LMX2332USLBX

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The LMX2332USLBX is a high performance clock generator and frequency synthesizer designed for use in many applications. It is designed to provide accurate reference clock signals for timing, synchronization and frequency control. Clock/timing applications range from telecommunications to audio-video equipment and from server farms to industrial automation.

The LMX2332USLBX consists of a synthesizer formed by a voltage-controlled oscillator (VCO) and four 32-bit programmable prescalers to generate one output clock. The VCO output and all derived clocks are programmable over a wide frequency range, and the frequency can be changed in an instant.

The working principle of the LMX2332USLBX is that it is capable of generating reference clock and derived clock frequencies, which is why it can be used in all clock/timing applications. The reference clock is generated by the VCO while the derived clocks are generated by the four 32-bit programmable prescalers. The output frequency of the reference clock is adjustable, as it can be changed in an instant. The reference clock can also be locked to an external reference, allowing for higher accuracy and better jitter performance.

The LMX2332USLBX has many features that make it ideal for clock/timing applications. First, it is compatible with a wide range of FPGAs, which allows the device to be used in new, innovative designs. Secondly, the clock generator has a high jitter performance, meaning that the frequency accuracy of the derived clocks is consistent and precise. Finally, the device also has an adjustable output impedance, allowing for better signal conditioning, as well as an integrated temperature compensation circuit, enabling accurate and stable frequency adjustment.

The LMX2332USLBX is a high performance clock generator and frequency synthesizer, making it ideal for clock/timing applications. It has a wide range of FPGA compatibility, a high jitter performance, an adjustable output impedance, and an integrated temperature compensation circuit, all of which make it a great choice for applications where precise, accurate clocks and frequencies are required.

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