CD74AC652M96

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The CD74AC652M96 is a low power, octal transceiver logic device from the AC logic family. It has two 10-bit pins which can be used for output or General Purpose Inputs. This device supports input and output voltages of 2.3 to 5.5V. It has connection capabilities for up to eight open collector or push-pull drivers, which can be used for interfacing with other devices. The CD74AC652M96 also features an input low logic level of 0.8V and an input high logic level of 2.0V.

In terms of application, this transceiver is suitable for a variety of applications where a higher level of integration is required. The device can be used in a variety of consumer electronics, industrial equipment, telecommunications and automotive applications. Due to its low standby current, it is also suitable for battery-powered applications.

In terms of working principle, the device consists of four TTL compatible transceivers (two inputs and two outputs) arranged in pairs. The transceivers sit between two 10-bit ports and control the flow of information between the 10-bit ports. Each pair of transceivers can be disabled separately using asynchronous Enable and Disable inputs, which provide active low disable function. This allows for easy disabling of individual ports without switching the device off. In addition, each of the transceivers features an output pullup resistor, allowing for easier connection to other devices.

The CD74AC652M96 also features two types of output modes, Push-Pull and Open Collector. The Push-Pull mode is used for buffered output, while the Open Collector mode is used for interfacing with other devices. In terms of power supply requirements, the device requires a single 5 volt power supply with an output current of 400mA. An output current of 800mA can also be provided when the device is in the Push-Pull mode.

Overall, the CD74AC652M96 is an in-demand, low power logic device which provides a cost effective way to integrate a variety of data and control signals, including buffered outputs, open collector outputs and pullup resistors. The device reduces the size and complexity of the traditional circuitry, providing cost savings and power efficiency. Thanks to its wide range of applications, the device can be used in a variety of consumer, industrial, telecommunications and automotive applications.

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