MC100H604FNR2

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Logic translators and level shifters are commonly used in the industrial environment. They are used to convert between differing logic voltage levels. The MC100H604FNR2 is a high performance single-channel logic translator and level shifter. It is capable of translating between voltages from 1.65V to 4.5V. This allows for a wide range of voltage levels to be used in a variety of applications.

The MC100H604FNR2 is designed primarily to convert SSTL and LVCMOS logic levels. It is suitable for interfacing between digital signals and analog devices such as amplifiers, sensors and motors. It is also suitable for interfacing between multiple logic families, such as translating between 3.3V and 1.8V logic levels. The device is designed to handle up to +25dBm of signal power, making it suitable for power sensitive applications.

The MC100H604FNR2 utilizes an advanced on-chip translator circuit and internal level shift circuitry in order to provide a high speed and reliable conversion between voltages. The device also provides a very low gate delay, with a typical delay of 9ns. This allows for quick and accurate data transfer times, making it ideal for a variety of applications that require high speed signal translation and level shifting.

The MC100H604FNR2 is ideal for use in industrial automation systems. It can be used to interface between different types of logic and to interface between digital signals and analog devices. It is also suitable for use in communication systems, as it is able to translate between 3.3V and 1.8V logic levels without the need for external components. The device offers high speed conversions with a very low gate delay, making it suitable for a range of applications.

The MC100H604FNR2 is a versatile and high performance single-channel logic translator and level shifter. It is suitable for a range of applications that require high speed signal translation and level shifting, such as communications systems and industrial automation. It utilizes an advanced on-chip translator circuit and internal level shift circuitry in order to provide a reliable conversion between voltages and a low gate delay. The device is capable of handling up to +25dBm of signal power, making it suitable for power sensitive applications.

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