91309AGILFT Integrated Circuits (ICs)

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The 91309AGILFT is a clock or timing device designed to generate, receive, and distribute high precision timing signals. It is mainly used in applications such as communications, industrial automation, and broadcasting for synchronizing systems, maintaining precision time, or providing stable and accurate data signals. The 91309AGILFT is categorized as Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers, as it includes a programmed logic, frequency synthesizer and other dedicated hardware for accurately generating and providing accurate frequency clock signals.

The 91309AGILFT offers a number of different types of clock signals depending on the particular application requirements. These can either be single-line or multiple-line signals, clock-derived or free-running, or can use any combination of these features to generate the requisite clock signals. As such, the device is suitable for use in a wide range of applications in different industries.

As a clock or timing device, the 91309AGILFT is designed to offer high precision timing and synchronization of other systems in its range of applications. It is designed to offer the following benefits:

• High precision: The 91309AGILFT is designed to offer very precise timing accuracy, which is essential in reliable communication and electronic applications.
• Stable signal: The 91309AGILFT is designed to offer a stable signal, which ensures that there is no wiggle or \'jitter\' in the signal, which could affect the accuracy.
• Flexible frequency selection: The user can select any frequency of clock signal, within the range of the device, to suit the particular application.
• High speed: The 91309AGILFT offers a maximum frequency of up to 12MHz, which is suitable for high speed operations.

The 91309AGILFT is designed to work in a variety of high speed digital applications. Its Logic Programmable function provides users with the flexibility to choose any desired frequency within the range of the devices. The frequency can be selected in two ways, either by adjusting the oscillator frequency or by programming a digital counter to divide the input frequency to any desired frequency. The device also includes other dedicated hardware, such as a digital divider, a phase locked loop, a programmable logic element, and a frequency synthesizer, which enable it to generate multiple signals within the range of the 91309AGILFT.

In terms of working principle, the 91309AGILFT is designed to generate a clock signal based on a quartz crystal. The quartz crystal is set to the required frequency and connected to the oscillator in the 91309AGILFT. The output of the oscillator is then divided by the programmable counter, or the divider circuit, to achieve the desired frequency. The device then works with the Logic Programmable function to generate a further divide-by-n circuitry and the desired output frequency is finally generated by the frequency synthesizer.

The 91309AGILFT is designed to provide stability and accuracy in a wide range of digital clock applications, where precision and reliable timing signals are a requirement. It is capable of providing any desired frequency within its range, due to its flexible programming options and its dedicated hardware components. It can be used in applications where a high speed clock signal is required and its stable signal ensures accuracy. As such, the 91309AGILFT can be a great choice for applications in the communications, industrial automation, and broadcasting sectors.

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