9DB104BFLF

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The 9DB104BFLF is a Clock/Timing - Application Specific device that finds wide range of applications. It is a necessary component in many real-time applications such as baseband signal processing, packet switching and digital video. The 9DB104BFLF is a high-precision clock synthesizer that provides high-quality clock signals for extremely timing-critical applications.

The 9DB104BFLF is a programmable clock output device that is capable of producing clock frequencies from 5 MHz to 125 MHz. It can also be used to generate many other clock frequencies from 8 kHz to 1000 MHz. The device has an integrated dual-channel frequency synthesizer, which allows for easy clock frequency changes without needing to recalibrate the device.

The 9DB104BFLF is a high-precision, low-jitter clock synthesizer. It uses a Phase-Locked Loop (PLL) circuit design to obtain high level of timing accuracy and low jitter. The frequency synthesis process begins with the reference clock, which is then divided down by a divider before the feedback and output clocks are generated. The frequency of the output waveform is then proportional to the magnitude of the desired output frequency.

The 9DB104BFLF also features a variety of different output modes such as single-ended, differential, inverted, and non-inverted outputs. It also supports complete programmability, including external divider and frequency correction. It is also compatible with most popular frequencies. The device is also highly reliable, as it passes a temperature-resistant specification of up to 125 degrees celsius.

The 9DB104BFLF is a reliable and highly accurate device, as it has been tested in a variety of applications. It has been used in many application fields such as baseband signal processing, packet switching, and digital video. The device is able to output frequencies from 5 MHz to 125 MHz, making it suitable for a wide range of application fields.

The 9DB104BFLF has a wide range of application fields, as it can provide highly precise and low-jitter clock signals for many real-time applications. It is also highly reliable, as it passes a temperature-resistant specification of up to 125 degrees celsius. It supports complete programmability and is compatible with most popular frequencies. It is a necessary component for many baseband signal processing and packet switching applications, making it a valuable tool for engineers and technicians alike.

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