2308-1HPGGI

Clock/Timing-Clock Generators, PLLs, Frequency Synthesizers has made a significant contribution to the success of many electronics projects over the years. The 2308-1HPGGI is just one of many examples of successful Clock/Timing solutions. In this article, we’ll take a look at the 2308-1HPGGI application field and its working principle.

The 2308-1HPGGI is a differential OCXO (Oven Controlled Crystal Oscillator). It features a multiple loop PLL and single sideband injection technology. This device is specifically designed for digital home applications. The 2308-1HPGGI offers a wide range of features, including a 18-bit LVDS reference clock, an LVDS output clocks with a 47-100 MHz frequency, and an output jitter of less than 1ps RMS. It also offers a rugged operating temperature range and is designed to withstand thermal shock and vibration.

The 2308-1HPGGI has been designed for use in the digital home and for network communications. Its multiple loop design offers exceptional frequency accuracy and jitter performance. It also enables high-speed, low-power Ethernet, ADSL2/2+/VDSL2 networks and digital home applications.

The 2308-1HPGGI is also suitable for use in high-performance communications systems that require a low-cost, low-power clock source with excellent accuracy and jitter performance. It can be used in SONET/SDH communications systems and other applications that require low jitter, low-power clocks.

The 2308-1HPGGI is built using an advanced OCXO and PLL. The OCXO generates an ultra-stable output frequency by maintaining temperature-compensated oscillator stability. The multiple loop PLL ensures a highly accurate and stable output frequency accuracy. This combination of technologies provides an excellent performance and reliability. The PLL can further reduce the phase noise from the OCXO and provide a low-jitter, low-power solution.

The 2308-1HPGGI is designed for use in a wide range of digital home and communications applications. It is an ideal solution for providing clock signals for networking, digital home, and other applications. With its multiple loop design, it provides excellent frequency accuracy, low-jitter clock performance, and low-power consumption. This makes it an excellent choice for both digital home and communication applications.