M41T256YMH7F Integrated Circuits (ICs)

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The M41T256YMH7F is a Real-Time Clock (RTC) that uses a low-power 32 kHz oscillator to keep track of the current location and time. This device is perfect for applications that require reliable and accurate timekeeping, such as for medical, industrial, and environmental purposes.

It has a memory array that stores 264 bytes of RAM, 31 bytes of SRAM, and 8192 bytes of EEPROM. It also includes two comparator timers that can be setup for one-shot, interval, or pulse operations. The M41T256YMH7F can provide alarm and reset functions for applications that need precise time management.

The M41T256YMH7F has an internal clock frequency of 32 kHz, an operating temperature range of -40°C to +85°C, and a power supply voltage of 3V. It is designed to be tolerant to low supply voltage and clock frequency, which makes it an ideal choice for low-power applications. The device can be programmed to act as an alarm signal generator, or can be used to measure elapsed time. It has a unique Nonvolatile Memory (NV Memory) which allows the device to maintain its memory after the power has been removed.

The M41T256YMH7F device has an integrated self-test feature that allows the user to confirm correct device operation and accuracy. This feature can detect any errors or inconsistencies in the clock time, stored RAM or EEPROM data, and in the SRAM data as well. It can also detect if the device is not properly powered and if there is an issue with the external oscillator.

The M41T256YMH7F is designed to be used in a variety of applications, including: industrial and process control, security systems, medical equipment, video systems, home automation, automotive vehicles, and other embedded systems. It is also ideal for embedded applications that require reliable and accurate timekeeping.

The M41T256YMH7F can be used to provide accurate real-time information for applications such as access controls, medical monitoring, energy management, HVAC systems, and safety systems. It can be used to schedule future events and can be set to handle dates up to 2099. It can provide an accurate and stable time base for scheduling and reporting purposes.

The M41T256YMH7F has a unique dual-clock oscillator design that ensures reliable time keeping. It is also designed with a watchdog timer, and temperature sensor that will ensure that the device is operating within the specified limits. This device has a low power consumption and operates with a minimum supply voltage of 1.8V.

In summary, the M41T256YMH7F is a low-power Real-Time Clock designed specifically for applications that require reliable and accurate timekeeping. It has a memory array that stores 264 bytes of RAM, 31 bytes of SRAM, and 8192 bytes of EEPROM. It is capable of providing an alarm and reset functions. The device also includes a unique dual-clock oscillator design, a watchdog timer, and an integrated temperature sensor.

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