DS36C279M/NOPB

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The DS36C279M/NOPB device is an integrated transceiver for high-speed differential data transmission applications, including high-definition multimedia, multiplexed buses and serial links. It is composed of a differential line driver, a differential receiver, a pin correlator, a digital input/output control block and a data framing circuit.

In applications that require the transfer of digital data over serial bus systems, such as Ethernet and USB, the DS36C279M/NOPB comes in handy. It combines the driver, receiver, and transceiver circuits into one compact package, functioning as one integrated system to reduce power and space requirements. The DS36C279M/NOPB can operate data rates up to 20Mb/s when configured as one-bit data lines, and up to 10Mb/s when configured as two-bit data lines.

The line driver circuit of the DS36C279M/NOPB is composed of two high-voltage, High-Speed Differential Line Driver (HSDLD) amplifiers. These amplifiers are differential in nature, driving out voltages equal in magnitude and opposite in polarity. This allows for low electromagnetic emission levels and provides high signal integrity. The drivers also feature low quiescent power, making them ideal for applications which require low power consumption.

The differential receiver circuit of the DS36C279M/NOPB consists of two High speed Differential Line (HSDL) receivers. These receivers have become an industry standard due to their low power consumption and high speed performance. The receiver has a very simple architecture and consists of only one amplifier and one comparator providing a flat response. The differential receiver has a maximum data rate of 10Mb/s as set by the HSDL specifications.

The pin correlator circuit of the DS36C279M/NOPB is responsible for ensuring that the same information is transceived at the same level across each differential pair. This helps eliminate noise and cross-talk effects which can occur in high speed applications. The pin correlator circuit can also be used to block the transmission of specific data signals.

The digital input/output control block of the DS36C279M/NOPB is responsible for controlling the current flow in the differential line driver and receiver circuits. It can be used to switch the driver and receiver circuits on and off, and can be configured to provide either a push-pull or open-drain output. It also provides an adjustable current limit for the driver and receiver circuits, allowing the user to choose the most energy efficient standard.

The data framing circuit of the DS36C279M/NOPB provides a means of high-speed packet transmission. The data framing circuit is capable of accommodating various protocols such as EtherCAT, Proficloud and Connode. This allows the device to be used in a variety of applications requiring real-time data transmission. The data framing circuit also provides an address recognition feature which can detect certain data strings and take appropriate action.

Overall, the DS36C279M/NOPB is an ideal solution for high-speed applications requiring robust data transmission capabilities. The device\'s integrated design helps save on physical space and power, while the line driver, receiver, pin correlator and data framing circuits provide the necessary features for reliable data transmission. With a maximum data rate of 20Mb/s and a low power requirement, the DS36C279M/NOPB is well suited for high definition multimedia, multiplexed buses and serial link applications.

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