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Clock Module SHUATI DS3231 AT24C32 5pcs 3.3-5.5V IIC RTC Memory Board-0

Clock Module SHUATI DS3231 AT24C32 5pcs 3.3-5.5V IIC RTC Memory Board

Original price was: $99.00.Current price is: $95.04.
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M95512 8‑Bit 512K/256K 3‑SPI SOP Clock IC by Generic

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M95512 8‑Bit 512K/256K 3‑SPI SOP Clock IC by Generic-0

DS1244Y-70+ Real Time Clock RTC IC Rizees 32KB Parallel 28-DIP 0.600in

Original price was: $52.99.Current price is: $51.93.

The DS1244Y-70+ Real Time Clock RTC IC from Rizees delivers reliable timekeeping with built-in 32KB parallel NVSRAM, supporting leap-year adjustments and offering a wide 4.5V-5.5V supply range. Its low-power design draws a maximum of 10 mA during timekeeping, making it suitable for industrial controllers, data loggers, and embedded systems that require precise timing. Easy to integrate in a 28-DIP package, it ensures stable operation from 0C to 70C.

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SKU: CJ4GWZB0DKST Category:
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Description

Product Overview

The DS1244Y-70+ Real Time Clock (RTC) Integrated Circuit from Rizees is engineered for high‑precision timing in demanding industrial environments. Featuring a 32KB parallel non‑volatile SRAM (NVSRAM) that retains data without power, the device supports automatic leap‑year correction, ensuring calendar accuracy over long periods. Operating voltage ranges from 4.5V to 5.5V, and the chip consumes a maximum of 10 mA during timekeeping, which helps extend battery life in remote applications. The module is housed in a compact 28‑pin DIP package measuring 0.600 inches (15.24 mm), making it easy to mount on standard printed circuit boards.

Key specifications include a time format of HH:MM:SS:hh with selectable 12‑hour or 24‑hour mode, temperature operating range from 0 °C to 70 °C, and robust protection against voltage spikes. The device’s parallel interface allows rapid data access, simplifying integration with microcontrollers and FPGA designs. Its low standby current and reliable oscillator circuit make it a preferred choice for data loggers, PLCs, and other timing‑critical systems.

[Product front view showing all components]

Usage

Designed for a wide variety of industrial and scientific applications, the DS1244Y-70+ excels in environments where accurate time stamping is essential. Typical use cases include monitoring and logging equipment in manufacturing plants, synchronizing processes in automation systems, and providing time reference for communication modules in IoT devices. The chip’s ability to retain time data during power interruptions ensures that critical operations resume without loss of schedule integrity.

Engineers can integrate the RTC into embedded systems that require precise scheduling, such as motor control units, environmental monitoring stations, and remote telemetry units. Its compact DIP form factor fits comfortably on dense board layouts, while the parallel data bus reduces latency for time‑critical reads and writes. The device also supports battery backup, allowing continuous operation even when the main power source is disconnected.

Why Choose Us

Rizees brings decades of semiconductor expertise to the DS1244Y-70+, delivering a product that combines reliability, performance, and ease of integration. Each unit undergoes rigorous quality testing, including temperature cycling, voltage stress, and long‑term drift analysis, to guarantee consistent operation in harsh conditions. Our dedicated support team provides comprehensive documentation, reference designs, and firmware libraries to accelerate development cycles.

In addition to the technical merits, Rizees offers a responsive after‑sales service that includes troubleshooting assistance, firmware updates, and warranty coverage. Customers benefit from a streamlined supply chain, ensuring prompt delivery and inventory availability for large‑scale production runs. Choosing Rizees means partnering with a trusted supplier committed to your project’s success.

Key Features

  • Accurate real‑time clock with automatic leap‑year handling for calendar precision
  • 32KB parallel NVSRAM retains data without power, simplifying backup solutions
  • Low power consumption (max 10 mA) extends battery life in remote or portable devices
  • Wide operating voltage (4.5‑5.5 V) and temperature range (0 °C‑70 °C) for versatile deployment
  • Responsive technical support and comprehensive documentation from Rizees

FAQ

What is the maximum current draw during timekeeping?

The DS1244Y-70+ draws up to 10 mA at a 5 V supply while maintaining accurate timekeeping.

Can the RTC operate without a backup battery?

Yes, the built‑in NVSRAM retains time data even if the main power is lost, but a backup battery can further extend operation during prolonged outages.

Is the 28‑DIP package compatible with standard socket boards?

Absolutely, the 28‑pin DIP footprint conforms to industry‑standard socket dimensions, allowing easy insertion and removal for testing or replacement.

How does the device handle leap years?

The internal calendar logic automatically accounts for leap years, eliminating the need for external software adjustments.

What support resources are available for developers?

Rizees provides datasheets, application notes, reference schematics, and firmware examples to help engineers integrate the RTC quickly and efficiently.

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