DS1487M

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The DS1487M is a series of advanced serial and parallel communication interface devices, which comprises of a range of drivers, receivers, transceivers and integrated transceivers. It is designed for reliable, robust communication that is fast, reliable and highly efficient. The DS1487M is ideal for applications where there is a requirement for low power utilization and reliability.

The DS1487M series of interface devices offer a range of programmable configurations to meet the specific needs of each individual application. The series includes a wide range of options for configuring the device for any type of application, including I2C, UART, SPI, JTAG, 1-Wire, PCM, PDM, Ethernet, CAN and many more. This makes it a highly versatile device that can be used in numerous applications.

Applications of the DS1487M

The DS1487M is suitable for a variety of applications including automotive, consumer, industrial and medical fields. It is ideal for applications requiring robust communication in the presence of harsh environments and a high level of reliability. The device is suitable for applications where there is a need for quick response, low power utilization, reliable operation, and low latency. Additionally, it can be used in circuit card fabrication and to build communication systems.

Working Principle of the DS1487M

The DS1487M series of interface devices works by converting digital signals from either serial or parallel form, into digital logic outputs. It is typically designed to operate in an asynchronous mode and runs on a 3-wire interface. The device provides a range of programmable electrical and functional characteristics that can be accessed via the programming registers, allowing for flexible and customizable configuration.

The device is typically used for data transmission and reception, along with bidirectional communication. It operates on a two-stage protocol, with the initial phase determined by the value of the Start Bit, followed by the data phase. The device also supports various protocols such as I2C, UART, SPI, JTAG, 1-Wire, PCM, etc. The data phase is followed by a stop bit, while the parity bit is optional.

The device is fully configurable and supports a variety of modes of operation, such as master and slave, remote and local control, as well as multiple data formats. The device provides a high level of data accuracy and integrity by employing a variety of error correction mechanisms. In addition, it provides a range of over-current and high voltage protection, as well as filtering, to ensure reliable and robust operation.

Conclusion

The DS1487M series of interface devices offers a wide range of programmable configurations to meet the needs of virtually any application. Its range of application areas spans across automotive, consumer, industrial, medical and communications fields. Moreover, it is suitable for applications requiring high levels of reliability, robust operation, and low power utilization. The device supports all popular communication protocols and provides a range of over-current and high voltage protections, as well as a range of error correction mechanisms, to ensure reliable and robust operation.

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