510CBA108M000BAGR

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The 510CBA108M000BAGR (CMOS Abbreviation 108MHz “Oscillator”) is an IREG-enabled oscillator, typically employed for clock phase jitter tolerance and low system-level power consumption applications such as frequency synthesis, clock/data recovery, algorithm processing and timing/frequency control areas. As an oscillator reliant on its internal regulated DC-DC converter, the 510CBA108M000BAGR takes the lead in using cost-effective solutions while providing the user with a variety of performance characteristics that make it a valuable asset for implementing wireless connectivity.

The 510CBA108M000BAGR is a crystal-based oscillator, operating at crystal frequencies up to 108MHz, and also supports up to 10MHz above and below the crystal frequency. The crystal input is independent and adjustable, with an input voltage of either 3.3V or 2.5V, and an output voltage of 3.3V. The oscillator also supports up to 2kHz frequencies. As a result, the 510CBA108M000BAGR is well suited for applications that demand output frequencies of 9kHz or less.

In terms of jitter performance, the 510CBA108M000BAGR is able to achieve unprecedented Clock Phase Jitter (CPJ) values as low as 31ps integrated RMS (0.1 to 10MHz range) and 138ps RMS (10 to 100MHz range). This CPJ performance makes it better than many of the common clock reference sources competing in the same frequency range. The jitter generation is aided by several factors, such as the oscillator’s internal filtered low-noise regulation system, and the proprietary IREG (Integrated Regulation) technology.

The IREG system offers significant advantages over discrete voltage regulators. By using IREG, the 510CBA108M000BAGR can be powered from either a single or dual supply configuration. The oscillator can switch automatically between these two configurations, controlling the output frequency within the specified limits. This feature is particularly helpful when driving extreme frequency changes, which can be achieved without sacrificing stability.

The oscillator also has an extremely low power consumption rate, allowing for heavy power savings during operations. This low power consumption is possible because the 510CBA108M000BAGR utilizes a regulated DC-DC converter, and its low noise characteristics, to reduce power.

Due to its high accuracy, low power requirements, and excellent CPJ performance, the 510CBA108M000BAGR can be used in a very wide variety of applications. In many cases, its CPJ performance makes it a suitable choice for applications such as wireless communication, optical networks, wireless LANs, Bluetooth, and other applications that rely on precise timing and frequency control. Additionally, its excellent jitter performance allows it to be used in critical applications, such as network synchronization and security systems.

In summary, the 510CBA108M000BAGR is a highly customizable, cost-effective and reliable crystal oscillator that is well suited for a variety of applications. Its superior CPJ performance and low power consumption make it an ideal choice for applications where precise timing and frequency control are essential.

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