DS36C200M/NOPB

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DS36C200M/NOPB is a low-power, quad-channel RS-478 transceiver. It is an interface device that allows two hosts to communicate with each other in a digital or analog mode. The DS36C200M/NOPB is commonly used in industrial automation and automotive applications where long communication distances are required.

The DS36C200M/NOPB is designed to drive and receive up to 4 channels of digital or analog signals. Each channel is symmetrically distinguished by its open-drain TXD and TXD_B outputs and the RXD and RXD_B inputs. All four channels are connected through the use of the external transceiver logic, which consists of two 8-bit registers and two dual-receivers. The dual-receiver arrangement allows for reliable transmission between both hosts in either direction, and the 8-bit registers contain the control and status information for each channel.

The DS36C200M/NOPB transceiver operates with an operating voltage of 5 V (typical) and a stand-by current of 1.5 mA. The chip is equipped with a driver-slew rate of 13 Mbps, which can be easily set through the I/O port. It is also equipped with an acknowledgement line, which can be enabled at the same time as the other channels and can be disconnected when not in use. The DS36C200M/NOPB is housed in a 24-pin package that meets the industry standard of 14-pin dual in-line package (DIP).

The DS36C200M/NOPB can be used in a variety of applications. It is commonly used in industrial automation and automotive applications, where reliable communication between two hosts is needed. It is also used in communication networks and for testing applications, where reliable and accurate transmission of data between two hosts is required. It is also used in data acquisition systems and other high-speed, data-intensive applications, where it can provide a low-power, reliable and distance-dependent solution.

In terms of its working principle, the DS36C200M/NOPB transceiver uses two sets of I/O lines – TXD and RXD, for bi-directional data transmission. The TXD output is used to drive 4 channels and the RXD input is used to receive the data sent by the host. The 8-bit registers contain the control and status information for each channel. The transceiver logic is also used to determine whether the signal received is digital or analog. The transceiver logic also has the capability to switch between the operating voltage and the stand-by current depending on the signal received. The driver-slew rate is also adjustable through the I/O port.

To sum up, the DS36C200M/NOPB is a low-power, quad-channel RS-478 transceiver that is commonly used in industrial automation and automotive applications where long communication distances are required. It is typically used to drive and receive up to 4 channels of digital or analog signals and has 8-bit registers that contain the control and status information for each channel. The transceiver operates with an operating voltage of 5 V (typical) and a stand-by current of 1.5 mA. The driver-slew rate is adjustable through the I/O port, and the acknowledgement line can be enabled at the same time as the other channels and disconnected when not in use.

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