NC7WZU04P6X_F065

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The NC7WZU04P6X_F065 is a logic-gate and inverter created by ON Semiconductor. It is specifically designed for use in digital signal processing, communication and consumer integrated circuits. Understanding the working principles and capabilities of the device will enable designers to effectively integrate it into their electronic systems.

The NC7WZU04P6X_F065 consists of four independent inverting Schmitt triggers. It is designed to operate as one half of a bi-directional level translator, allowing data signals to be successfully transmitted between two separate logic levels. It can also act as a logic inverter or level shifter without the need for additional circuitry. The device has a logic-input voltage range of 0.8V – 6.0V and features the industry standard 2-input NAND gate configuration.

The NC7WZU04P6X_F065 is a CMOS device, meaning it operates over a wide temperature range and is highly immune to radiation. It boasts a very low power consumption and is suitable for low-voltage applications where power saving is important. Its input and output slew rate is optimized to minimize power dissipation during switching, making it an ideal choice for applications requiring high performance and reliability, including communication, digital signal processing, and consumer electronics.

The NC7WZU04P6X_F065 integrates four inverting Schmitt triggers into one package, offering faster switching time and improved noise immunity. Each of the four logic inverters can provide an input and output voltage range of 0.8V-6.0V. The device also features hysteresis, which allows currents to be switched at different levels with varying degrees of hysteresis, enabling it to maintain a guaranteed level of noise immunity across different input levels. This makes the NC7WZU04P6X_F065 an ideal choice for surge protection and low noise applications.

The NC7WZU04P6X_F065 is a versatile and reliable logic-gate and inverter designed to operate in a wide range of applications. Its low operating current, wide input and output voltage range, and optimized input and output slew rate make it an excellent choice for digital signal processing, communication, and consumer integrated circuits. Its fast switching time, exceptional noise immunity and wide temperature range further add to its appeal.

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