MAX6917EO50+T

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The MAX6917EO50+T is a microprocessor based Real Time Clock (RTC) chip used in a wide range of applications. It is a high precision clock/timing chip, offering good temperature stability, long time accuracy and long battery life. The MAX6917EO50+T is designed to provide accurate time keeping in various applications such as industrial, consumer and aviation.

The MAX6917EO50+T contains a clock IC, oscillator and programmable logic device (PLD) in the same package. It is the first single chip RTC chip to include a PLD for extending the clock functionality. The device also features an 8 kB on-chip non-volatile SRAM for data storage. The MAX6917EO50+T is also compatible with various low power and low cost power source options.

The MAX6917EO50+T is used in a variety of applications, including cell phones, medical equipment, computers, electronics and automotive applications. In particular, it is ideal for applications requiring long time accuracy, such as air traffic control, geospatial positioning, navigation, satellite control and machine control.

The MAX6917EO50+T works by using a 32 kHz oscillator as a clock source. The oscillator is connected to a phase-locked loop circuit, which ensures that the clock signal is kept in sync with the reference oscillator. The circuit then locks in the frequency of the oscillator for accurate time keeping.

The chip features an array of internal registers and timers for managing the clock functions. The registers store the current settings and provide information about the elapsed time. The two programmable timers can be used to trigger events at predetermined points in time. The chip also features an automatic temperature compensation algorithm which compensates for temperature changes and keeps the clock running accurately.

The MAX6917EO50+T is an advanced clock/timing chip with a wide range of features. Its high accuracy and long battery life make it ideal for a variety of applications. Its PLD feature provides extended functionality to meet specific application needs. The chip offers good temperature stability and accuracy, making it suitable for a variety of industrial and consumer applications.

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