MAX9276COAXEVKIT#

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Modern electronics development, the evaluation of devices and process technology, and the prototyping of system designs have become easier with evaluative hardware. The MAX9276COAXEVKIT# is an evaluation board and kit that enables the evaluation and development of circuits and embedded systems using the MAX9276 high-speed digital-to-time converter. This demonstration board is suitable for a range of applications and has been used in a wide variety of settings such as industrial, medical, automotive and consumer systems.

Application Field:

The MAX9276COAXEVKIT# is a platform designed for the development of systems or modules with the MAX9276, allowing the evaluation of the device for bandwidth testing of the digital interface (3.125 to 6.4Gbps) and its time conversion capabilities. It can also be used for prototyping and to assess the performance of MAX9276-based systems.

The MAX9276COAXEVKIT# supports different media including coaxial cables, HDMI cables, and Ethernet cables. This means that it is suitable for a range of applications from automotive signal conditioning to industrial communication, and medical imaging.

Working Principle

The MAX9276COAXEVKIT# is connected to a PC through a USB interface providing full control of the board. It has an easy to navigate and intuitive user interface to select relevant parameters and parameters for debugging. The user interface offers access to the CPLD configuration to fine-tune the MAX9211 module parameters.

The working principle of the MAX9276COAXEVKIT# can be divided into two parts. The first part pertains to the digital interface circuitry which supports a range of media types such as coaxial cables, HDMI cables, and Ethernet cables. This part of the board provides bi-directional signal connection between the device and the device to evaluate. The second part of the board pertains to the conversion of digital signals to time domain signals. This part of the board makes use of an ultracompact microcontroller with embedded low-latency communication peripherals for better performance.

The MAX9276COAXEVKIT# is based on a low-noise oscillator, featuring 24-bit programmable frequency synthesis, correcting the reference clock frequency according to the input. The system also provides variable speed control of the DCO without requiring any external components. This enables faster programming and re-programming.

The MAX9276COAXEVKIT# also incorporates a data bus designed to facilitate the transmission of data up to a maximum speed of 6.4Gbps. The board intelligently adapts the source, destination, and protocol of the data streams, allowing bidirectional flow of information between the source and the adjacent point.

The MAX9276COAXEVKIT# supports an extensive range of media types, which makes it suitable for evaluation and testing of products in different scenarios. It is designed to operate with most leading development systems, making it incredibly easy and efficient for engineers to integrate the device into their designs.

The MAX9276COAXEVKIT# is a powerful

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