9FGL0441BKILF

The 9FGL0441BKILF is a Clock/Timing - Application Specific implementation and is primarily designed for use in fields requiring precise timing, such as telecommunications and audio/video applications. It is also suitable for timing applications which require accurate triggering or multiple precise point in time synchronization throughout a single system.

The 9FGL0441BKILF is a combination of a clock generator, a number of prescaled fixed frequency outputs, and a programmable timing and control logic. A wide range of precise and adjustable output frequencies, both integer and fractional, can be achieved by combining the different elements available with the integrated logic. It can also provide precise timing and synchronization on large systems with numerous specific time readout points and precise synchronization functions between them.

The 9FGL0441BKILF is based on a programmable crystal oscillator,programmable phase alignment logic, and programmable control logic. The integrated clock is adjustable with extremely precise frequency and timing adjustments possible. However, it also features a non-volatile program storage capability as well as built-in real-time clock interrupt and counter capability. This makes it easily programmable for specific timing and synchronization requirements.

The 9FGL0441BKILF is capable of providing precise and independent frequency and timing of multiple simultaneous events. It supports both synchronous and asynchronous operations and can be used for an unlimited number of applications.

The application possibilities are virtually limitless. It can be used for basic audio/video synchronization, a communication interface between different types of devices, and a timing source for numerous systems which require precise synchronization.

The 9FGL0441BKILF is not only highly precise but also uses extremely low power. It also features temperature compensation and a wide range of output frequency intervals, making it highly accurate and reliable.

The 9FGL0441BKILF is a reliable and effective solution for applications requiring precise timing and timing synchronization. It is an excellent choice for telecommunications, audio/video applications, and systems which require precise timing and synchronization.