ICS932S203AGLF

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 ICS932S203AGLF is an application-specific clock generator primarily used in electronics systems. In various electronics systems, its application could be utilized as a master clock generator and its working principles will also be analyzed.

In order to achieve clock synchronization, the ICS932S203AGLF requires two basic input signals. The first signal is the reference clock signal generated from a quartz crystal with a frequency of 25 or 27MHz. This signal is used to set the frequency of the ICS932S203AGLF. The second signal is the system clock signal, usually a 14.318MHz or a 19.2MHz signal. This signal is used to generate the phase-locked loop (PLL) output signal.

Once the required input signals are set, the ICS932S203AGLF uses an oscillator circuit which is internally divided by a programmable counter to generate the output clock signal. This output signal is then compared with the system clock signal and is used to create the phase-locked loop signal. The phase-locked loop output signal is then used to drive the connected devices in the system while the programmable counter allows for multiple output frequencies to be generated from the ICS932S203AGLF.

The ICS932S203AGLF’s main feature is jitter attenuation. Jitter is the unintentional variation in the clock signal\'s period or the amount of time it takes for the signal to go through one cycle. Without jitter attenuation, the system clock signal can contain excessive jitter which can cause more issues in the system. With proper jitter attenuation, the ICS932S203AGLF will reduce the amount of jitter present in the system clock signal and this allows for the system to operate more smoothly.

The ICS932S203AGLF is most commonly used in communications systems, memory systems, and system-on-chip (SoC) systems. In communications systems, the ICS932S203AGLF is used for timing and frequency control of communication devices. It is used to ensure that the different components of the system are synchronized and that data transmission is accurate. In memory systems, the ICS932S203AGLF is used to generate the master clock signals needed for the system\'s components to access and manage the data stored in the system. Lastly, the ICS932S203AGLF is also used in system-on-chip (SoC) systems where it is used to generate clock signals and data signals which are used to link the different components of the system.

In summary, the ICS932S203AGLF is an application-specific clock generator primarily used in various electronics systems. It requires two input signals, a reference clock signal and a system clock signal, in order to generate the output clock signal. The ICS932S203AGLF’s main feature is its jitter attenuation which allows for more stable clock signals and improved system performance. Furthermore, the ICS932S203AGLF is mainly used in communications, memory, and system-on-chip (SoC) systems.

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