NVT2001GM,115

NVT2001GM,115 is a logic-level translator, and level shifter, which is used to shift digital signals between multiple devices operating at different voltage levels. This particular device is designed to operate in an environment with voltages ranging from 1.2V to 3.6V. It can also be used in environments with different threshold levels such as MCU, or FPGA.

The logic-level translators and level shifters are necessary when signals need to travel between two integrated circuits with two different logic levels. The device is able to work between two different logic levels as low as 1.2V and as high as 3.6V. The NVT2001GM,115 can also work with asynchronous Input/Output Signals, whereas most of the other level shifters only work with synchronous Input/Output Signals.

The working principle of the logic-level translator and level shifter is quite straightforward. When two logic levels (1.2V and 3.6V, for example) are detected, the NVT2001GM,115 will take the lower logic level and shift it to the higher logic level of the input devices. This change enables the two devices to communicate with each other.

The NVT2001GM,115 has been designed with a number of features which make it suitable for various applications. It has low power consumption, a high switching speed, low noise output, and is able to handle high current outputs. Additionally, the device is able to work reliably in temperatures ranging from - 135 to +125 degrees Celsius. This means that it is suitable for applications in a wide range of temperatures, from frigid cold to scorching heat.

This logic-level translator and level shifter is mostly used in embedded systems, particularly for traffic control and automated data processing. It is also often used in robots, medical equipment, automotive electronics, and aerospace systems. The wide range of applications for this level shifter makes it an ideal choice for many projects.

Overall, the NVT2001GM,115 is an excellent choice for level shifting applications, due to its high performance and low power consumption. Its wide range of features make it suitable for a variety of projects and applications. Furthermore, its strong temperature range makes it reliable in a wide range of operating environments.