MC74VHC373MELG

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MC74VHC373MELG is part of the 74VHC series of logic circuits designed by Motorola Corporation, and is produced and marketed by ON Semiconductor. It is an 8-bit D-type transparent latch, and is widely used in applications related to logic, processor and memory circuit design.

MC74VHC373MELG belongs to the family of latches. A latch is a digital circuit that can store 1 bit of information and maintain its output regardless of any changes in the input, either voluntary or involuntary. Latches play an important role in digital logic design. They are used to hold and save a bit of data without the need for constant power. They can also be used to synchronize two asynchronous signals.

The MC74VHC373MELG is an 8-bit D-type transparent latch. This means that the outputs of the latch will reflect the inputs as soon as they are applied. The latch has two sets of 8 tri-state inputs and outputs, and it is designed to be connected in such a way that the inputs and outputs can be isolated from each other.

The MC74VHC373MELG is manufactured within a 24 pin PDIP package, and has a power requirement of 5V with a typical operating current of 5mA. The power-on reset logic of the latch provides a reset state, resulting in all outputs being low. The latch inputs have a Schmitt Trigger action which reduces noise sensitivity and can operate at frequencies up to 30MHz.

The MC74VHC373MELG is broadly used in many applications. This includes memory and processor chips, data communications, and signal routing. It is also often used to create queues, improve bus architectures, and as a general logic device for many digital logic designs. Its vast range of applications makes it a popular and versatile logic choice for many applications.

In conclusion, the MC74VHC373MELG is a popular 8-bit D-type transparent latch from the 74VHC series of logic circuits from Motorola Corporation. It is most popularly used in memory and processor chips, signal routing and data communications, but can be used in many other applications. It offers noise immunity, power-on reset logic, and Schmitt Trigger inputs, making it an ideal choice for many applications.

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