AM26C32CD

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The AM26C32CD is an 8-bit quad-channel universal switch, which is primarily used in data communications applications. It provides a low-power, non-volatile, low cost solution for multiplexing and switching data between four different serial channels. The device is suitable for use in switches, transceivers and data communications systems.

The AM26C32CD is a quad-channel universal switch that allows for up to four channels of data to be connected. Each channel is programmable with a chip-select address range, allowing for up to four distinct channels. Each channel has its own data input and output pins, enabling bidirectional communication between the connected devices. Each channel is also equipped with an optional polarity control pin for driving a current output.

The AM26C32CD provides a low-power, non-volatile, low cost solution for multiplexing and switching data between four different serial channels. The device is capable of operating in both asynchronous and synchronous mode, making it suitable for use in switches, transceivers and data communications systems. The switch features a maximum data rate of 10 Mbps using a differential clock and 12 Mbps using a single-ended clock. The device is also capable of handling up to 64 address bits, enabling it to support a wide range of protocols.

The working principle of the AM26C32CD is based on a sequential logic circuit. It is designed to operate in either single-ended or differential full-speed mode. In single-ended mode, the device uses a positive-edge triggered data latch that drives a complementary pair of drivers and receivers. In differential mode, the drivers and receivers are driven by a differential pair of clocked data latches, producing a balanced current output. Each driver and receiver is connected to a single-ended or differential data output line.

The AM26C32CD is a low-power, low cost, non-volatile solution for multiplexing and switching data between four different serial channels. Its high-speed operation and wide range of address bits makes it suitable for use in switches, transceivers and data communications systems. The device is also compatible with popular communication protocols, making it an ideal choice for data communications applications.

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