74GTLP21395DWRG4

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Logic Translators, Level Shifters, and 74GTLP21395DWRG4 is one of the many members of logic translator and level shifter families. This device is primarily used to convert the signals from one logic family to another logic family. This type of device is quite helpful in several applications since it enables the creation of mixed-logic designs that are powered by multiple voltage sources.The 74GTLP21395DWRG4 is a low-voltage, dual-rail level shifter, which makes it ideal for applications that require lower power consumption and extended voltage ranges. Its two-rail configuration and fixed-frequency detection circuit allows it to accurately detect the transmission and reception of data signals, which helps prevent data errors when converting data between logic families.The 74GTLP21395DWRG4 can be used to bridge between logic families virtually any combination of CMOS and TTL logic. For example, CMOS logic can be used to drive lower-power and/or lower-voltage devices, while TTL logic can provide higher power and voltage output signals to drive higher-speed peripherals. The two-rail detect circuits can then be used to detect the level shifts between the different voltage levels and switching regulations to ensure that the data is accurately transferred between families.Other applications of the 74GTLP21395DWRG4 include, but are not limited to, translating signals from one logic family to another in mixed-voltage systems, providing level shifting between dual-voltage and mixed-voltage systems, and providing logic status buffering and resetting functions for microcontrollers.The 74GTLP21395DWRG4 follows the same basic design concept most level shifters follow. It takes two voltage sources and two data sets. One voltage source is fed into the input and the second supply is used as the bias voltage. The two sets of data are then fed into the input which has two buffers.For the dual-rail level shifter, the 74GTLP21395DWRG4 comes with two separate outputs that can be connected to either side of the 2-voltage sources. These two outputs are used to provide two levels of data buffering between the two voltage sources. The fixed-frequency detection circuit will detect when the input logic level changes or when the output logic level is different from the expected logic level and will trigger the shift from one logic family to the other.In addition to the dual-rail level shifter, the 74GTLP21395DWRG4 also includes step-up and step-down voltage regulators. These voltage regulators allow for the shifting of signals between different voltage levels, such as when shifting from one logic family to another. These voltage regulators also come in handy for applications that require a higher level of power output for driving large peripheral devices.Overall, the 74GTLP21395DWRG4 is a useful device for applications where level shifting between different logic families is required. Its two-rail detect circuit and fixed-frequency detection circuit make it a reliable logic translator and level shifter, while its step-up and step-down voltage regulators help make it suitable for driving higher-power devices. Consequently, the 74GTLP21395DWRG4 is an excellent device for those who need to build mixed-logic systems that are powered by multiple voltage sources.

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