SCC2692AE1B44,528 Integrated Circuits (ICs)

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The SCC2692AE1B44, 528 is an 8-pin Universal Asynchronous Receiver Transmitter (UART) integrated circuit (IC).
A UART is an electronic component in communication systems which translates data between asynchronous logic levels. It is commonly used in serial communications and is typically responsible for two tasks - performing serial-to-parallel conversion on data received and performing parallel-to-serial conversion on data to be transmitted.

The SCC2692AE1B44, 528 is designed for use in systems with fewer peripherals, including PCs. It incorporates a programmable baud rate generator, FIFO (first-in-first-out) buffers, and four general-purpose I/O ports. It also provides a built-in controller which simplifies interface functions.

The SCC2692AE1B44, 528 also has several key features which make it particularly useful for certain applications. It offers low power operation, providing improved power efficiency with noticeably lower current draw than most comparable UARTs. It has a maximum clock rate of up to 2.25 MHz and supports both 5V and 3.3V logic. It also features error detection and correction, and provides a single master reset pin which can be used to reset all registers in the IC.

The most common application of the SCC2692AE1B44, 528 is in serial-to-parallel interface designs. It provides the necessary capability to convert serial data (bit streams) into parallel data (byte streams). It is also used in data-aquisition applications for its ability to perform 8-bit parallel I/O operations.

In general, the SCC2692AE1B44, 528 works by receiving data from an upstream device, such as a PC. The data is then buffered by the IC and then output in an 8-bit parallel format. Any over-sampled data which cannot be processed is stored in an internal FIFO buffer until it can be retrieved by the downstream device.

The SCC2692AE1B44, 528 can also be used as an asynchronous receiver. In this configuration, the IC receives parallel data on its ports and performs data conversion to form serial data.

The versatility of the SCC2692AE1B44, 528 makes it a valuable device in a variety of applications. Its features of low power operation and robust on-chip error detection and correction make it an ideal choice for embedded applications where power consumption and data integrity are important.

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