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DS3231 hiBCTR High Precision RTC Module 3.3V/5V Dual Voltage 5 Pack

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DS3231 Real Time Clock Module by Azuocn 6pcs High Precision I2C RTC

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DS3231 Real Time Clock Module by Azuocn 6pcs High Precision I2C RTC-0

WWVB BPSK Phase Modulation Receiver – CANADUINO EverSet ES100 Black

Original price was: $89.00.Current price is: $85.44.

The CANADUINO EverSet ES100 provides reliable WWVB BPSK phase‑modulation time signals in a tiny 0.79‑inch square module. Its built‑in digital correlation receiver extracts precise date, time and DST data and delivers it over a simple I2C interface, making integration into microcontroller projects effortless. Ideal for industrial timing, data logging, and synchronization applications where low‑noise performance and Canadian‑origin quality are essential.

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SKU: CJCQYFB08M5C Category:
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Description

Product Overview

The CANADUINO EverSet ES100 is a self‑contained WWVB BPSK phase‑modulation receiver designed for precision timing applications. Housed in a compact black package measuring just 0.79 x 0.79 x 0.39 inches and weighing only 0.352 ounces, the module integrates a digital correlation receiver, a low‑power microcontroller interface, and a robust I2C communication port. It decodes the 60 kHz WWVB signal transmitted by the National Institute of Standards and Technology (NIST) and provides accurate date, time, and daylight‑saving‑time (DST) information to any host system. The module is fully compatible with existing WWVB antennas, allowing users to leverage their current hardware while benefiting from the superior performance of BPSK phase‑modulation over traditional amplitude‑modulation designs.

[Product front view showing all components]

Usage

Designed for industrial and scientific environments, the ES100 excels in scenarios where timing accuracy and reliability are critical. Typical use cases include data‑loggers, network time protocol (NTP) servers, precision instrumentation, and synchronized control systems in manufacturing plants. Its low‑noise operation makes it suitable for deployment in electrically noisy facilities, such as factories with heavy machinery or laboratories with high‑frequency equipment. The simple I2C interface enables easy integration with popular microcontroller platforms like Arduino, Raspberry Pi, and STM32, allowing developers to quickly add accurate timekeeping to embedded projects without extensive firmware development.

Why Choose Us

Choosing the CANADUINO EverSet ES100 means selecting a product built with rigorous Canadian manufacturing standards, ensuring no tariffs for U.S. customers under the USMCA agreement. The module’s digital correlation architecture provides markedly improved performance in low signal‑to‑noise ratio (SNR) and high‑interference environments compared to legacy amplitude‑modulation receivers. Each unit undergoes comprehensive testing for timing accuracy, electrical safety, and durability, guaranteeing a long‑lasting solution for mission‑critical applications. Additionally, CANADUINO offers extensive documentation, demo code, and libraries on its website, as well as responsive technical support to assist engineers throughout the integration process.

Key Features

  • Compact black module (0.79″ square) for space‑constrained designs
  • Digital correlation receiver delivers superior accuracy in noisy environments
  • Simple I2C interface provides date, time, and DST data to any host MCU
  • Fully compatible with existing WWVB antennas, reducing deployment cost
  • Canadian‑made, USMCA‑compliant hardware with dedicated technical support

FAQ

What type of antenna does the ES100 require?

The ES100 works with any standard WWVB antenna designed for the 60 kHz frequency band. Users can connect their existing antenna directly to the module’s antenna input pins, making upgrades straightforward.

How does the module handle daylight‑saving‑time changes?

The built‑in digital correlation algorithm decodes the DST flag embedded in the WWVB signal, automatically adjusting the reported time without any additional programming required.

Is the I2C communication compatible with 3.3 V and 5 V logic levels?

Yes, the ES100’s I2C pins are tolerant to both 3.3 V and 5 V logic, allowing seamless connection to a wide range of microcontroller families.

What support resources are available for developers?

CANADUINO provides comprehensive documentation, reference schematics, demo code, and software libraries on its website. Technical support is available via email and community forums to assist with integration questions.

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