SY100EL38LZG

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Clock and timing systems play an important role in the development of modern technology. Whether it’s a communications system, a computing system, or an industrial system, having accurate timing is hugely important. The SY100EL38LZG is a frequency synthesizer module that can be used to provide accurate timing signals. It is part of a family of devices specially designed to generate precise clock frequencies over a wide range of applications.

The SY100EL38LZG is a silicon CMOS Frequency Synthesizer Module that operates between the frequencies of 75.0 MHz and 750.0 MHz. It gives a user the flexibility to choose any desired frequency within this range with a resolution of 125 kHz. The module includes a 120 MHz Local Oscillator (LO) buffer, 12 frequency Prescalers, a reference frequency of 10 MHz, PLL with Divide-by-16-Prescaler, two 5-bit synaptic resonators, and serial or parallel programmable controls.

The module’s main feature is its overall versatility. It provides the user with the capability to quickly and easily create precise, low-noise clock signals. It can be used in a variety of applications and offers four standard frequency dividers, which provide output frequencies that are exact multiplication or division of the reference frequency. It can be used for applications such as clock recovery, frequency synthesis, and servo motor control.

The SY100EL38LZG module is also equipped with a system-on-chip reference clock and a phase-locked loop (PLL) with a divide-by-16 prescaler which helps to improve the noise performance. This allows the module to be used in demanding applications such as clocks and reference signals for multiple-input multiple-output wireless systems and frequency-locking systems.

The main principle behind the operation of the SY100EL38LZG is the same as that of most other frequency synthesizers – the reference frequency is used to generate the desired output frequency by means of a prescaler, divider, and multiplier. The logic that controls the PLL is implemented on the integrated circuit. This makes the device simple to use and require minimal set up time. The module employs two 5-bit resonators, that are synchronised with the reference frequency to provide further accuracy.

The SY100EL38LZG can be used in a variety of fields, such as microwave and electronic engineering, radio transceivers, and aerospace systems. It is ideal for applications that require precise and low-noise clock generation and frequency accuracy, such as point-to-point communications, digital signal transmission, and timing and control systems.

In summary, the SY100EL38LZG is a highly versatile frequency synthesizer module that can be used to generate precise clock frequencies over a wide range of applications. It is equipped with a system-on-chip reference clock and a phase-locked loop (PLL) with a divide-by-16 prescaler which helps to improve the noise performance. The module enables users to quickly and easily create precise, low-noise clock signals without the need for complicated set up or programming. It is an essential device for applications that require precise and accurate timing over multiple frequencies, such as radio and microwave engineering, digital signal transmission and point-to-point communications.

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