CDP68HC68T1M2Z

The CDP68HC68T1M2Z is a four-input universal clock and timing module designed for high-precision, real-time clock applications. It contains a 32-bit microprocessor, memory, oscillator, and additional circuitry to enable time-based functions.

The CDP68HC68T1M2Z is optimized for clock and timing applications where real-time accuracy is critical. It features a real-time clock and timer, 1 kHz interrupt pinouts, programmable watchdog timer, and user-configurable clock and/or timer intervals. It also has an integrated sleep mode to bridge power-conscious applications.

The CDP68HC68T1M2Z is programmable in both assembly language and C language. Onboard debugging tools including breakpoints and single-stepping let developers quickly analyze exec\-u\-tion paths, correct errors, and modify program logic.

The CDP68HC68T1M2Z is a low power optimized design, consuming only 5µA of power in active mode and holds only 0.25µA in sleep mode. This enables applications to be designed with optimal power consumption for extended battery life or energy harvesting designs.

The CDP68HC68T1M2Z is ideal for applications such as activation timing, data logging, frequency counting, medical monitoring, real-time control, security, 24/7 timing, and others that require accurate and real-time timing.

The CDP68HC68T1M2Z uses the Core Connect Remote functionality to directly connect attached components to its microcontroller. This feature allows it to easily interface with external components such as sensors, encoders, and displays while preserving system power and reducing board space.

The CDP68HC68T1M2Z also features many power management features such as multi-region low power mode, dynamic power saving, auto-shutdown system, and adjustable supply voltage. The programmable period of the watchdog timer can be changed from 8ms to 32768ms, allowing it to be tailored for various timing requirements.

In conclusion, the CDP68HC68T1M2Z real-time clock module is an ideal choice for high-precision and reliable clock and timing applications. Its features make it an excellent choice for applications where accuracy and low-power consumption are critical.