74ALVCH16244GRDR

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The 74ALVCH16244GRDR is a high-performance octal buffer/line driver with direction control and a fault-protected arrangement that enables a wide range of applications for I/O systems. It is designed to accept TTL logic levels and drive 5V to 3.6V LVCMOS/LVTTL logic levels with a source current of 75mA while allowing power consumption as low as 4mW. The 74ALVCH16244GRDR is an 8-bit buffer/line driver with output direction control and each output can be independently controlled. This makes the device suitable for applications such as memory expansion, In-Circuit Programming, Addressing and Data Buses.

The 74ALVCH16244GRDR is part of the ALVCH family, which is a high-performance, low-skew, low-power, and low-voltage octal buffer/line drivers and is suitable for PCB design. It operates within a 1.65V to 3.6V range and has a 1.2GHz minimum operating speed, making it ideal for high speed applications. Its voltage ranges provide an effective solution for applications that require both low and high voltages, as well as for applications that can utilize both levels. The 74ALVCH16244GRDR is an ideal device for applications that require smart power management due to its low power operation.

The 74ALVCH16244GRDR has a simple four-state output control logic designed specifically to provide precise control over the direction of the output logic. When the direction control pin (DIR) is low, the outputs of the 74ALVCH16244GRDR are enabled. When the direction control pin is driven to a logic high, the outputs are set to a high impedance state. The device also has a fault-protected input/output that further enhances its fault tolerance capabilities.

The 74ALVCH16244GRDR is a digital logic device and is suited for applications such as memory expansion, In-Circuit Programming, Addressing and Data Buses. The device consists of a power supply, logic inputs, logic outputs, and a direction control pin, all of which combine to form the 74ALVCH16244GRDR. The logic inputs are buffered and then applied to the logic outputs. The outputs of the device can be connected to other devices, such as ICs, to transfer data signals, or to other devices or circuits to provide voltage or current levels. The direction control pin is used to control the direction of the output signals. It can be set to either ‘in’ or ‘out’ to determine the direction in which the data will be transferred.

The 74ALVCH16244GRDR implements a fault-protected arrangement, which is designed to protect the device from catastrophic events due to destructive inputs or incorrect output conditions. The 74ALVCH16244GRDR provides a controlled output state if the power supply voltage is too low and a controlled output voltage if the output voltage is outside the acceptable range. This allows protection of the device from incorrect power operation or incorrect power during no signal conditions. It also provides protection for the the connected devices.

The 74ALVCH16244GRDR is a versatile device that can be used in a variety of applications requiring efficient buffering and line driving. Its versatile current range and low power consumption makes it well suited for high performance systems such as laptops, digital cameras, and projectors that require high speed operation with a low power consumption.

In conclusion, the 74ALVCH16244GRDR is a versatile octal buffer/line driver with direction control and fault-protected arrangement. It is designed to accept TTL logic levels and drive 5V to 3.6V LVCMOS/LVTTL logic levels with a source current of 75mA while allowing power consumption as low as 4mW. The 74ALVCH16244GRDR is an ideal device for applications that require smart power management due to its low power consumption and wide range of operating voltage. It can be used in a variety of applications requiring efficient buffering and line driving, including memory expansion, In-Circuit Programming, Addressing and Data Buses.

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