MC10H101FNR2

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MC10H101FNR2 is a dynamic and versatile universal logic device from ON Semiconductor. It is a configurable, multi-function dual-inverter designed for a wide range of applications. The device combines complementary D and D\' logic functions in a single package that is suitable for medium to high density circuit designs, and can be configured as either a D flip-flop (DFF) or an inverse D flip-flop (IDFF).

The device is capable of driving low-power CMOS loads, and is characterized for operation at 5V supply and 55 rcw. It has excellent noise immunity, low static power consumption, and a wide range of switching times. It is compatible with TTL loads, making it an ideal choice for interfacing with digital systems.

The MC10H101FNR2 consists of two inverters connected in a back-to-back configuration with an enable pin. The enable pin is the master control pin of the device. When the enable input is high, both inverters are enabled and the device functions as a DFF or IDFF. When the enable input is low, both inverters are disabled and the device is placed in a high-impedance state.

The D input is connected to the first inverter and the D\' input is connected to the second inverter. When the enable pin is high and the D input is high, the output state of the device is dictated by the D\' input. When the D\' input is low, the output state is opposite to that of the D input. When the enable input is low, both inputs and outputs are in a high-impedance state, allowing for easy system level setup.

The MC10H101FNR2 is an ideal device for a wide range of applications. It is used in data acquisition and timing circuits, as well as logic level shift and power control circuits. It is well suited for digital systems that need to monitor or control both digital and analog signals, or when interfacing between digital and analog domains. It is also used in industrial and consumer applications, such as programmable logic controllers, instrumentation, and automotive systems.

The MC10H101FNR2 is an extremely versatile and configurable universal logic device. With its low power consumption, high noise immunity and wide range of switching time, it is the perfect choice for medium to high density circuit designs. By allowing for easy interfacing between digital and analog domains, it can be used in a variety of applications ranging from data acquisition and timing to power control.

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