1616048-2

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1616048-2, more commonly referred to as 16160, is a serial bus standard developed by STMicroelectronics (ST) to carry digital data and power in industrial and consumer applications. ST has designed the standard to be inexpensive, reliable, and flexible enough to use in a wide range of applications.

16160 is a two-wire, bi-directional bus designed to provide simplex communication. It has a period of 4.8 microseconds and a maximum speed of 10.68 megabits/second. The two signal lines, SCK (clock) and SDA (data) are used to transmit data and power in a consistent and synchronized manner. When working, the clock signal line operates as a time reference while the data signal line is used to send and receive data.

16160 is a low-cost and low-power serial bus standard designed to be used on numerous electronic devices, such as portable consumer products, home and industrial automation products, and measurement equipment. Its design enables a broad range of applications, which range from simple monitoring and control applications to complex and multiplexed data transmissions.

In particular, 16160 is suitable for applications where low power consumption is an issue. It supports a variety of power-saving options, which help reduce consumption and increase the system\'s overall efficiency. These include the Sleep Mode, which can reduce power consumption by up to 95%, and the Low Power Interrupt (LPI) mode, which can greatly reduce system power consumption while still providing reliable communication.

In addition to low-power consumption, 16160 offers robust performance in noisy environments. The standard has been tested in conditions with extreme electromagnetic interference, where it was able to maintain a reliable communication link. This is important for applications where communication signals might be affected by high-frequency noise, such as in factory automation systems.

16160 is also flexible and easy to use, as it supports a variety of one- and two-wire interfaces. This versatility makes it suitable for a wide array of applications, such as connected automobiles, home automation systems, or industrial machinery. In addition, 16160 can be integrated with other standards, such as I2C, SPI, and CAN, to allow for communication between multiple devices.

Finally, 16160 is compatible with a wide range of transceivers, giving engineers the flexibility to design their own hardware solution tailored to their specific needs. What’s more, the standard offers interoperability between different ST devices. This helps to streamline the design process, enabling engineers to develop a robust system without the need for multiple drivers and protocol stacks.

Overall, 16160 is a versatile and reliable communications bus standard. It is suitable for a wide range of applications, and is easy to use and integrate with other technologies. Plus, it offers low power consumption and robust performance in noisy environments, making it an excellent choice for industrial, consumer, and other applications.

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