74LVT241D,112

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In the world of electronics components, more and more designs incorporate logic, from small logic gates to larger logic controllers and processors. One of the most commonly used components in logic circuits is a buffer. Buffers are devices that provide a logic “high” or “low” input signal to the output terminal at a rate much faster than normal logic circuits can handle. The 74LVT241D,112 is a popular TTL buffer designed for use in a wide range of applications.

The 74LVT241D,112 is a package composed of 4 inverting buffer circuits, each one having a single active low input and providing an output with a low-level fanout. Each buffer has its own enable input, so they can be enabled individually or all four simultaneously. The buffers share a single power supply, with each output having a low level output that is equivalent to one-half of the supply voltage.

The 74LVT241D,112 is manufactured with advanced CMOS process for enhanced speed, reduced power consumption, and increased numerical magnification. It has an input high voltage range of 0-4.5V, an input low voltage range of 0-0.5V, an output high voltage range of 4.5-7.3V, and an output low voltage range of 0-1.2 volts. The 106nS access time and low power consumption of 8 milliwatts ensure the 74LVT241D,112 is a reliable performer in applications that require significantly faster data speeds than conventional logic circuits can offer.

The 74LVT241D,112 is a versatile buffer commonly used in a wide range of microcontroller and embedded systems applications. It is frequently used in USB controllers, dual-port SRAM interfaces, video processing circuits, and RF receiver systems. The buffer is an important part of providing fast switching between inputs and outputs.

The working principle of the 74LVT241D,112 is based on a gate-controlled inverting buffer. An inverted input is connected to a metal-oxide-semiconductor (MOS) field-effect transistor (FET). When the input is high, the gate is pulled high, allowing the drain to pull the output low. When the input is low, the gate is pulled low, allowing the source to pull the output high. The result is the output of the buffer is the opposite of the input, making it an inverting buffer.

The 74LVT241D,112 and other similar buffers are important components in any modern design. Their ability to reliably switch between levels at very high speeds make them attractive for use in systems that require increased numerical magnification and access speed. They are widely used in microcontroller, embedded systems, USB controller and other applications to ensure a low-level output with a fast fan-out.

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