LMX2335LSLBX/NOPB

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The LMX2335LSLBX/NOPB is a low jitter, integer-N frequency synthesizer designed specifically for use in modern communications systems. It supports multiple frequency ranges and produces a clean output signal amplitude with excellent signal integrity. The device offers several different frequency synthesis techniques and the ability to operate multiple frequency ranges, making it an ideal choice for communication system designers. The device features an integrated phase pll (PPLL) lock loop, which provides excellent signal integrity and fast frequency switching, as well as a low jitter data and address decoding. The device also features an active output buffer, and can generate a 10 MHz reference signal for use in clock recovery applications.

The LMX2335LSLBX/NOPB is ideal for use in communication systems that require excellent phase noise performance and fast frequency switching. The output signal is low noise and can be tuned to the desired frequency from the frequency range of 100 to 750 MHz, depending on the device version. The device also features a low power mode, allowing the frequency synthesizer to consume minimal power when not in use. Additionally, the device can be used in a master multiplexer configuration.

The basic working principle of the LMX2335LSLBX/NOPB is relatively simple. The analog output signal is generated from a series of digital latches, and the frequency of the generated signal is determined by the circuit\'s internal PLL (Phase Locked Loop) and the board\'s specific crystal oscillator. The PLL generates a reference signal which, along with the configuration settings, determines the output signal frequency of the synthesizer. The PLL also locks onto the crystal oscillator, which allows the frequency of the generated signal to be accurately tuned without drift. By changing the setting of the PLL and the crystal oscillator, users can precisely adjust the frequency of the output signal with the desired level of accuracy.

The LMX2335LSLBX/NOPB is an ideal clock and frequency synthesizer for a variety of applications. It is commonly used in communication systems, as well as in test and measurement applications, digital television systems, and wireless networks. The device also has the capability to substitute for costly and complex quartz crystals, helping to reduce the overall cost of the system. The device is available in a variety of packages, including in small QFN type packages to minimize space and provide excellent performance.

In conclusion, the LMX2335LSLBX/NOPB is a highly useful clock and frequency synthesizer for various applications. Its low power consumption, excellent signal integrity, and low jitter make it a good choice for communication systems. The device also offers improved frequency synthesis techniques and an integrated PPLL, making it an ideal choice for system designers. The LMX2335LSLBX/NOPB is available in a variety of package types and meets stringent industry standards, making it an ideal choice for clock and frequency synthesizer applications.

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