Overview of DS1339U-33+T&R by Analog Devices Inc.
The DS1339U-33+T&R is an I2C serial real-time clock housed in an 8-MINI_SO package with 8 pins and an operating temperature range of -40 to 85°C. This device, with part package code 8-MINI_SO-N/A and a package description of lead-free, micro, SOP-8, is designed for accurate timekeeping with serial (I2C) information access. Characterized by its industrial temperature grade, it operates at a clock frequency maximum of 0.032 MHz and is suitable for applications requiring a real-time clock (RTC) function with an interrupt capability.
The DS1339U-33+T&R, introduced on 2002-07-26, utilizes CMOS technology, has a moisture sensitivity level of 1, and is encapsulated in a plastic/epoxy body. This device supports a nominal supply voltage of 3.3 V and can handle maximum supply voltages up to 3.63 V, making it robust for various industrial applications. Additionally, it boasts specifications including a seated height maximum of 1.1 mm and conforms to RoHS and REACH environmental standards, assuring compliance in a broad range of international markets.
Industry Applications for DS1339U-33+T&R
The versatile features of the DS1339U-33+T&R make it suitable for a variety of industry applications. Given its precise timekeeping and robust environmental specification, this real-time clock could potentially be of significant benefit in several fields:
- Industrial Automation: In industrial settings, maintaining accurate time is essential for synchronous operations and logging events. The robust operating temperature range of DS1339U-33+T&R is crucial for environments experiencing extreme temperatures. These conditions potentially match the requirements in automated process controls where time stamps are crucial for coordinating machine actions and logging.
- Consumer Electronics: Devices like smart home systems, wearables, and other electronics that require consistent timekeeping might integrate this RTC to ensure device synchronization and function logging. The small footprint and low power consumption attributes of the DS1339U-33+T&R would be advantageous in compact electronic gadgets.
- Telecommunications: For telecommunication systems, accurate timing and synchronization are critical. The DS1339U-33+T&R, with its serial I2C communication for accessing time information, could potentially be used in network infrastructure to maintain and synchronize processes across various networking equipment efficiently.
- Transportation and Logistics: Accurate timing can significantly optimize operations in transportation systems. In logistics and fleet management, for instance, the DS1339U-33+T&R could potentially help in tracking and documenting journey logs and stop durations with precision.
Note that these potential industry applications are conceptual and need detailed analysis and verification by engineering and design teams to ensure they adhere to industry standards and specific application requirements.
About Analog Devices Inc.
Analog Devices Inc. is widely recognized in the field of semiconductor design and manufacturing, particularly noted for their innovative applications in DSP integrated circuits, sensors, and Timers or RTCs. Their products often include advanced features tailored to improve accuracy and reduce power consumption, which is evident in real-time clocks like the DS1339U-33+T&R. Analog Devices Inc. has a long-standing reputation for providing components that perform reliably under demanding circumstances, underlining their commitment to quality and industry-leading capabilities in microcontroller and processor technology.
Where to Find DS1339U-33+T&R by Analog Devices Inc
To purchase the DS1339U-33+T&R, or to find more information on alternate Timers or RTCs from Analog Devices Inc or other manufacturers, visiting findchips.com is recommended. Historically, the part has been available from distributors such as Analog Devices Inc, Mouser Electronics, and element14 Asia-Pacific, but for current stock levels and pricing, it is best to consult the latest data on the findchips website.