8523AGI-03LN

The 8523AGI-03LN is a low noise, high performance and low power clock buffer, driver and jitter attenuator ideal for modern high-speed clock and data communication applications in the broadcast, wireless and telecom markets. This clock buffer supports a wide range of frequencies from 10 kHz to 1GHz and it can be used to divide and multiple clock systems with very low jitter levels. The 8523AGI-03LN is optimized for use in applications in which a highly accurate and low jitter clock reference is required. It is designed for applications such as audio clock distribution for digital audio systems, communications systems and Wi-Fi applications, where low voltage clock signals must remain clean and reliable within a tight timing margin. The 8523AGI-03LN supports a wide range of input and output conditions allowing its use in a variety of different applications and clock frequencies.

Application Field of the 8523AGI-03LN

The 8523AGI-03LN is designed for use in various markets where clock accuracy and jitter are paramount considerations. It is well suited for applications in the broadcast, wireless and telecom markets which require exact synchronization of multiple clock signals and the transmission of high quality, low voltage clock signals between devices. It is designed for applications such as Wi-Fi systems, communications systems, radio broadcast and digital audio systems, where a clean and low jitter clock reference is required. The 8523AGI-03LN also supports a wide range of input and output conditions allowing its use in a variety of different applications and clock frequencies.

Working Principle of the 8523AGI-03LN

The 8523AGI-03LN is an integrated clock buffer, driver and jitter attenuator which is optimized for use in applications in which a high-performance, low-jitter clock reference is required. It is designed with an on-chip programmable clock divider, a digital phase-locked loop (DPLL) and a variable-gain amplifier (VGA) to reduce the total jitter that is introduced into the clock signal by external sources. The variable-gain amplifier is used to condition and boost the incoming clock signal while the DPLL is used to synchronize different clock signals and make sure that they share the same frequency and phase. The clock divider allows the clock signal to be divided down to a lower frequency to reduce timing errors due to frequency mismatches.

The 8523AGI-03LN is also equipped with a low noise design which helps to limit the amount of signal interference caused by external factors, such as noise from neighbouring components. This helps to ensure that the clock signal remains clean and reliable. Additionally, the 8523AGI-03LN supports a wide range of input and output conditions allowing it to be used in applications with different power levels, frequencies, data rates and signal types.

Conclusion

The 8523AGI-03LN is an ideal solution for applications in the broadcast, wireless and telecom markets which need a highly accurate and low jitter clock reference. It is equipped with a variety of features, including a clock divider, digital phase-locked loop, low noise design and variable-gain amplifier, which help to reduce the total jitter that is introduced into the clock signal by external sources. The 8523AGI-03LN also supports a wide range of input and output conditions, allowing it to be used in a variety of different applications and clock frequencies.

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