ICS9250BF-12T

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The ICS9250BF-12T is clock/timing device that is specifically designed for applications that require precise timekeeping and accurate time synchronization. It is a frequency-tunable clock generator that operates at frequencies up to 12MHz. It is suitable for applications such as wireless LANs, wireless sensor networks and other serial communication applications.

The ICS9250BF-12T has several unique features that make it ideally suited for a variety of applications. The most notable feature is its on-chip voltage-controlled crystal oscillator (VCXO). This VCXO allows the user to precisely tune the output frequency to the exact frequency needed for their application. This makes the ICS9250BF-12T a perfect solution for applications that require precision clock synchronization.

The ICS9250BF-12T also features programmable on-chip output voltage levels. This allows the user to configure the output voltage to a certain value that is optimal for their application. This feature ensures that there is no unnecessary power consumption due to improper voltage configuration.

The ICS9250BF-12T has low power consumption and jitter, making it an ideal device for applications where power and timing are a critical factor. In addition, it has a wide temperature range and it is compatible with a variety of common communication protocols. It is also RoHS compliant and has a maximum output frequency of 12MHz.

The working principle of the ICS9250BF-12T is relatively simple. It consists of an on-chip voltage-controlled crystal oscillator (VCXO), which tunes the output frequency to the required frequency. The output frequency is then fed into a programmable divider, which divides the frequency down to the desired output frequency. Finally, the output voltage is adjusted using programmable output voltage levels to ensure that the required output voltage is produced.

The ICS9250BF-12T has been designed to provide a very precise frequency synchronization for applications that require precise timing and accuracy. It is ideal for applications such as wireless LANs, wireless sensor networks, and other serial communication applications. Its on-chip features, low power consumption and wide temperature range make it the perfect choice for such applications.

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