ANGEEK RTC Clock Module Interfacing 3231 High Precision Memory Module Compatible with Arduino Raspberry Pi

ANGEEK RTC Clock Module Interfacing 3231 High Precision Memory Module Compatible with Arduino Raspberry Pi

Summary: This high-precision real-time clock module ANGEEK 3231 can be used in Arduino, Raspberry Pi and other embedded systems. It adopts DS-3231 chip with extremely high time accuracy and stability, which is suitable for a variety of time-critical projects, such as data logging, timing tasks and so on. The module also features an easy-to-use interface that allows the user to integrate it into various projects. Features: Adjustable PWM frequency up to approx. 1.6 kHz. Configurable push-pull or open-drain outputs Output release pin for quick disabling of all outputs 12-bit resolution per output - for servo systems, this means a resolution of about 4us at a refresh rate of 60Hz 6 address selection pins, so you can connect up to 62 of these outputs to a single i2c bus, for a total of 992 outputs - a lot of servos or LEDs! Product parameters: Input voltage: DC 5-10V. PWM resolution: 12-bit. Number of output channels: 16. Control interface: I2C Housing: TSSOP28. Operating temperature range: -40°C to +85°C. Package includes: 1 x ANGEEK 3231 watch module.

Product Features

• High Accuracy The ANGEEK 3231 chip features extremely high time accuracy and stability to meet the demands of a variety of time-critical projects and ensure the accuracy of data acquisition and timekeeping tasks.
• Easy to Use The module is easy to use, just connect it to your main control board and communicate with it via the I2C interface without complicated configuration.
• ENERGY SAVING DESIGN The ANGEEK DS-3231 module adopts an energy-saving design to effectively reduce power consumption. The built-in battery can be operated for 3-5 years without frequent battery changes, providing long-lasting and stable support for your project.
• Multi-platform compatibility: suitable for Arduino, Raspberry Pi and other mainstream embedded systems, can also be applied to a variety of DIY electronic projects.
• Mini Size Compact and space-saving design, suitable for a variety of space-constrained application scenarios, making your project more compact and clear.