2308B-1HPGGI8

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The 2308B-1HPGGI8 is a Clock Generator, Phase-locked Loop (PLL), or Frequency Synthesizer, depending on application. Its primary purpose is to generate frequencies from low to high (starting from 600 Hz) to accurately provide stable frequencies to components throughout a system.

The 2308B-1HPGGI8 is a single chip device that is capable of generating precise and stable clock or timing signals for all types of systems, such as digital, analog, optical, and communications. The clock generator has a wide input voltage range of 3.0V to 5.5V, making it suitable for a variety of power supply conditions and designs. The device incorporates two independent PLLs, each capable of generating output frequencies up to 400 MHz. Additionally, it has a wide range of adjustable Divide-by value (N) settings.

The 2308B-1HPGGI8 has a design feature that focuses on low power consumption but with high performance. The integrated voltage regulator and low-power operation of the device can save overall power consumption. It also supports four operating modes including Sleep, Idle, Normal and a high speed mode. In the Sleep mode, users can successfully reduce system power consumption to approximately 136μA.

The 2308B-1HPGGI8 implements a powerful and robust Frequency & Phase Locked Loop (FPLL) architecture and supports two reference inputs as well as clock switching. In addition, the device features a low-phase jitter of less than 1ps RMS (jitter is a measure of frequency and time variability) and a fast lock-time of approximately 3.5μs. Moreover, the device also offers three types of modulation connectivity, such as differential (LVDS/SMACK), Single-ended and TTL/CMOS. With these three types of connections, it is possible to accurately synchronize and control all the components in a system in order to achieve optimal performance.

In short, the 2308B-1HPGGI8 application field and working principle can be used for a variety of applications, such as in automotive and medical industry. The device allows for precise, robust and stable outputs with low power consumption and a wide range of modulation connectivity for signal synchronization. It is a great choice for applications that require a wide frequency range, low jitter, low power consumption and accurate signal synchronization.

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