74LVCH16373ADGGRG4 Datasheet/PDFLogic - Latches
The 74LVCH16373ADGGRG4 is a 3.3V CMOS 16 bit latch integrated circuit primarily designed for use in systems that require low Voltage and low power. The latch is designed to exist in a single 16 Pin P QFN package, which allows for a more compact design and greater efficiency of board space than other packages. The latch is also fully asynchronous, meaning that it has no clock input, making it easier to integrate into an existing system.
The 74LVCH16373ADGGRG4 is bi-directional, meaning it can be used for both Input and Output. The latch has a low propagation delay, or the time it takes for the circuit to switch outputs, which makes it ideal for high speed applications and applications that require noise immune switching. The latch also has high drive capability, allowing for greater current to be sourced or sunk by each pin, making it suitable for applications that require higher power input or output.
The circuit\'s main purpose is to latch data, allowing data signals to be stored and distributed throughout the system. It works by using a set of internal Registers and Banks that store the latch data. When the latch is enabled, it writes data from the inputs to the internal registers and banks, latching them permanently. When the latch is disabled, it reads data from the internal registers and banks, distributing them to the output.
The 74LVCH16373ADGGRG4 is primarily used in systems that require low Voltage, high speed switching, or low power consumption. Common applications include low power embedded systems, automotive systems, consumer electronics, medical equipment, and communication systems.
Overall, the 74LVCH16373ADGGRG4 is an efficient and reliable integrated circuit for use in high speed and low voltage systems that require noise immune switching or low power consumption. It has an asynchronous design and a bi-directional implementation, meaning it can both read from and write to the internal registers and banks. This allows for easy integration into existing systems, making it a suitable choice for applications that require low voltage, high speed switching or low power consumption.