74VHCT16373ATTR

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The 74VHCT16373ATTR is a product of Texas Instruments (TI) in the VHCT family. Specifically, it is a triple 3-input synchronous latch, which is a form of digital logic components used in system engineering and computer circuitry. These devices are classified as latches as they are used to store a binary value until either a set or reset signal is given. The 74VHCT16373ATTR is designed with a low working voltage, allowing for the user to achieve higher speeds of up to 10 Mbit/s in synchronous operations. Not only does this device feature low working voltage, but it also utilizes minimal power dissipation for deep power saving.

The 74VHCT16373ATTR is available in both a 16-pin dual in-line package (DIP) and a 16-pin small outline integrated circuit (SOIC) package. Both packages support a free-running clock frequency of up to 10MHz and a high signal-to-noise ratio (SNR) of up to -55dB. In addition, there is a wide voltage range which allows its operation in both logic-level and non-logic level systems. The latch is triggered by both positive and negative switching edges, making it ideal for use with multiple output applications.

The 74VHCT16373ATTR is mainly used in logic circuit applications such as data storage, computer programming, and sequential logic. It provides three independent 3-input synchronous latches that allow for both positive and negative going input clock signals. All of the latches can be simultaneously set or reset with a single logic signal, or individually clocked. It also features integrated active pull-up transistors and hysteresis, which allow the device to operate at a wide range of working voltages allowing for higher speeds. Each latch pair has an enable/disable feature that can be used to enable and disable the particular latch pair.

The working principle of the 74VHCT16373ATTR is based on the concept of a D latch. A D latch is a type of electrical circuit which holds the voltage of one input until power is removed, or until a new voltage is applied to the other input. At each clock edge, the input is sampled and stored in the memory element. The data stored in the memory elements is then used to generate the output of the latch. When the latch is enabled, the inputs are stored in the memory elements and an output is generated. When the latch is disabled, the output is held at the same value as the previous state, regardless of the inputs.

The application field of the 74VHCT16373ATTR is quite diverse as it provides an effective solution for applications requiring synchronous data storage and transfer. It can be used for logic level, non-logic level, or mixed logic level applications. It is especially useful in microcontroller-based applications and is utilized in a variety of computer-controlled systems such as distributed control, serial communication, and memory systems. Additionally, the 74VHCT16373ATTR can be used in development systems such as Arduino and Raspberry Pi, where access to the internal memory and to input and output pins can be controlled by code.

In conclusion, the 74VHCT16373ATTR is a versatile digital logic component. It features low working voltage, minimal power dissipation, wide voltage range and high signal-to-noise ratio, making it an ideal choice for many applications. Its synchronous data storage and transfer capabilities make it suitable for a variety of uses, including microcontroller-based applications, development systems, and embedded control systems.

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