SC28L194A1BE,528

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Interface - UARTs (Universal Asynchronous Receiver Transmitter) are hardware devices that are used to facilitate data communication between two points. They comprise two parts, the transmission and receiving component. UARTs handle asynchronous serial communication, meaning that no predetermined timing or speeds are set for the data transmission or reception. The SC28L194A1BE UART is no exception, being a device specialized for specialized for synchronous and asynchronous serial communication.

The SC28L194A1BE UART is an integrated circuit with 128 bytes receive/transmit (R/T) buffer with programmable bits, parity and baud rate. Its main feature is its low power usage, creating 6.2 mA active receive and 9.7 mA active transmit current while still providing excellent performance in terms of speed and data integrity. Its ability to support high speeds, up to 528Mbps, makes it an ideal choice for data transmission applications.

The SC28L194A1BE UART also provides a dedicated interrupt line which can be used to wake a microcontroller from sleep mode, allowing quick reaction and response time. And, its selectable bus width allows it to work with a wide array of peripherals. The device also implements hardware flow control, allowing users to maintain a stable connection, adding an extra layer of security to their communications.

The SC28L194A1BE UART’s main application field is for serial data transfer in communication and control systems such as on-board vehicle monitoring systems, fibre-optic and LED based sensing, as well as data capture/recording in medical monitors and control panels. It can also be used for data-acquisition systems and internet of things (IoT) applications.

The SC28L194A1BE UART’s working principle is based on the well-established UART serial protocol. It is designed to receive and send serial data streams, where the signal is represented by a serial bit stream that travels in both directions between the communication host and the external device. It starts by receiving a data bit at its input, getting access to its memory buffer, and storing it until it can be transmitted in a bit sequence.

The SC28L194A1BE UART works by providing necessary electrical components between the host processor and a peripheral device, including a data transmit line, a data receive line and a local clock signal. It also provides the necessary circuitry for controlling the data transmission rate, and for the transmission of received data. Additionally, it provides support for data flow control, providing necessary circuitry for detecting the flow control conditions.

The device also provides its own interrupt line, which is useful for waking up a dormant system controller when data is transmitted. This interrupt line can also be used to inform the host computer of any error conditions when receiving or transmitting data. With the help of its interrupt line, the SC28L194A1BE UART can also provide extra security to its users by providing data integrity checks.

The SC28L194A1BE UART also provides on-chip data framing, which helps it to recognize and verify the extent of data packet transmittal. This feature helps provide user-defined data-framing rules without any external support, allowing the hardware to verify that the data it is receiving or transmitting is the same as the one intended. This helps to ensure the accuracy of data transmission.

In summary, the SC28L194A1BE UART is an integrated circuit with 128 bytes receive/transmit buffer, low power consumption and high data rate. It can be used in various communication and control systems, as well as data-acquisition systems. It implements hardware flow control, as well as on-chip data framing, to ensure data accuracy and integrity. With its dedicated interrupt line, it can also wake a dormant system when data is transmitted, providing extra security and performance.

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