PI5USB30216BXUAE+CWX

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The PI5USB30216BXUAE+CWX is a special-purpose analog switch designed to provide a fast and efficient means of routing signals across dual USB 3.0 boards. It features a 2-in/2-out USB 3.0 interface that enables transmission of data at both low and high speeds, enabling simultaneous streaming of two Full HD video signals. This device delivers up to 18 Gbps transfer rates and supports multiple power modes for both desktop and mobile applications.

The PI5USB30216BXUAE+CWX is designed to offer high bandwidth and signal integrity, allowing it to handle signal routing across high speed and low speed control channels. It also has a built-in Retimer (phase-locked loop) to stabilize signal amplitude and reduce signal jitter, ensuring consistent data flow and minimal signal distortion. The device also features a power saving mode that automatically toggle between low power and high power operation based on the data rate used, providing an efficient and reliable analog signal routing source for deliver intense digital images and videos across multiple displays.

The PI5USB30216BXUAE+CWX offers a low propagation delay to ensure an uninterrupted data stream for near-instant response times. It also features an Input Glitch Filter that helps to eliminate noise at the signal source. The PI5USB30216BXUAE+CWX can be used in a variety of applications including medical imaging, broadcast systems, security systems, and industrial automation. Its low power requirements make it ideal for mobile applications such as laptops and tablets.

The PI5USB30216BXUAE+CWX is a key component in many applications where reliable, high-speed data delivery is paramount. Its advanced signal routing capabilities, low power requirements and low propagation delay, aiding in the delivery of consistent, high quality images and videos across multiple displays. It also provides an efficient and reliable source of power to drive all signals, ensuring efficient and reliable signal transmission, as well as reducing costs associated with extra power sources.

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