74LVTH16835DLRG4

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A 74LVTH16835DLRG4 is a high-performance, low-voltage octal transceiver that can be used to implement various universal bus functions including four separate and configurable three-state buffers, as well as three octal transceivers which can be configured as non-inverting, inverting, or tri-state buffers. This device provides increased performance over traditional bipolar technology, allowing for higher data rates, and decreased power consumption. This device has been widely used in a variety of applications, including bus buffers, bus transceivers, address decoder, multiplexer and bidirectional level translators.

The 74LVTH16835DLRG4 offers four separate and configurable three-state buffers and three octal transceivers which can be configured as non-inverting, inverting, or tri-state buffers. The three-state buffers provide clean high-speed transmission while maintaining low power consumption. The high-speed buffers enable fast data transfer between two sources without noise. In addition to the high-speed data transfer, the low-voltage operation (Vcc = 2.3-3.6 V) allows for flexible operation over a wide range of voltages.

The 74LVTH16835DLRG4 also provides two configuration pins, EN and OE. The EN pin permits the user to selectively enable and disable the device as needed for applications that require multiple mutable functions given varying conditions. In addition, the OE pin allows for independent control over each of the three octal transceivers.

The three octal transceivers are non-inverting and can be configured as either logic Level translators, bidirectional level translators, or as tri-state buffers. As logic level translators, the octal transceivers are used to convert signals between two different logic families such as TTL and CMOS. In a bidirectional level translator, the octal transceivers can be used to convert signals between two low voltage levels or two high voltage with different voltage levels. In a tri-state buffer configuration, the octal transceivers can be used as buffers to isolate sections of a bus line.

The 74LVTH16835DLRG4 is well suited for a wide variety of applications that demand high performance and low-voltage operation. It is used to implement various universal bus functions, including four separate and configurable three-state buffers, as well as three octal transceivers which can be configured as non-inverting, inverting, or tri-state buffers. The device also provides increased performance over traditional bipolar technology, allowing for higher data rates, and decreased power consumption. The high-speed buffers also enable noise free data transfer between different logic families. Finally, the device is also portable and user friendly, which makes it ideal for both portable and static applications.

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