IQ82C55AZ96

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The IQ82C55AZ96 is a family of interface expander chips intended for use with I/O applications requiring high portability. This chip is made up of two integrated parts, an I/O expander and a synchronous communications protocol, making it essential in all types of distributed I/O applications, such as bus sensors and motor controls.

The IQ82C55AZ96 interface expander has 16 ports, and each can be configured as an input or output. This helps reduce on-board wiring requirements compared to non-expander solutions and allows user-level control over the I/O ports. The chip is composed of a central controller and 16 data lines, and the voltage and current ratings of the ports range from 0V to 24V and between 0.5A and 10A respectively. The IQ82C55AZ96 is a 3.3V ONLY device and is best used in low voltage applications.

The IQ82C55AZ96 synchronous communication protocol supports both parallel and serial communication modes for controlling I/O expansion. The parallel transmission mode allows for faster data throughput, whereas the serial transmission mode is ideal for communication over long distances. In addition, the chip also has an intelligent communication capability, allowing it to operate in both a master/slave and peer-to-peer configuration.

The IQ82C55AZ96 offers a wide range of benefits to its users, most importantly increased flexibility, reliability, and cost savings. Because of its ability to be used in a variety of applications and support both synchronous and asynchronous communication protocols, the chip can help reduce system installation and operational costs. Additionally, its robust design makes it suitable for industrial and home automation applications.

The IQ82C55AZ96 is a reliable I/O expander that is used in a wide range of applications, including distributed I/O, bus sensors, motor control, and digital home automation. Its synchronous communication capability and wide compatibility with other devices help reduce system installation and operational costs. Its 16 ports are configurable as both inputs and outputs, making it the ideal choice for I/O applications requiring high portability.

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