NB100LVEP91MNG

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Logic Translators, Level Shifters are necessary to link different circuit nodes together in order to accomplish a logical process, as well as to transfer signals from one circuit to another. One such device is the NB100LVEP91MNG.

The NB100LVEP91MNG is a logic translator and level shifter manufactured by Fairchild Semiconductor. It is widely used in the field of automotive electronics, to process multiple signals from various different networks.

The device can be used to convert signals from noisy high-voltage networks to a cleaner and more reliable low-voltage voltage level to ensure that communication between different elements is successful. In addition, the NB100LVEP91MNG is designed to provide advanced noise immunity, enabling it to be used as a practical and reliable component in modern automotive control systems.

The design of the device takes advantage of Schottky-clamped CMOS technology, combining advanced features such as noise immunity, level translation, and high ESD protection. It also features comprehensive features such as low power consumption, low operational current, and fast switching speed. Its typical signaling rate is 25 Mbps, with a minimum operating voltage of 35V (at 25C).

The device itself is made up of two parts: the input and output stages. The input stage contains specialized logic circuits such as buffer and level shifters, which regulates the intensity and frequency of the input signals. This ensures that the signals are transferred from the higher voltage level to the lower voltage level. The output stage is responsible for receiving the signals from the input stage and outputting them into the designated circuit. In addition, it contains special logical circuits such as drivers and detectors that processes the signals to ensure that there is no data corruption.

In summary, the NB100LVEP91MNG is a powerful device designed to convert and shift signals from a high-voltage level to a low-voltage level in order to ensure that communication between different elements is successful. It features advanced features such as noise immunity and high ESD protection, which makes it an ideal choice for use in automotive control systems.

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