DS3232M is a low-power clock chip with an operating voltage of 2.3-4.5V and an operating temperature of -40°C to +85°C. It is packaged in an 8-pin package.
DS3232M Product Description
DS3232M is a highly integrated real-time clock (RTC) chip produced by Analog Devices, Inc. (ADI), designed for industrial, medical and IoT applications that require precise time synchronization. The chip has a frequency accuracy of ±2ppm and integrates a temperature sensor to provide accurate time and temperature information. DS3232M supports I²C communication interface for easy integration with microcontrollers. At the same time, it also has programmable alarm and timer functions, as well as non-volatile RAM storage space for saving critical data.
DS3232M Product Features
1. High-precision RTC: ±2ppm frequency accuracy to ensure the accuracy of time synchronization.
2. Temperature-compensated crystal oscillator: Built-in temperature sensor to automatically correct frequency drift caused by temperature changes.
3. Non-volatile RAM: Provides 56 bytes of NV-RAM, which can be used to store important data.
4. I²C interface: Supports standard I²C communication protocol, which is convenient for connection with microcontrollers.
5. Low power mode: With low power mode, it is suitable for battery-powered devices.
DS3232M Product Applications
1. Industrial Automation Equipment:In the field of industrial automation, the high-precision time synchronization capability of the DS3232M is essential for recording event logs and scheduled tasks. It ensures accurate recording of machine operation data, which facilitates troubleshooting and maintenance planning.
2. Medical Monitoring Devices:Medical devices, especially those that need to monitor patient conditions for long periods of time, rely on the precise time information of the DS3232M. Whether it is used for medication management or disease tracking, accurate timestamps are indispensable.
3. Internet of Things (IoT) Nodes:In IoT applications, the DS3232M's low power consumption and precise time synchronization make it an ideal clock source. Whether in remote monitoring, environmental monitoring, or smart agriculture scenarios, it can provide a reliable time reference to ensure data accuracy and consistency.