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Seiko Instruments MS621T-FL11E Environmental and export classification status description

The Seiko Instruments MS621T-FL11E is a compact and highly reliable real-time clock (RTC) module powered by a battery, designed for various electronic applications. It provides accurate timekeeping, thanks to its low consumption and integrated oscillator, which allows it to maintain time even when the primary power source is disconnected. Functions: - Real-Time Clock: Keeps track of the current time and date consistently. - Low Power Consumption: Designed for extended battery life, ideal for portable devices. - Voltage Output and Battery Backup: Maintains functionality during power outages or when the main power is turned off. - Alarm Functions: Some variants include alarm functionalities to trigger events at specified times. Applications: - Consumer Electronics: Used in devices like watches, clocks, and home appliances. - Industrial Equipment: Timekeeping in machinery and control equipment. - Telecommunication Devices: Maintains synchronization for communication equipment. - Medical Devices: In devices that require time-stamping for monitoring and reporting. Alternative Parts: - Maxim Integrated DS1302: Another RTC with similar functionalities. - Microchip MCP7940M: A battery-backed RTC with EEPROM. - NXP PCF8523: A low-power RTC module with additional features for battery back-up and alarms. Embedded Modules: - The MS621T-FL11E may be integrated into various microcontroller projects and development boards that require timekeeping, often combined with programming platforms such as Arduino or Raspberry Pi. Q&A: 1. Q: What is the primary function of the Seiko Instruments MS621T-FL11E? - A: The primary function of the MS621T-FL11E is to serve as a real-time clock (RTC), providing accurate timekeeping even when the main power is disconnected. 2. Q: In which applications can the MS621T-FL11E be commonly found? - A: Common applications include consumer electronics such as watches and clocks, industrial equipment, telecommunication devices, and medical devices that require precise timekeeping. 3. Q: How does the MS621T-FL11E handle power outages? - A: The MS621T-FL11E features low power consumption and a battery backup system that enables it to continue functioning and keep time during power outages. 4. Q: What are some alternatives to the MS621T-FL11E for real-time clock functionality? - A: Alternatives include Maxim Integrated DS1302, Microchip MCP7940M, and NXP PCF8523, which offer similar timekeeping functions. 5. Q: Can the MS621T-FL11E be integrated into microcontroller projects? - A: Yes, the MS621T-FL11E can be integrated into various microcontroller projects and development boards such as Arduino or Raspberry Pi to provide real-time clock capabilities.