AS1810-PTR

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Introduction

AS1810-PTR is a real time clock that can be used in applications ranging from industrial control systems to low-power circuit designs. The AS1810 PTR is a versatile non-volatile shutdown RTC that provides a wide range of features for ultra low-power system designs. It is a very complex and powerful real time clock with its own hardware and software covered in this article.

Application Field

The AS1810-PTR is versatile enough to be used in diverse application fields. It is commonly used in industrial control systems and low-power circuit design contexts. Apart from these applications it can also be used in other fields such as personal digital assistants (PDAs), embedded types of systems, alarm systems and surveillance systems.

In the industrial context, the AS1810-PTR is commonly used for system timekeeping, timing, and alarms that are used in controlling processes or machines. The AS1810-PTR is used in low-power systems because of the low-power consumption of its hardware and software, making them ideal for tiny applications such as tiny shipping card, watches, and keyless entry.

Working Principle

The AS1810-PTR uses a number of hardware and software components that come into play allowing it to work. The hardware is the real-time clock chip, which is the primary component. Other components that make up the hardware include capacitors, resistors, an oscillator, and programmable logic.

The oscillator is the component which works together with the transistor to time the power to the chip. When the voltage of the oscillator is at a specific level, it triggers a transistor switch in the chip. This switch then powers up and down the chip, allowing a set time to be kept.

The software component of the system then uses the information from the power to time aspects including the timekeeping, alarms, and interval countdowns. The chip uses its own firmware which was written according to the application. This has a particular order in which it performs its tasks and collects data.

The software component of the AS1810-PTR is designed to be very simple, allowing it to be used in a wide variety of situations. The chip is designed with a tolerance of ± 10%, allowing accurate real-time demands with a low-power consumption, making it ideal for applications such as alarm systems and small PDAs.

Conclusion

The AS1810-PTR is a powerful and versatile real-time clock which can be used in a variety of applications. It is a low-power chip that provides accurate timekeeping and provides a wide range of features for ultra low-power designs. The hardware component of the system is based on a combination of capacitors, resistors and an oscillator, remembering the time kept in its non-volatile memory. The AS1810-PTR is also a software controlled real-time clock making it an ideal choice for timekeeping, alarms and interval countdowns for embedded systems.

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