74HCT573D-Q100,118

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The 74HCT573D-Q100 is an advanced CMOS logic-latch IC that falls within the logic-latches category. This IC has 8 positive edge-triggered D-type flip-flops, which are latches that allow for single bit storage and retrieving. It is often used for data capture, storage, and conversion.

The 74HCT573D-Q100 uses TTL logic inputs and performs at speeds of up to 10 MHz while consuming very low power. It also features an “active high” enable control input, which is used to enable and disable the flip-flops on the device. All of these features make the 74HCT573D-Q100 a popular choice for short-term data storage.

When it comes to applications, the 74HCT573D-Q100 is most often used in telecommunications, industrial controls, broadcast transmission, and general logic business machines. It is also often used in logic circuits, including digital processors and controllers. It can store digital values and can be integrated into a system for asynchronous data storage and retrieval.

The 74HCT573D-Q100 works by using a positive edge-triggered D-type flip-flop design. This design consists of a series of data inputs, a single clock input, and an enable control input. Data is transferred to the flip-flop when the control enable line is enabled and the clock line is triggered. The data is then retained until the enable line is turned off or the clock line is triggered again.

Asynchronous inputs allow data to be stored until the enable line is deactivated or the clock line is triggered again. This is useful for storing data until the system is ready to use it. By using the 74HCT573D-Q100, designers can integrate reliable data storage and retrieval into their system.

In conclusion, the 74HCT573D-Q100 is an advanced CMOS logic-latch IC that is used for data capture, storage, and conversion. This IC has 8 positive edge-triggered D-type flip-flops, which are latches that allow for single bit storage and retrieval. This device is often used in telecommunications, industrial controls, broadcast transmission, and general logic business machines. It works by using a positive edge-triggered D-type flip-flop design, which is useful for storing data until the system is ready to use it. Designers can rely on this device to integrate reliable data storage and retrieval into their system.

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