ICS932S200BFLF

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ICS932S200BFLF is an application specific clock generator, providing two low-skew, low-jitter versatile clock multiples of any of the two user-selected input clocks. It has numerous applications in a broad range of electronic solutions industries.

Target Applications

ICS932S200BFLF clock generator is a device of choice for a range of target applications such as those in Wireless Infrastructure, Automotive and LED lighting, Industrial Ethernet, HD monitoring, media receivers and encoding and transcoding.

It has been designed to meet the clock requirements of the following:

• High-end servers
• Wireless access points
• Routers, switches and base stations
• PCs and laptops
• Mobile devices and handset
• Railway and automotive systems
• Industrial automation and control
• HD Video Encoding and Decoding
• IPTV
• Broadband Access

Working Principle

The ICS932S200BFLF clock generator has an on-board crystal oscillator which is used to generate the reference frequency required for the generation of the various output frequencies. The reference frequency can be adjusted over a range of ±200 ppm. The device accepts two external clock inputs from crystals, oscillators, PLLs or other external clock sources. These inputs are used to generate the desired output frequencies via the ICS932S200BFLF clock divider.

The PLL based divider architecture of the ICS932S200BFLF allows it to generate up to 6 clock outputs of varying frequencies in reference to one or a combination of two user-selected clock inputs. It can divide the input clock frequency by 2, 4, 8, 16 and 32. The device is engineered to minimize the output jitter at all the generated frequencies. It is also capable of generating skew-free clock signals that can be used to drive multiple devices in the same system, without any additional clock synthesis components or board space.

The ICS932S200BFLF provides clock synchronization and frequency synthesis in many high-performance, resource-conserving applications involving multi-clock designs. It also features an intelligent power management interface which can be used to dynamically configure the power consumption of the device, in order to extend the battery life of the system.

Conclusion

The ICS932S200BFLF is an application specific clock generator that can be used in a variety of target applications. It minimizes output jitter and provides skew-free clock signals. It also has an intelligent power management interface to conserve power consumption. The device is perfect for high-performance applications that require multi-clock solutions.

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