74LVC2T45GM,125

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Logic translators and level shifters are main subcategories of logic circuits. They are used extensively to maximize the efficiency of logic devices, ensuring that different logic components can effectively interact with each other and increase the performance of a system. A great example of logic translating and level shifting is the 74LVC2T45GM,125, a high-speed, low-power two-channel bidirectional translator with two separate enable signals what can be used to select one of two directions of data transmission.

The 74LVC2T45GM,125 utilizes an configurable combination of two Logic Levels such as LVTTL/LVCMOS, as well as open-drain/push-pull configuration to accomplish voltage level shifting, making it suitable for board-level signal level matching between VCCIO interfaces. This translator is specified to operate from -40℃ to +85℃ and the current drawn by this IC is very less. The low supply current of 95µA with 25mA output drive capability makes it suitable for battery powered inverter applications.

The 74LVC2T45GM,125 follows the standard configuration of a high-speed low-power translator, as it provides two separate input and output latches that maintain the data until new data is present at the latches. It includes two enable (−E1 and −E2) signals and two separate direction controls (DIR1 and DIR2), which allow data flow in either direction. That is, data can be transmitted from one side of the translator to the other in both the directions.

It can also be used to increase maximum frequency, maximize fan-out, ensure a low-impedance path to ground, and ensure that the highest and lowest logic levels are specified correctly. The 74LVC2T45GM,125 specializes in staying within voltage specification, with a standard wide common mode operating range. The low supply current, high operating speed and wide common mode operating range make it useful for applications related to low-power, critical noise margins and Logic Translators.

The 74LVC2T45GM,125 is primarily used to convert one type of logic from one form to another. It can also be used to perform multiplexers, demultiplexers, shift registers and latch up operations as well as level shifting, isolating and voltage level translating applications. It is also commonly used in automated test equipment, programmable logic control, and communications applications.

The SOIC package of this chip is designed to reduce inductance and improve the noise immunity of the IC. The low supply current, high operating speed, wide common mode operating range and two separate enable signals allow this translator to provide a reliable and accurate voltage level shifting. Its easy-to-use and versatile features make it a perfect tool for voltage level translation applications of all kinds.

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