MM74HCT573MTCX Integrated Circuits (ICs)

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The MM74HCT573MTC is a logic IC belonging to the Latches logic family. It is an 8-bit latch type register, with common Clocking and Output Enable signals. It has an 8-pin dual in line package, which makes this particular product very compact. This IC is rated from 0°C to 70°C, meaning it can operate well in temperature ranges from freezing cold to hot summer climates.

The 74HCT573MTC is designed for applications where High-Speed TTL inputs are to be interfaced with low voltage inputs such as MOS or CMOS. It has an exceptionally fast switching time, with its outputs changing in 5ns, making it one of the fastest available solutions. As an additional benefit, this IC consumes very low power, as it is rated with a standby leakage current of only 500μA.

This product has a few application fields, such as various data registers and adjustable attenuators. It can also be used in the construction of logic gates, counters and shift registers, as well as parity checking systems. For the MM74HCT573MTC to work properly, both the Clock (CLK) and the Output Enable (OE) signals need to be connected together. This can be done either in the form of a logic chip or via discrete components.

The MM74HCT573MTC\'s working principle is very simple; when the CLK signal is high, it generates an 8-bit latch type register. Any data present in the data inputs (D1 - D8) is stored in the internal memory of the IC and results in an output at Data Output (DO1 - DO8). When the Clock changes to the low state, the data at the inputs is retained, as long as the Output Enable (OE) is high.

Overall, the MM74HCT573MTC is a very useful logic IC for applications requiring a fast response and low power consumption. Its working principle is quite simple, and its 8-pin DIP package allows for a very compact solution. This product is very reliable in various temperature ranges, due to its maximum temperature limit reaching 70°C. It is an ideal choice for applications such as data registers, adjustable attenuators, counters, and shift registers.

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