRAM, NVRAM, EEPROM and system power control into a single chip. It provides programmable accuracy and can work both independently from the host and together with it. The X1228S14-2.7 is an efficient and cost effective solution for applications requiring an accurate RTC or event scheduling.

The X1228S14-2.7 features an on-chip oscillator for time-keeping, a low-power Geiger–Müller radiation detection system, temperature sensing, voltages sensing, tamper and smoke detection, pulse counter, and other integrated functions. The time-keeping oscillator is configured to run at 16.38 MHz and is further optimized for minimal power consumption. The system also offers a 32-bit SRAM that is designed for storing buffers, tables and local variables.

The X1228S14-2.7 offers a time-of-day with clock-stretching measurement, which allows a precise measurement of any event duration without relying on the processor. It has a millisecond increment clock of up to 8192 Hz, allowing for accurate timing and fast response times. Additionally, the module includes a high precision voltage reference, allowing for direct programming of a target voltage. The real-time clock functions of this module provide an accurate and reliable current time for scheduling applications.

The X1228S14-2.7 features low-power management features including deep-sleep, sleep and hibernation. The module is also designed for very low power consumption and is capable of running at 0.05 μA. This allows for very low system power consumption and makes it ideal for battery operated applications.

The X1228S14-2.7 also offers an I2C interface to communicate with its host processor. It can also be used in Asynchronous mode to communicate with other modules or external components. This communication interface allows the module to be used in a wide range of applications such as HVAC systems, motion sensing, medical monitoring, access control, security and surveillance systems.

The X1228S14-2.7 also offers high performance, flexibility and scalability to meet the demands of any application. This allows the module to be used in a variety of applications and offers increased flexibility for system design. It is an ideal solution for applications requiring accurate timing and precision control.

In conclusion, the X1228S14-2.7 is a versatile and powerful real-time clock module that can be used for a variety of applications. It features low power consumption, precise time-keeping, low-power management features, an I2C interface for communication, and a scalable and flexible design. All these features make this module an ideal solution for applications requiring precise timing and control.