CDC339DWR Datasheet/PDFThe CDC339DWR is a precision clock driver and buffer designed to compensate for clock signal losses in data-intensive computing applications. It is designed to drive up to six independent clock outputs at the same frequency and can be used to run high-speed microprocessors, digital signal processors, complex custom logic circuitry, and bus-oriented systems.
The CDC339DWR is based on a patented clock-control technology that provides a way to accurately and reliably manage clock signals traveling over long mechanical cable runs, as well as through materials such as air and low-loss substrates. This technology makes it possible to use long cable runs without experiencing clock skew, jitter, and signal distortion.
The CDC339DWR is optimized to provide reliable data transfer performance at a variety of clock frequencies. It includes a wide range of adjustable voltage thresholds for accuracy over a wide temperature range. These features help ensure that the system will always operate reliably in a variety of conditions.
The CDC339DWR offers a number of additional features designed to simplify system design. It supports an external clock input, allowing the system to run on a single clock input. It also supports an external loopback clock signal that can be used to monitor and verify the clock signal output. This feature helps to ensure system accuracy by allowing the designer to monitor the clock output signal integrity.
The CDC339DWR is designed to be used in embedded systems and other applications where high-speed signals are needed. It is ideal for applications that require fast data transfer rates, such as data acquisition, communications, digital signal processing, and military/aerospace systems.
The CDC339DWR has a wide range of features that make it ideal for a variety of data-intensive applications. It has adjustable voltage thresholds for accuracy over a wide temperature range and a number of clock signal output selectivity options for signal routing. It also supports a variety of clocking and arbitration methods, including clock-in/clock-out and handshake methods. The CDC339DWR provides flexible data routing capabilities, allowing multiple types of data to be routed to different destinations.
The CDC339DWR is also an effective tool for providing reliable data transfer performance in a variety of complex applications. Its adjustable voltage thresholds and clock signal output selectivity options make it a reliable choice for applications that require reliable and robust data transfer performance. The CDC339DWR will help ensure that the system will always run smoothly and reliably in the most demanding environments.