SY100S839VZG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SY100S839VZG is a programmable frequency synthesizer specifically designed for general-purpose clock synthesis applications. With its 8 dedicated pre-set frequencies, it can create the widest possible range of clock outputs. It is optimized for use with low-cost microcontrollers, providing a fast and efficient solution for frequency synthesis.

The programmable output frequencies range from 0.001Hz to 5MHz and the device can also be used in applications that demand multiple frequency outputs from a single chip. In order to generate a wide range of output frequencies, the device incorporates a phase-locked loop (PLL) with integrated adjustable frequency and phase control.

The device has four operating modes that enable users to configure the device for different clock applications. These modes are frequency multiply and divide, output frequency trim, voltage-controlled oscillator (VCO) trim and static trim. Each of these modes has different features that enable users to fine-tune the frequency and phase as required.

The frequency and phase of the output clock can be adjusted by programming the devices control registers. Once programmed, the device automatically maintains the required frequency and phase. This ensures that the clock oscillation accuracy is maintained over an extended operating temperature range.

The SY100S839VZG is a PLL based clock synthesizer application that provides a variety of features such as low jitter, low EMI, wide operating temperature range and robust design. The device is also designed to meet harsh environmental conditions and is able to sustain high levels of shock, vibration and humidity.

The SY100S839VZG is suitable for a variety of clock generation applications including communications, networking, computing and consumer electronic applications. It is a suitable tool for providing accurately generated system timing signals that are essential for clock synchronization and signal routing.

The specific data is subject to PDF, and the above content is for reference