74HC652DB,112

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The 74HC652DB,112 is a Logic - Buffers, Drivers, Receivers, Transceivers. It is specifically designed to interface high speed digital systems with level and voltage translation applications. This chip is versatile and easy to use, allowing it to be used in many varied applications.

The 74HC652DB,112 is designed to buffer digital logic signals between devices with different voltage levels. It consists of two complete non-inverting buffers (A and B) with the buffer outputs connected to the inputs of an internal level translation circuit. The buffer provides an impedance of 80 ohms between the various logic levels, providing a large enough safety current to prevent excessive levels from affecting the circuit\'s operation. The level translation circuit provides the necessary level and voltage conversion to enable the device to interface with 3.3V and 5V logic levels.

The 74HC652DB,112 has two I/Os. One is used to buffer the logic signal, while the other is used to control the level translation circuit. The power supply voltage for the internal logic is 5V, but the device can operate from as low as 3.3V. The device includes an enable pin which allows one device to share the enable input pin with other enable inputs, reducing the number of external enable pins needed.

Applications for the 74HC652DB,112 include level translation in High Speed Digital Systems, Digital Logic Interface between microcontrollers, ECL and FPGA applications. It can also be used for logic level conversions in a variety of embedded control systems, in digital logic logic memory interfaces, in industrial equipment and in consumer electronics.

In summary, the 74HC652DB,112 is a Logic - Buffers, Drivers, Receivers, Transceivers specifically designed to interface high speed digital systems with level and voltage translation applications. It provides an impedance of 80 ohms between the various logic levels, and the level translation circuit provides level conversion between 3.3V and 5V logic levels. It is an easy to use device which can be used in a variety of applications such as High Speed Digital Systems, Digital Control Interface, ECL and FPGA applications and others.

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