74ALVCH16835DLG4

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The 74ALVCH16835DLG4 is an integrated logic specialized for universal bus functions. It is ideal for applications in high-speed data communication, such as transfer and encoding of serial data. It can interface with either industry-standard or custom serial protocols.

The integrated logic of the 74ALVCH16835DLG4 is configurable into the bidirectional bus transceiver mode, the unidirectional mode and the buffered logic mode. The configurations can easily be selected and controlled through the serial data interface pins.

Working Principle

The working principle of the 74ALVCH16835DLG4 is based on a single-ended logic level for unidirectional data transmission. The logic level is shifted from low to high through an input buffer, and recovered back to low through two output buffers.

The buffered logic mode of the 74ALVCH16835DLG4 operates with a logic level that is three times higher than that of the single-ended logic level. This allows a full range of logic states to be transmitted with the same amount of power used to transmit a single-ended logic state.

The bidirectional bus transceiver mode of the 74ALVCH16835DLG4 is based on two separate data buses: the primary transmitter data bus and the secondary receiver data bus. Data is transmitted in one direction and received in the other. The transmission and reception are interlocked, ensuring that the data is always consistent and accurate.

Applications

The 74ALVCH16835DLG4 is an ideal choice for fast data transmission in various applications, including industrial automation, robotics, automotive systems, and communication systems. The device can be used to transfer and encode serial data, including packet based network protocol such as Ethernet and CAN, as well as custom serial protocols.

The 74ALVCH16835DLG4 is also suitable for communication between various logic circuit modules in automotive, industrial and consumer applications. The device has a built-in basic logic circuit including an AND, OR, and NOT gate, which allows it to be used for complex logic control.

In addition, the 74ALVCH16835DLG4 can be used to interface with synchronous and asynchronous data interfaces such as GPIO and I2C. The device can also be used to implement various types of communication protocols for data sharing and data exchange.

Conclusion

The 74ALVCH16835DLG4 is a versatile integrated logic device designed for universal bus functions, such as transfer and encoding of serial data. It is ideal for applications in a wide range of applications, including industrial automation, robotics, automotive systems and communication systems. It is also suitable for interfacing with synchronous and asynchronous data interfaces.

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