SI5395D-A-GM

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 SI5395D-A-GM is a device used in various clock/timing applications. It is a clock generator, PLL, and frequency synthesizer, allowing for precise and flexible control through multiple external components and clocks/oscillators. This allows for a variety of potential applications within the clock/timing space, such as in networking or communications equipment, industrial applications, automotive applications, and digital consumer applications. The SI5395D-A-GM can also be used to generate multiple reference clocks, expand the range of reference clock frequencies, and expand the range of available clock frequencies.

Overview

The SI5395D-A-GM is a dual-phase-locked loop (PLL) frequency synthesizer with an integrated clock multiplier. The device has an expansive range of operations that can be performed, including multiplication of reference clock, generation of multiple output clocks, ranging from 33 kHz up to 800 MHz, and multiple input reference frequencies from 4kHz up to 500MHz. With its versatile capabilities, the SI5395D-A-GM is suitable as a reference clock generator, timing device, or frequency synthesizer for a variety of applications.

Application Field

When it comes to application fields, the SI5395D-A-GM has a wide range of suitability. As mentioned above, the device can be used to generate multiple reference clocks, expand the range of reference clock frequencies, and expand the range of available clock frequencies. This makes the device well suited for networking or communication equipment, industrial applications, automotive applications, and digital consumer applications.

The device is also suitable for a more general set of clock/timing applications. Due to its support of a wide range of clock/reference/oscillator frequencies, as well as flexible control of the output frequency, the SI5395D-A-GM is an excellent choice for a wide range of applications. This includes timing synthesizers, defibrillator circuit boards, pulse oximeters, wearables, and GPS receivers, among many others.

Working Principle

The SI5395D-A-GM works through a combination of a PLL frequency synthesizer and an integrated clock multiplier. The device is designed to accept an external reference clock, or input reference frequency, and then generate a series of precise, multiple output clock frequencies from this single clock reference. The device is also able to support a wide range of reference clock/oscillator frequencies, ranging from 4kHz up to 500MHz.

The PLL of the device takes the external reference clock source and then uses the clock multiplication function to generate a precise output clock frequency that deviates much less than the external source. The device also has a feature that allows the user to set a wide-range adjustment ratio, which can vary the output frequency more drastically than the input reference frequency. The result is a device that is highly versatile and suitable for a wide variety of clock/timing applications.

The SI5395D-A-GM also has the capability to generate multiple output clock frequencies from a single reference clock. This is done by utilizing the integrated clock multiplier, which can be programmed to generate multiple frequencies from the same source. This can enable the device to be used in applications that require multiple clocks of varying frequencies, such as clocks for different communications networks or timing requirements.

Finally, the device also has the ability to support a wide range of available clock frequencies, from 33kHz up to 800MHz. This is beneficial for high-speed applications, where the output frequency can be adjusted to the exact operating speed required. The device also features a wide range of output control features, such as dynamic output control, spread spectrum clock mode, and programmable divider ratios.

In summary, the SI5395D-A-GM is an ideal device for a wide range of clock/timing applications. Its combination of a PLL frequency synthesizer and an integrated clock multiplier make it highly flexible and suitable for a variety of applications, from networking and communication equipment to pulse oximeters and GPS receivers, among many others. Its wide range of support for input reference clock/oscillator frequencies, as well as its ability to generate multiple output clocks, make it an invaluable tool for those in the clock/timing application field.

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