98ULPA877AKLFT

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The 98ULPA877AKLFT clock is a type of programmable low-power CMOS oscillator ideal for applications that need accurate timing when power consumption is at a premium. This device is in the category of clock and timing devices that use application-specific characteristics, meaning that it is designed to fulfill a very specific role. Understanding the device’s design and how it works is integral to understanding its application field and working principle.

The device is designed with a flexible output phase-locked loop (PLL) that can be programmed to output a range of frequencies. The PLL is combined with a temperature-compensated low-power oscillator and a high-accuracy reference that allows for extremely precise timekeeping. The output of the oscillator is further amplified to adequately drive any load. Furthermore, the device can be reconfigured as needed, as its programmability allows users to adjust the center frequency, the frequency range, and the lock time. All this is combined to provide an accurate, low-power clock signal with minimal input power.

The 98ULPA877AKLFT is designed for specific applications, such as embedded system designs that require relatively small form factors. Other suitable applications for the device include portable measurement and control systems, general timing of communications networks, and various other embedded control applications.

The principle of operation of the 98ULPA877AKLFT is quite straightforward. The device contains a reference oscillator and an amplifier, which are combined together to create the output signal. The signal is then compared to the reference, and the amplifier is adjusted accordingly to create the desired output frequency. Because of the accuracy and flexibility of the device’s PLL, it can be programmed to output many different kinds of frequencies in a variety of applications.

In summary, the 98ULPA877AKLFT is a low-power CMOS oscillator that is designed for use in embedded applications. It is programmable, so it can be used in a variety of settings and can be adjusted to the specific needs of the application. Moreover, it provides extremely precise time keeping and minimal power consumption. Overall, the device is well suited to a wide range of embedded system designs that require relatively small form factors and precise control.

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