MC10EPT20DR2

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The MC10EPT20DR2 is a monolithic high-speed logic level reformer designed to safely move between 1.8V and 3.3V logic. This makes it ideal for mixed-voltage systems that require connectivity between either logic families or power rails. It works by combining a level shifter with a series of logic transistors and delay elements. When operating at high input frequencies (over 15Mhz), an "automated driving circuit" is used to reduce capacitance loads.

The MC10EPT20DR2 offers a "two-stage pipelined" architecture, which allows for minimal time delay when transitioning between input and output logic levels. The device is also designed to be low power and achieves this by using a low input capacitance and a low effective capacitance between the output and output gates. The design also utilizes auto-level compensation, ensuring a robust logic level response.

The device falls into the category of Logic - Translators, Level Shifters, is usable as a direct replacement for discrete level shifters, and also benefits from its integrated gate drive and input protection elements. The MC10EPT20DR2 is thus particularly suitable for applications that need a high-speed level shifter with low power consumption. Specific applications may include bridge systems between logic or power rails, switch/mux logic conversions, bus logic level reformatting, and RS232 logic level reformatting.

At the heart of the MC10EPT20DR2 lies the use of logic transistors and delay elements in order to provide the required level shift. The internal bypass elements not only reduce the capacitance load at the input, but also provide the necessary delay when transitioning between input and output levels. This ensures maximum performance is achieved when used on high speed applications. In order to limit power consumption, the device utilizes a low effective capacitance between the output and input gates which further reduces the overall power consumption and makes it optimal for use in mixed-voltage systems.

Overall, the MC10EPT20DR2 is an ideal choice for applications that need an effective level shifter and require a low power consumption solution. Its ability to move between 1.8V and 3.3V logic makes it a great choice for mixed-voltage systems, and its minimal time delay ensures maximum performance in high speed applications. It is also a direct replacement for discrete level shifters and benefits from its integrated gate drive and input protection elements.

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