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SY100E111JI Application Field and Working Principle

Clock/Timing - Clock Buffers, Drivers

The SY100E111JI is a low-skew high-performance differential clock buffer, designed for clock and timing applications. It has a wide operating frequency range, which makes it a suitable choice as an interface device in multi-GHz systems. It provides one differential output and one differential input, with a common mode rejection ratio (CMRR) of more than 60dB. The device can also be used in systems requiring simultaneous switching of TTL and LVPECL levels.

The SY100E111JI differential clock buffer has several advantages over competing clock buffer products, including lower output skew, low-EMI switching, low power consumption, and low crosstalk. In addition, the device is compatible with both TTL and LVPECL outputs, providing a convenient solution for systems with multiple signaling standards.

Working Principle

The SY100E111JI operates by transforming single-ended signals into differential signals. It does this by taking a single-ended input signal and splitting it into two equal, opposite-polarity differential signals. These differential signals are then amplified and combined to create a higher-amplitude output signal.

The SY100E111JI has a wide operating frequency range, from DC to 8GHz. This means that it is suitable for use in both high-speed clock and signal distribution applications. The device also has a high signal-to-noise ratio and low glitch energy, which makes it a good choice for signal integrity designers.

The SY100E111JI has a number of features that make it a suitable choice for clock and timing applications. It has a wide operating frequency range, low power consumption, and high CMRR. In addition, the device is compatible with both TTL and LVPECL outputs, which makes it a convenient solution for systems with multiple signaling standards.

Conclusion

The SY100E111JI is a low-skew, low-power, high-performance differential clock buffer, suitable for clock and signal distribution applications in multi-GHz systems. It provides one differential output and one differential input and is compatible with both TTL and LVPECL outputs, making it a convenient and economical solution for systems with multiple signaling standards. Its wide operating frequency range, low noise, and low glitch energy make it a suitable choice for signal integrity designers.

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