M74HC373B1R

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M74HC373B1R belongs to Logic - Latches circuit, which is designed and developed by STMicroelectronics. This latch has 8 pins and provides a simple way to control 8-bits of output data, consisting of two 4-bit latch units. The latch is mainly used in digital circuits and other types of electronic controls. It can be used in data storage, such as serial addresses and output data.

The M74HC373B1R consists of two 4-bit positive-edge triggered latches with 4-bit addressable latches. It has two DATA IN, two DATA OUT and two data clock inputs. The two DATA INs act as data stored in the latch, and the two DATA OUTs act as outputs from the latch. The two Data Clock inputs control the timing for the data transfer. The 4-bit addressable latches are used to narrow the range of outputs covered by the latch.

The M74HC373B1R uses a synchronous design, which means that the DATA INs and DATA OUTs are synchronised to the clock. The clock is generated by an external source, and when a rising edge occurs, the data is transferred from the DATA INs to DATA OUTs. Then, the DATA OUTs remain unchanged until the next rising edge of the clock. This means that the data stored in the latches is synchronised with the clock, and is updated only when the clock rises.

The main application field of M74HC373B1R is in data storage. It is widely used in various kinds of digital circuits and other types of electronic controls, such as serial addresses and output data. It can also be used in memory chips and other electronic systems, such as microprocessor read/write operations.

In conclusion, the M74HC373B1R is an 8-pin latch IC belonging to Logic – Latches circuit. It is widely used in data storage, such as serial addresses and output data. The M74HC373B1R has two DATA INs and two DATA OUTs and two clock inputs, which control the data transfer. The M74HC373B1R has 4-bits addressable latches, which can narrow the range of outputs covered by the latch.

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