SN74AHC373NG4

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Logic devices are used in digital electronics applications. Latches are one of the many logic devices that can be used. A latch is a device or circuit in digital electronics which can capture and store a digital signal, much like a relay. Latches are often used to hold data when power is lost from a system, and then restore it to the state it was in before power was lost.
The SN74AHC373NG4 is a latch from Texas Instruments. It is a dual D-type master/slave latch that can be used for very fast data storage. The latch is configured using five input pins, four output pins and three control pins. Here is a breakdown of the connections:

• Input Pins: Clock Enable (CE), Data (D1 and D2) and Clock (CLK).
• Output Pins: Output Enable (OE), Output (Q1 and Q2).
• Control Pins: Reset (RST) and Set (SET).

When the latch is enabled, data is shifted into the latch based on the input signals. It is important to note that the shift register is clocked on the rising edge of the clock signal, otherwise changes in the data will not be reflected. The reset and set pins are used to reset the latch to a known state when power is applied to the system. The output enable pin is used to enable or disable the outputs of the latch. When the output enable pin is disabled, the outputs are held in their latched state. The outputs are released when the output enable pin is enabled.

The SN74AHC373NG4 latch is used in a variety of applications. It is used in digital logic systems, such as memory and control systems. It is also used in computers, industrial controls and even embedded systems. The latch can be used in data storage applications, where it can capture and store digital signals in a very fast and efficient manner.

The SN74AHC373NG4 latch is a powerful and versatile device and is one of the most commonly used latches in digital technology. It is used in a multitude of applications ranging from simple data capture to complex data storage systems. This latch proves to be an invaluable tool in digital electronics, providing fast, reliable data storage and capture.

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