CPC7583ZATR

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CPC7583ZATR is a transceiver integrated circuit designed specifically for communication interface applications in the field of telecommunication. It is a high-performance device designed to interface between low-speed UARTs and a wide range of telecommunications standards.

The CPC7583ZATR is widely used as an interface in the field of telecommunications due to its ability to transmit and receive data over a variety of telecommunications standards. It is used in a variety of applications, such as personal communication systems, wireless networks, and cellular telephones. This device supports up to 16Mbps data rate and supports both. single and multi-slot data transmission.

The device is housed in a 8-pin dual in-line (DIP) package, allowing for easy installation into existing systems. It contains various registers to control transmit and receive operations, clock control and various test modes. Furthermore, the CPC7583ZATR device provides a low-voltage differential signaling (LVDS) interface for improved data transmission reliability.

For operations, the CPC7583ZATR is powered using a 1.8V or 3.3V supply voltage, with a maximum current draw 6mA. It requires a 16MHz/32MHz/48MHz clock signal as the reference clock for all data transfer operations. Furthermore, the device also supports telecom and peripheral interface standards such as asynchronous transfer mode (ATM), frame relay, cellular digital packet data (CDPD), and mobile-oriented applications (MOAP).

The CPC7583ZATR device also provides a range of features such as 256-byte TX/RX FIFO, 1 control and status register, a 19Kbit/s data output rate, and two programmable idle-state transmit speeds. It also supports a variety of types of serial transportation protocols including those used in asynchronous, synchronous and PCM telecommunication networks. Additionally, it also provides an internal loopback mode to test the quality of transmitted and received data.

Overall, the CPC7583ZATR device is a versatile, high performance transceiver integrated circuit with an array of features designed to facilitate communication and transfer of data in a range of telecommunication applications. It is designed to provide reliable communication and cost-effective implementation at the same time.

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