MC10EL16DTR2G

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MC10EL16DTR2G Application Field and Working Principle

MC10EL16DTR2G is a type of logic device from ON Semiconductor Corporation and is categorized under the family of specialty logic devices. These devices are used for very basic logic and are made to minimize power consumption and increase the number of I/O ports available in a circuit.

The MC10EL16DTR2G is a 16-bit logic device, which makes it ideal for applications such as bus expansion and providing external control of digital systems. It contains 16 logic inverters that are used to convert one logic state to another. The inverters on the MC10EL16DTR2G are driven by a single +5V power supply and output either a +5V or a 0V logic level. The device also features a low-power sleep mode and an active-low Enable/Disable.

The MC10EL16DTR2G is typically used in applications such as data bus expansion, logic bus conversion, and general purpose logic buffering. It can also be used for implementing a variety of multiplexing circuits and for basic logic operations. In addition, the MC10EL16DTR2G is also suitable for providing precise switching or timing control for digital systems.

The working principle of the MC10EL16DTR2G is relatively simple. When a logic signal is applied to one of the MC10EL16DTR2G’s 16 inverters, it is converted to its opposite logic level – either a +5V or 0V logic level. This inverter output then drives the MC10EL16DTR2G\'s Enable/Disable pin, which in turn controls the status of the inverter. This means that the input logic signal will affect the state of the device, either enabling or disabling it. As a result, the MC10EL16DTR2G can be used for data conversion and logic operations in digital systems.

The MC10EL16DTR2G from ON Semiconductor Corporation is a low-power, cost-efficient logic device with 16 logic inverters. These devices are mainly used in applications requiring data bus expansion and logic operations. The MC10EL16DTR2G\'s working principle is very simple and is based on its 16 inverters, which can be used to convert one logic state to another. As a result, this device is an excellent choice for implementing multiplexing circuits and providing precise timing or switching control in digital systems.

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