SN74ALVC244DGVRG4

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Logic Buffers, Drivers, Receivers, Transceivers are the essential components for interface managing and transferring signals for electronic systems. The SN74ALVC244DGVRG4, claims to be the industry’s smallest high-speed buffer device which combines low power consumption with high performance and scalability.

The SN74ALVC244DGVRG4 is a low-power, high-speed buffer circuit consisting of four independent non-inverting buffers and produced withTexas Instrument’s advanced low-voltage CMOS Technology. This buffer device is designed for use in 1.65-V to 3.6-V VCC operation and with stand-by power of 50 µA (typical). Its advanced CMOS technology features low power consumption and enables operation at high speeds and high performance.

Its typical power consumption of 3 mW at 3.3-V VCC and a maximum propagation delay of 10.7 ns over the full temperature range from -40°C to +85°C make the SN74ALVC244DGVRG4 well suited for a wide range of applications. Moreover, the device features a typical propagation delay variation over process and temperature of 8.7 ns/V or 2.8 ns/°C.

SN74ALVC244DGVRG4 application field mainly includes telecommunications, industrial automation, instrumentation, computer systems, medical equipments and consumer electronics. It provides the necessary buffering to isolate and transfer signals between various components. The device is particularly useful in bridging the power levels of slow-speed components and high speed components, allowing the correct flow of data with minimum energy consumption.

The SN74ALVC244DGVRG4 works in both unbuffered and buffered mode. In the buffered mode, the device works as an amplifier, converting the low-power digital signal logic levels from the input to standard TTL levels on the output. The device also has an feature of active high disable and active low enable for low to high power transition, and two over-voltage sensing inputs for high to low power transition.

In summary, the SN74ALVC244DGVRG4 devices is a high performance, low power consumption buffer device with superior features for multiple applications. Its advanced CMOS technology enables high performance operation with low power consumption and propagation delay variation over process and temperature. With its advanced CMOS technology, the device is well suited for use in various applications and is ideal for bridging the power levels of slow-speed and high-speed components.

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