534GB000317DGR

The 534GB000317DGR is a type of pin configurable/selectable oscillator, designed to meet the exacting needs of modern day electronics applications. This oscillator is designed using a low jitter and power efficient design, making it an ideal choice for embedded applications. It also has an internal oscillation frequency selection feature which allows the user to tailor the oscillation frequency to suit the specific application.

The 534GB000317DGR provides a range of frequencies from 1kHz to 125MHz to the user, and can be divided into multiple banks or regions, allowing for a much larger range of frequency selection. The oscillator has built-in filters and a dual output circuit to allow the oscillator to be used in both single-ended and differential voltage operations. It is configurable via a single pin and can be used in a variety of digital, analog and mixed-signal applications.

In terms of its operation, the oscillator has several unique features. Firstly, it provides automatic oscillator operation at control gates, enabling the user to make fast and reliable frequency adjustments. Secondly, it employs a range of built-in features, including a temperature compensation circuit, a voltage range selector, a current source monitor and a power-on reset circuit. Furthermore, the oscillator can be configured to the needs of various applications, such as clock synchronization, PLLs and synchronous frequency division. Finally, its low-jitter performance makes it one of the best clock sources for sensitive system applications.

The 534GB000317DGR is thus an ideal choice for many modern-day electronics applications, providing an efficient and reliable frequency control method. It is easy to configure, and its wide frequency range, automatic operation and precise frequency selection offer the perfect solution for embedded applications where precise clock sources are essential. With its wide range of features, the 534GB000317DGR is a cost effective and reliable choice for digital, analog and mixed-signal applications.