MAX9217ECM/V+TGB

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The MAX9217ECM/V+TGB is an example of a serializer/deserializer (SerDes) system, a type of integrated circuit that converts high-speed serial data streams into multiple parallel channels, or vice versa. It is a smart, protocol-agnostic SerDes that can support and switch between multiple standards over a single device. This makes it ideal for applications such as video and communication interfaces, as well as data acquisition and storage systems.

The MAX9217ECM/V+TGB runs off a 3.3V single-ended supply and requires LVCMOS signaling for operation. It is built with a single channel differential transmitter and receiver, with the transmitter being compliant with the EIA/TIA-232, EIA/TIA-422, and EIA/TIA-485 standards. The receiver is non-compliant with any of those standards, but it can be used to switch between the different serial data formats.

The serial data is sent to the MAX9217ECM/V+TGB from the processor over the I/O port and is then converted into a parallel data format, which can then be written to the FIFO for storage or, if necessary, be re-converted into a serial format for communication. The FIFO can also be written to directly, bypassing the serial format conversion.

The MAX9217ECM/V+TGB supports both asynchronous and synchronous protocols, and can be configured to operate in master or slave mode. It is also clocked at an external frequency or at the frequency of the data transmission rate automatically, so no extra clock signal is required.

In addition, the MAX9217ECM/V+TGB features an embedded 2-bit error detection scheme, which is used to detect any errors in the incoming data. The device is protected against ESD pulses and has an on-chip current limiter for further protection.

The MAX9217ECM/V+TGB is well suited for a wide range of applications such as communications, data transmission, video transport, data acquisition and routing systems, and industrial automation. It can be used for data conversion between serial and parallel formats, as well as for switching between different serial communication protocols. Furthermore, it is small and power efficient, making it ideal for embedded systems and handheld devices.

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