74HC373BQ-Q100,115

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Logic - Latches are electronic devices that store and retain digital information. The 74HC373BQ-Q100,115 is a type of logic latch designed to provide high performance CMOS data storage at a very high speed. The device meets the requirements of the TTL logic family and has a very wide operating temperature range. The 74HC373BQ-Q100,115 is suitable for use in a wide variety of applications, from industrial and automotive control, to medical instrumentation and data storage.

The 74HC373BQ-Q100,115 is composed of five independent latches each with a 2.0V to 5.5V supply voltage and a maximum data-input to output latency of 16ns max. It is a three state device that can be used in three modes; as a parallel latch, as a bus transceiver, and as a bus transceiver with tri-state outputs for multiplexer applications. The data inputs are asynchronous and are falling-edge triggered. The data outputs are 3-state open collectors, each of which can be enabled independently.

The 74HC373BQ-Q100,115 is a very versatile device that can be used in multiple applications. One example of a typical application where the device can be used is in data bus buffering. Data bus buffering is used in a wide variety of applications in which data is stored in buffers before being sent to the main processor. By using a buffering system, data can be stored and retrieved quickly and efficiently, without the need for continuous processor access. The 74HC373BQ-Q100,115 is also an ideal choice for applications such as video, audio and data transfer.

The 74HC373BQ-Q100,115 can also be used in other applications such as shift registers and address decoding, as well as for various control and data routing functions. In addition, the device can be used in peripheral interface adapter (PIA) systems for communication between a device and a PC. The device can also be used in interrupt controllers for handling hardware interrupt requests.

The working principle of the 74HC373BQ-Q100,115 is quite simple. Each of the five latches can store 8-bits of data, and the device is designed to be controlled by a single clock pulse. As a result, the device can store data on each of the five latches and then allow for the data to be read in the order in which it was received. This ensures that the data is correctly stored and read correctly, making the device very reliable and efficient. By using the 74HC373BQ-Q100,115, data can be stored quickly and accurately, making it an excellent choice for a variety of applications.

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