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Logic - Translators, Level Shifters

NVT2003DP118 is a logic translator used for trans-level communication and signal level switching. It is used to bridge the gap between low-power and high-performance devices in order to maintain a reliable communication link between the two systems. It is widely used in applications like industrial automation, audio or video systems, consumer electronics and automotive industries.

Application Fields

NVT2003DP118 can be used any place where two different logic systems need to communicate with each other. It is often used in communication systems that require converting between different logic levels, like TTL to CMOS, LVTTL to LVTTL, or any other combination. In addition, its multiple-output channels allow it to be used in applications that require high frequency, low current or low voltage levels, like LED lighting and LED display control. NVT2003DP118 can also be used in multi-drop serial communication networks, due to its differential signal transmission.

In industrial automation, it is used for connecting controllers and automation devices. In audio or video systems, it is used for ensuring reliable transmission of digital audio and video signals. In consumer electronics, it is used for power regulation, switching for DC motors, AC-DC converters, motor controllers, AC to DC rectifiers, and general purpose voltage adjustable switching. In automotive industries, NVT2003DP118 can be used for automotive communication systems, with its low power consumption and small footprint.

Working Principle

NVT2003DP118 is a logic translator, which translates one logic signal into another. It has two pairs of inputs and two active outputs. When two different logic levels are applied to a pair of inputs, the translator internally performs logical functions to decide which levels should be present on the output channels. The out- put channels actively drive the required logic levels at their respective outputs, without any external components.

The logic options that can be configured are two different logic levels (high or low), the logic functions that can be configured are AND, OR, NAND, and NOR functions. This allows for a wide range of possibilities, such as mixing different logic levels and dividing a signal, to suit specific application needs.

The main advantages of the NVT2003DP118 are that it is simple and easy to use, it consumes very low power, and it is suitable for low-voltage applications. It can be used in a wide range of operating temperature ranges, making it an ideal choice for industrial, automotive, and consumer application fields.

Conclusion

NVT2003DP118 is a logic translator, which translates one logic signal to another. It is widely used in applications such as industrial automation, audio or video systems, consumer electronics, and automotive industries. Its low power consumption and small footprint make it an ideal choice for these areas. NVT2003DP118 has two pairs of inputs and two active outputs, and it supports multiple logic options and functions, making it suitable for a wide range of applications.

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