402F24022IDT

402F24022IDT Application Field and Working Principle

Integrated Device Technology (IDT) is a leading provider of high-performance silicon solutions for the computing, communications and consumer electronics markets. IDT achieves its success by delivering innovative products in highly competitive markets through team-oriented cultures that are focused on the customer. IDT\'s 402F24022IDT is an advanced clock buffer designed for a wide range of applications, including computing, telecommunications and enterprise networks.

A buffer is used to isolate an input signal from driving a load, stabilize the output and reduce reflections. IDT\'s 402F24022IDT is a low jitter, low latency, low glitches and low EMI clock buffer that supports up to 16 outputs. It is designed to minimize the effects of noise, minimize power consumption and provide superior performance in a wide range of applications.

Application Fields

The IDT 402F24022IDT clock buffer is designed for a wide range of applications, including enterprise networks, data centers, storage and gaming, PCs, broadcast and storage systems, embedded systems, and multimedia applications. The device is also capable of providing both low jitter and low EMI to reduce clock distortion and noise.

The device’s 16 differential outputs are capable of supporting speeds up to 1.2GHz, and its adjustable jitter smoothing filter can reduce jitter and eliminate jitter spikes. Additionally, its low EMI helps reduce the effect of system-level noise in high bandwidth systems, and its low latency eliminates edge delay discontinuities that occur when multiple clocks are driven through multiple switchable delay lines. Finally, its low power consumption makes it an ideal choice for energy-efficient designs.

Working Principle

The IDT 402F24022IDT clock buffer is a low jitter and low EMI buffer that supports up to 16 outputs. It uses a unique adaptive pre-emphasis to reduce jitter and eliminate jitter spikes caused by DC voltage changes. Additionally, the device can be programmed to match the incoming clock signal\'s frequency and to reject frequencies outside of its input range.

The IDT 402F24022IDT clock buffer also uses a constant low-jitter circuit to ensure that all input signals are passed directly to output with minimum jitter. This maximizes the accuracy of the device and reduces the effect of intersymbol interference. Furthermore, the device provides an adjustable jitter limit and enables designers to adjust the jitter limits for different applications.

The IDT 402F24022IDT clock buffer also uses a low noise feature to reduce system-level noise in high bandwidth systems. This feature helps to reduce the effect of external noise on system performance. Additionally, the device provides adjustable slew rates for each output to minimize EMI and help ensure that the signal is properly managed within the system.

Conclusion

The IDT 402F24022IDT clock buffer is an advanced device designed to provide superior performance and low-power operation in a wide range of applications. Its low jitter, low latency and low glitches lead to greater system accuracy and six adjustable slew rates help manage signal integrity and noise. Finally, its low EMI and adjustable jitter smoothing filter reduce jitter distortions and help ensure system-level noise is reduced. This makes the IDT 402F24022IDT the ideal choice for any application requiring superior clock performance.