SN74ACT10N

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Devices known as logic gates are the most fundamental components of a modern digital circuit. These devices are usually binary, meaning they only have two values or states. The changes between the two states are referred to as the logic level of the circuit.

The SN74ACT10N is a high-speed binary logic gate, designed to provide effective noise and jitter immunity in digital systems. It performs logical inversion, or NOT operations, with a propagation delay time of a mere 9ns.

The SN74ACT10N contains two identical, symmetrical gates in a 14-pin DIP housing. The pins are configured in a square arrangement, in line with the basic logic of their operation.

Each of the gates consists of 4 ‘push-pull’ transistors and a complementary pair of diodes, connected to form an inverter. Inputs A and B are binary signals, typically 0V or 3.2V and the output of the gate is the inverse of the inputs hardware, for example, where input A is 0V, the output is 3.2V, and vice versa.

The SN74ACT10N is typically used in applications where high speed and reliable logic operations are essential, such as system control, data acquisition systems, digital communication systems and logic control systems.

They are also found in many consumer products, such as alarm clocks, digital thermometers, electronic door locks and TV remotes.

As the SN74ACT10N is a high-speed device, it is highly sensitive to jitter and noise, and careful layout and grounding may be required to ensure good performance.

The device has a peak switching power rating of 0.25W, and an operating temperature range of -20°C to +70°C.

The SN74ACT10N is an excellent option for any system requiring high-speed and reliable logic operations. With its high performance levels and low noise, it is an ideal solution for a variety of applications.

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