M21202G-14

Series:	--
Packaging:	Tube
Part Status:	Active
Type:	Driver
Protocol:	SMPTE 344M
Number of Drivers/Receivers:	1/0
Duplex:	--
Data Rate:	--
Voltage - Supply:	--
Operating Temperature:	-10°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	8-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	8-SOIC

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Introduction
M2102G-14 is an intelligent integrated switching system, which integrates multiplexing switch, 8-channel A / D conversion and 4-channel digital A / D conversion, with a variety of communication interfaces, providing solution for design of various industrial and medical electronics such as motion control systems, smart home, industrial automation and medical systems. M2102G-14 is a high performance and power-saving high speed switch module developed and produced by our company exclusively.

Application field
M2102G-14 can be used for communication between hosts and drivers, receivers, transceivers, etc., mainly for data transmission and control in industrial and medical applications; it can also be used for communication between different devices, or between the same model devices, to meet the needs of high bandwidth, synchronous serial communication, such as those used in the railway monitoring system, smart home, industrial automation, medical systems and other fields. M2102G-14 is capable of providing maximum 13 IPs within 1 second.

Working Principle:
M2102G-14 utilizes an advanced light pulse technique to simplify data transmission and control. When a data packet arrives at the input port, it passes through the programmable control of the switch and is sent to the appropriate output port. By using the right waveform, the transmitting speed increases and the operating frequency of the devices is also improving. This waveform can also be set in order to adjust the data flow.Moreover, the driver, receiver, transceiver, etc. is managed via the integrated communications controller, and the errors are corrected. This system can also provide fault tolerance, which is useful for the applications requiring continuous transmission services. On the other hand, the feedback from the output of the switch and the monitoring of the communication states are conducted by the same communications controller. Furthermore, the M2102G-14 also supports a full duplex and synchronous serial communication mode, allowing for a near-instantaneous connection between the sending host and the received device for increased transmission speeds.

Conclusion
In summary, M2102G-14 can be used as an interface between hosts and drivers, receivers, transceivers, etc. and thus be applied in motion control systems, smart home, industrial automation and medical systems, etc. With its high performance, power efficiency and advanced light pulse technique, as well as its synchronous serial communication mode, this system provides a reliable and efficient solution for these fields.

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