MC10H107FN

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MC10H107FN is a type of configurable, multi-function logic gate and inverter. In this article, we will explain the application field and working principle of the MC10H107FN.

This device features an integrated CMOS pass-gate technology, which has no body effect, making it suitable for use in high-frequency applications. The device is designed to provide both logic gates and inverters for digital functions. It can also be used for power management applications.

The MC10H107FN integrates two pass gates, two latch-and-enable, and two inverter-and-enable functions. The two pass gates are each formed by a pair of parallel-connected P-FETs, with the gate electrode connected to an active High or Low input. The gate inputs can be driven by any logic gate or flip-flop, and the output state can be controlled by an external enable input.

The latch-and-enable functions consist of two CMOS latching elements, one with a High and one with a Low enable input. The output state of the latch-and-enable functions are determined by the logic level of the enable input and the logic level of the set/reset inputs. The inverter-and-enable function consists of a CMOS inverter and an enable input.

The device is designed to operate over a wide temperature range, from -40°C to 125°C, and a wide supply voltage range, from 2.7V to 15V. It has a low input/output leakage current, which enables its use in high-impedance nodes. The device is also designed to be ESD resistant and immune to latchup.

The application fields for MC10H107FN are extensive and span across many different industries and applications. These applications include switching and power supplies control, automotive electronics, distributed control systems, LED driver circuits, logic integrated circuit designs, industrial drives, microprocessor and memory bus architecture, and telecommunications switching networks.

The working principle of the MC10H107FN is based on CMOS pass-gate technology. This technology makes use of two transistors to form a pass-gate, where the input signal is applied to the gate of one of the transistors and the output signal is taken from the source of the other transistor. Depending on the logic level of the gate input, the gate of one of the transistors is opened and the output is driven according to the logic level of the input.

The device also has a latch-and-enable feature, which can be used to latch the input signal. This feature is useful for creating memory elements and other logic functions. The device also provides an enable feature, which allows the logic level of the output to be forced to a known state when the enable input is at a certain logic level.

In conclusion, the MC10H107FN is a versatile configurable, multi-function logic gate and inverter. It features an integrated CMOS pass-gate technology, making it suitable for use in many different industries and applications. The device also features an enable feature and can be used to create memory elements and other logic functions.

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