PI3CH800LE

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Logic Signal Switches, Multiplexers, Decoders are electronic components used for the purpose of routing data signals. The PI3CH800LE is one such type device from this category, used primarily for its enhanced level of data routing capabilities.

PI3CH800LE is an 8-channel, high-speed low-voltage Digital Input/Output switch for high-speed data multiplexing, operating at a single supply voltage from 1.8V - 3.6V. The PI3CH800LE performs the required data switching functions while allowing a wide range of data integrity signals. It is a single integrated circuit that features CMOS process technology and is compliant with the TIA/EIA-485 and ISO-11898 standards. The output voltage is programmable between 0.9V to VDD, using an external resistor.

The PI3CH800LE is designed to provide a variety of digital signal switching applications. These include adding, deleting, or recombining digital signals while allowing the data integrity signals to remain intact. For example, this device can be used in a system where the user wants to switch between different digital inputs, such as between two different data sources (one at each port), or from one digital source (input at one port) to multiple digital outputs (outputs at other ports). The device also offers an on-chip FIFO (First-In, First-Out) memory for data buffering and data communication.

The PI3CH800LE chip is designed to operate at speeds up to a maximum of 16MHz, making it ideal for applications which require higher throughputs, such as multimedia applications. The device makes use of an internal, proprietary, multispeed functionality to allow it to shift speeds between 8MHz, 12MHz, and 16MHz, to accommodate different data speeds. This makes it an excellent solution for high-speed data communication, as well as for data routing, multiplexing, and buffering applications.

The PI3CH800LE is also designed to provide low propagation delays, typically in the 7ns range, to allow for faster communication. This low propagation delay makes this device an attractive option for the routing of data between devices which require extremely low latencies. This includes applications in automotive, automotive telematics, consumer electronics, industrial, consumer and professional audio, instrumentation, medical, and networking.

The PI3CH800LE\'s internal circuitry is configured to allow the device to switch between different protocols, including SPI and UART, when switching between different data streams. This makes the PI3CH800LE a great solution for data routing between different protocols. Additionally, the device is designed to switch data signals between a host system, such as a PC or embedded processor, and peripheral devices.

In order to ensure that the data transmission is error free, the PI3CH800LE also offers an additional level of data integrity with its error-checking and parity checking capabilities. This is important in applications where data integrity is of utmost importance, such as in industrial and medical applications.

Finally, the PI3CH800LE is highly configurable. It can be used as an 8-channel digital multiplexer, a 16-channel TTL digital switch, or as an 8-channel TTL digital multiplexer. Additionally, the PI3CH800LE can be configured to pass both input and output signals or to pass only one of the two signals. This allows the user to configure the device to match the individual requirements of their application.

Overall, the PI3CH800LE is an extremely versatile device that can be used for a variety of digital data routing applications. It is highly configurable, and its high-speed, low-voltage, and low-propagation delay capabilities make it an ideal solution for high-speed data communication, routing, and buffering applications, as well as applications where data integrity is of utmost importance.

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