DS90CF584MTD/NOPB

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The DS90CF584MTD/NOPB is a digital video buffer that is designed to transmit digital video/audio data modes over digital and/or parallel busses. It can also be incorporated into a wide range of digital systems and applications. This device offers several features that enable it to be utilized in various applications, particularly those involving video and audio transmission.

The DS90CF584MTD/NOPB is a mixed-signal component that comprises of a high speed, low voltage differential signaling transmitter and receiver, with an embedded SerDes (Serializer-De-Serializer) component. It supports a variety of digital video/audio data transmission standards, and it can be used in multiple applications, including personal computers, game consoles, digital multimedia devices, and other media applications.

The DS90CF584MTD/NOPB is a reliable interface component that is suitable for several applications, from digital video broadcast and video editing systems, to whiteboard and medical imaging systems. This device offers excellent performance with minimal power consumption, making it suitable for use in embedded and portable systems.

The DS90CF584MTD/NOPB has a host of features and specifications that make it an ideal choice for interfacing external devices. It is capable of transmitting and receiving data at up to an impressive six hundred Mbps with an Fmax of over two hundred Megahertz, making it an excellent option for mission-critical applications. Furthermore, this device supports an asynchronous clock speed of up to 600KHz, with a single-ended clock output, thus providing a balanced input/output skew control.

The DS90CF584MTD/NOPB features an MIPI D-PHY output, allowing for sync of audio/video systems over one lane. This is especially beneficial in the areas of multi-camera streaming, video conferencing, and live broadcasting. Furthermore, this device also features enhanced synchronization and deletion, thus providing protection from interference from fast moving and/or random noise.

The working principle of the DS90CF584MTD/NOPB is quite simple. The device works as a medium between input and output, allowing digital data to be transmitted and received with minimal latency and/or distortion. The device utilizes the FIFO (First-In-First-Out) method, which allows data to be buffered in the device and retrieved asynchronously. This helps to ensure that data is transferred accurately and efficiently, while also providing the flexibility to switch between input and output protocols.

In conclusion, the DS90CF584MTD/NOPB is a reliable, high-speed interface component that supports a variety of digital video and audio data communication standards. It features embedded SerDes technology, an MIPI D-PHY output, an asynchronous clock speed of up to 600KHz, and enhanced synchronization and deletion capabilities. As such, this device is suitable for use in a variety of embedded, portable, and digital systems, particularly those involving video and audio transmission.

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