MC10H605FNG

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Logic translators, level shifters, and other related circuits are a great asset to any system or project. The MC10H605FNG belongs to this family of devices, being a digital logic product that focuses on low-voltage noise immunity and long-term reliability. This device offers -3V logic levels on one side and +3V logic levels on the other, for logic level conversion between two different logic families.

The MC10H605FNG offers noise immunity (from alternatively powered and operational supplies) and a low power consumption design. Fewer than 800 nW are dissipated from the device when left in a static condition. The heavy drain and transient level of power, using only 1.5 mW, is incredibly low and allows for deployment in extreme circumstances that other logic converter ICs could not endure. The device offers both low power and a low propagation delay of 11.2ns when the logic is enabled, allowing real-world applications to receive signals, process them, and receive a response all in good time.

The MC10H605FNG is a one-piece solution to level shifting, eliminating bussing or extra components. The device is small, measuring only 2.92x2.92x0.91mm and provides excellent long-term reliability. This is partly due to the low power consumption and the use of minimum log levels. The device is also shielded against electrostatic discharges of up to 2000V, and while usually not recommended, the device can operate from a supply voltage as low as 3V in order to guarantee reliable operation and low noise emissions.

The device is ideal for applications where low noise levels are the priority, such as communication links, and for use in data processing and logic interface applications. The device is also well suited to applications that require low power consumption and greater reliability, such as for monitoring systems and consumer electronics. Furthermore, the MC10H605FNG is frequently used in medical equipment, as it is robust and allows compatibility with systems running on different logic levels, ensuring safe and reliable operation even in degraded conditions.

The device uses the standard low-voltage positive edge triggering technology of both CMOS and BIMOS devices. When triggered, the output will show a digital signal corresponding to the logic state of the input. The devices comes with both an enable pin and an active high input, meaning that it allows for the signal to be disabled and can also be used for level translation for odd logic levels.

Combining low power consumption, excellent noise immunity, small size, with robust operation, the MC10H605FNG is an incredibly versatile tool for managing the level of a signal between two different systems or a host system and its peripheral. The device is used commonly in applications where a signal has to be transferred across two different power supplies or protocol lines, including communication links, data processing and logic interface applications, as well as medical equipment.

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