74LVC841ADB,112

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The 74LVC841ADB is a quad latch part of the Texus Instruments\' 74LVC series. The series is referred to as Low Voltage CMOS (CMOS stands for complimentary metal-oxide semiconductor) and is a type of digital logic device. The 74LVC841ADB, specifically, is a transparent latch that is categorized under the logic-latches type. It was developed to be used in communication systems and mobile network applications.

As latches, the 74LVC841ADB functions as a digital storage component. It absorbs data in the form of binary code, which it stores and holds until it is later released. The system is designed to offer high-speed buffering, as well as reliable data retention and data output.

The 74LVC841ADB has two separate, four-bit data buses for both input and output. This allows for communication with two different systems in one operation. This makes the 74LVC841ADB especially useful for communication systems and mobile networks, where typically two systems must be interconnected.

The 74LVC841ADB operates at 5-volt power supplies, and has an operating temperature range of 0 to 70 degrees Celsius. The device is built to withstand up to ±20V overvoltage transients, which is useful in communication systems that are often exposed to power surges. The latch also has schmitt trigger inputs, which gives it the ability to handle slow toggling and noise.

The 74LVC841ADB has a propagation delay time of 8ns max, making it one of the faster latching devices available in the market. To ensure data integrity, the device also utilizes three-state outputs. This means the data stored in the output will not be affected by external events unless the enable pin is active. This ability to enable and disable the output makes it easy to prevent any manipulation of the data stored in the latch.

In summary, the 74LVC841ADB is a four-bit data latch device with an extremely fast operating speed and reliable data retention characteristics, which makes it an ideal choice for communications systems and mobile network applications. The device has been designed to be robust, reliable and easily programmable, ensuring users with excellent results.

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