ICS950602CGLFT

Ratio - Input:Output:	1:21
Base Part Number:	ICS950602
Supplier Device Package:	48-TSSOP
Package / Case:	48-TFSOP (0.240", 6.10mm Width)
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 70°C
Voltage - Supply:	3.135 V ~ 3.465 V
Frequency - Max:	200MHz
Differential - Input:Output:	No/Yes
Series:	TCH™
Number of Circuits:	1
Output:	Clock
Input:	Crystal
Main Purpose:	Intel CPU, Timing Control Hub™
PLL:	Yes
Part Status:	Obsolete
Packaging:	Tape & Reel (TR)

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ICS950602CGLFT Application Field and Working Principle

Clock/Timing - Application SpecificThe ICS950602CGLFT is a highly integrated, synthesized clock generator designed to support a variety of common application-specific clock generation requirements. This device is highly flexible and configurable, allowing for the generation of multiple independent clock frequencies at various output formats to suit multiple end applications. The integrated device is targeted at supplies of 1.8V, 2.5V and 3.3V, and therefore can be used in many different application areas.The ICS950602CGLFT is an ideal solution for producing multiple possible clock frequencies and output waveforms from a single device, as well as easing design complexity and keeping design cycles as short as possible. By utilizing the internal PLLs (Phase Locked Loops) available on the device, output waveforms can be generated from several non-synchronous input waveforms, such as oscillator-sourced or other digital inputs.The main features of the ICS950602CGLFT integrated device include frequency synthesis, frequency translation and frequency switching capabilities, as well as programmable frequency spread and jitter suppression capabilities. These features make the ICS950602CGLFT ideal for use in a variety of clock and timing application areas, from communications, datacom and telecom to embedded systems, multimedia and more.

Input Waveform Sources

The ICS950602CGLFT is designed to integrate both oscillator and digital inputs on the same device and offers excellent jitter performance across all input sources. The performance of the internal oscillator is enhanced by its low-saturation voltage – typically 2.0V – and is further improved by the use of a 3-selector programmable bias. The device also offers a wide range of support for many other digital input sources including selectable pin states and programmable edge rates and thresholds.

Clock Outputs

The ICS950602CGLFT provides vendors and users several possible outputs, and is able to drive up to eight output signals. Outputs can be programmed to take the form of a low voltage differential signal (LVPECL, LVDS), sub-LVDS, or CMOS levels. The device also offers a number of output stability control options including adjustable output amplitude and slew rate.

Frequency Synthesis

The ICS950602CGLFT integrates both frequency synthesis and frequency switching on the same device, enabling multiple frequency outputs to be generated from a single source. Output frequencies can be controlled using either a single frequency synthesizer source or multiple frequency synthesizers, allowing for the generation of multiple independent frequencies. On the other hand, frequency switching enables users to select multiple inputs, with the ultimate output frequency being determined by the selected input frequency.

Flexible Jitter Suppression

One of the main advantages of the ICS950602CGLFT is its flexible jitter suppression capabilities. The device is capable of suppressing jitter up to 10 to 20 dB with a scope of 20 to 80 Hz as well as up to 25 to 30 dB with a scope of 150 to 500 Hz. Therefore, the device is able to reduce the amount of jitter generated on output signals, thereby improving accuracy and timeliness of the generated clocks.

Conclusion

The ICS950602CGLFT is an integrated, synthesized clock generator offering high levels of flexibility and configurability for varied clock and timing application specific requirements for products such as communications, datacom, telecom, embedded systems and multimedia. This highly programmable device is designed to take control of multiple clock inputs, either through the use of multiple frequency synthesizers or frequency switching, and generate multiple outputs of varying frequencies and at different output formats. In addition, the device also offers jitter suppression capabilities, making it a truly versatile and powerful clock generator.

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