9ZX21201BKLF

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9ZX21201BKLF devices are designed for ultra-low-power operation and reduce system complexity. They are commonly used in automotive microcontroller and ASIC applications. They feature a built-in clock signal divider, frequency accuracy of +/-5ppm, and multiple operating modes that allow dynamic clock reduction in low-power modes.

The 9ZX21201BKLF devices offer a wide range of programmable features that are designed to improve system performance and reduce cost. They can be programmed to meet design requirements, including frequencies, power consumption, accuracy, and redundancy.

The 9ZX21201BKLF device is used to generate a clock signal or timing signal with a fixed frequency. The device uses a crystal oscillator to generate a signal with a fixed frequency. This signal can then be divided by an integer divider to generate a timing signal with a lower frequency. The 9ZX21201BKLF can be used to generate various frequencies from 0.5MHz to 200MHz.

The device has built-in frequency redundancy feature which allows the device to detect if the frequency output changes. If the frequency output varies by more than 2%, the device is capable of switching to an alternate frequency source. This feature eliminates the need for external components in the application, reducing cost and complexity.

Additionally, the 9ZX21201BKLF devices can be used to generate timing signals with different degrees of accuracy. The devices are capable of accuracy levels ranging from ±10 ppm to ±100 ppm depending on the desired performance. With these accuracy levels, it is possible to synchronize multiple devices across a system at the same time. It is ideal for applications requiring precise synchronization across multiple nodes, such as automotive controllers, test and measurement systems, and more.

The 9ZX21201BKLF device has a wide range of operating modes that allow the frequency to be reduced in low-power operation. The device has a range of low-power features, including power-down, standby and sleep modes, which help reduce power consumption and increase system efficiency. This enables the device to be used in a variety of low-power applications, such as automotive microcontroller applications, where power consumption needs to be minimized.

In addition, the 9ZX21201BKLF device can also be operated in a synchronized mode, where the same clock frequency is maintained across multiple devices. This feature allows for reduced system complexity and cost, enabling the device to be used in applications where multiple devices need to operate in synchronization. This feature is especially useful in automotive and medical applications, where low-power operation, reliability and accuracy are essential.

Overall, the 9ZX21201BKLF device is a highly reliable and accurate clock/timing device that is designed for a wide range of automotive, medical, and industrial applications. Its wide range of programmable features, low-power mode, and frequency redundancy makes it an ideal choice for applications requiring synchronization, accuracy, and low cost.

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