ICS9P750CGLF

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ICS9P750CGLF is a precision clock generator designed with a range of system timing solutions. This device integrates a precision reference, crystal oscillator, phase-locked loop (PLL), power control, and clock synthesis circuit elements into one system. The device is capable of generating up to eight differential or single-ended clock outputs with very low jitter, fast lock times, and high frequency resolution. As a highly cost-effective solution, the ICS 9P750CGLF is ideal for applications that require low jitter and small track-to-track delays using a single chip solution.

Application Field

The ICS9P750CGLF is a versatile clock generator widely used for various system timing applications. The device can be used for clock distribution in telecommunications, enterprise networks, datacenters, and cloud-based solutions. It is also used in embedded systems, automotive, industrial, internet of things (IoT), and medical applications, such as for medical imaging, patient monitoring, and drug delivery. The device is capable of generating up to eight differential or single-ended clock outputs with fractional multipliers, allowing it to support a wide variety of clock frequencies. As a highly cost-effective solution, the ICS 9P750CGLF has become an ideal choice for digital clocks, data links, and digital video systems.

Working Principle

The ICS9P750CGLF uses a combination of PLL and crystal oscillator elements to generate the desired clock frequencies. The device integrates a crystal oscillator, a wide-band PLL, multiple frequency dividers and multipliers, a voltage-controlled oscillator (VCO) and other circuit elements for a complete clock generation system. The reference clock is supplied to the PLL via an input pin which is multiplied by a preset frequency of the VCO. The output of the VCO is then divided and multiplied as required to generate the desired frequency. The device also includes a power control circuit for improved power efficiency.

The PLL output is then fed to the output stages to generate the clock signals with very low phase noise, jitter, and fast lock times. The output stages are then used to convert the PLL signals into differential or single-ended clocks. The ICS 9P750CGLF also has a wide range of features to optimize the clock generation process, such as slew rate control, spread spectrum, and crystal oscillator power control. These features support a wide range of clock frequencies and allow for the generation of small and fast track-to-track delays.

In summary, the ICS9P750CGLF is a versatile clock generator designed with a range of system timing solutions. With its low jitter and fast lock times, the device is widely used for communications, enterprise networks, embedded systems, and automotive, industrial, IoT, and medical applications. The device provides a single chip solution which is highly cost-effective, making it an ideal choice for digital clocks, data links, and digital video systems. The device is also equipped with a range of features to optimize the clock generation process and support a wide range of clock frequencies.

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