SCC2692AC1N28,602 Integrated Circuits (ICs)

The SCC2692AC1N28,602 is part of a family of Universal Asynchronous Receiver Transmitter (UART) chips. It is often used for connecting serial-based peripherals to a microcontroller or other interface. Like other UARTs, this device takes serial data as input and converts it to parallel data for output. This allows a microcontroller to share a serial data stream with multiple peripherals.

The SCC2692AC1N28,602 has a variety of features that make it a popular choice for many applications. It is able to send and receive data at high speeds up to 2.4 Mbps. It has a 64-byte FIFO buffer for each channel that can be used for improved data throughput. It also supports various frame formats including 8-bit, 7-bit and even 6-bit frames. The device also supports various modes of communication, including asynchronous, synchronous, loopback and LIN/LIN-Bus. In addition, it has an integrated cable-detection circuit and is able to detect incoming and outgoing signals.

The SCC2692AC1N28,602 is designed to interface with a wide range of devices. It has a variety of pins that allow it to be connected to multiple devices, such as microcontrollers, embedded systems, programmable logic controllers, switches, routers or other serial-based peripherals. It is also capable of communicating with devices that use different protocols and speeds.

The SCC2692AC1N28,602 uses a three-wire data interface that makes it easy to connect with different devices. The three wires are used to transport the data and control signals. The data transfer is done through an 8-bit or 9-bit serial data line, while the control signals are used for synchronizing and parity checking. The data line is connected to the transmit and receive pins, while the control lines are connected to the clock and power pins.

When using the SCC2692AC1N28,602 with a microcontroller, the device’s control lines are connected to the microcontroller’s ports. This allows the microcontroller to control the flow of data. The data line is connected to the transmit and receive pins of the microcontroller, while the control lines are connected to the clock and power pins. Once this connection is established, the microcontroller is able to send and receive data via the UART.

The SCC2692AC1N28,602 is an ideal choice for many applications. It has a variety of features that make it suitable for use in a wide range of applications. Its features have made it popular for connecting serial-based peripherals to a microcontroller or other interface.