513JBA000439BAG

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Pin Configurable/Selectable Oscillators are a versatile type of clock oscillator which can easily be adjusted to provide adjustable frequency output over a wide range of frequency ranges. The 513JBA000439BAG is one such device, and it provides users with the option to select between three different frequency ranges—between 32MHz and 40MHz, between 40MHz and 80MHz, and between 80MHz and 200MHz—as well as the ability to select the desired frequency range by simply changing a single jumper pin connection.

At the heart of the 513JBA000439BAG is a crystal oscillator, which consists of a crystal and an external LC network. This oscillator provides a stable, frequency-selectable signal which is divided down internally to allow for the selection of the desired range. The LC network helps to ensure that the output signal is clean, and that the desired frequency is maintained over the full frequency range.

The 513JBA000439BAG is designed for use in a variety of applications, including communications, medical, and industrial automation. In addition to being able to provide adjustable frequency output over a wide frequency range, the device also offers users the option of operating in “clock-out” mode, which allows it to generate additional clocks in addition to the main clock. This is ideal for systems that require additional clocks for data synchronization, or for additional timing.

The 513JBA000439BAG also offers improved signal integrity performance compared to comparable oscillators. It is also thermally stable, meaning that it is able to maintain its frequency even in varying temperatures. This makes it ideal for use in automotive and aerospace applications, where temperature extremes can lead to instability in frequency output.

Overall, the 513JBA000439BAG is one of the most versatile and reliable clock oscillators available. It offers users the ability to easily select between three different frequency ranges, and to adjust the output frequency simply by changing a single jumper pin connection. It also offers improved signal integrity performance, and can handle temperature extremes without compromising frequency accuracy. This makes it perfect for a variety of applications, including industrial automation, communications, and medical applications.

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