Maxim Integrated DS1685S-5+T&R Real-Time Clock

The DS1685S-5+T&R from Maxim Integrated is a robust real-time clock (RTC) module designed to provide precise time and date tracking in a wide array of applications. This high-quality RTC component comes in a surface-mount package, specifically in a tape and reel format, making it ideal for automated production processes.

This device is part of the DS1685 family of real-time clocks, which are known for their reliability and longevity. The DS1685S-5+T&R operates at a voltage of 5V and features a built-in crystal oscillator, which ensures stable timekeeping. Its integrated battery backup input allows it to maintain accurate timekeeping even in the event of a primary power failure, making it indispensable in critical systems where time accuracy is paramount.

The DS1685S-5+T&R includes a wealth of features that make it a versatile choice for many embedded systems. It comes with a serial interface for communication with microcontrollers or processors, and it includes 114 bytes of NV SRAM for data storage. Additionally, the RTC offers programmable alarms, a programmable square-wave output, and a digital temperature sensor, all of which can be used to support complex time-related tasks within a system.

Designed with an industrial temperature range, the DS1685S-5+T&R is suited for applications that operate in challenging environmental conditions. It is commonly used in telecommunications, networking, data logging, industrial control systems, and other applications where maintaining accurate time is crucial.

Maxim Integrated's commitment to quality ensures that the DS1685S-5+T&R RTC provides long-term reliability and performance. Its surface-mount design allows for a more compact and integrated approach to PCB design, making it a preferred choice for engineers looking to optimize their system's space and power efficiency.

Overall, the DS1685S-5+T&R is a testament to Maxim Integrated's expertise in creating high-performance integrated circuits that meet the demanding requirements of contemporary electronic systems.